2460SM

SERVICE MANUALDIGITAL PLAIN PAPER COPIER

AUTOMATIC DUPLEXING UNIT

2460MD-5004

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Copyright TOSHIBA CORPORATION 1998ALL RIGHTS RESERVED

GENERAL PRECAUTIONS REGARDING THE INSTALLATIONAND SERVICE FOR THE COPIER 2460The installation and service should be done by a qualified service technician.

1. Transportation/Installation• When transporting/installing the copier, employ two persons and be sure to use the positions as

indicated below.

The copier is fairly heavy and weighs approximately 83 kg (183 lb), therefore pay full attention

when handling it.

2. Installation• Be sure to use a dedicated outlet with AC 115V/15A (220V, 240V/10A) or more for its power

source.

• The copier must be grounded for safety.

Never ground it to a gas pipe or a water pipe.

• Select a suitable place for installation.

Avoid excessive heat, high humidity, dust, vibration and direct sunlight.

• Also provide proper ventilation as the copier emits a slight amount of ozone.

• To insure adequate working space for the copying operation, keep a minimum clearance of 80

cm (32”) on the left, 80 cm (32”) on the right and 10 cm (4”) in the rear.

• Secure the lifting handles with the fixing plates and screws after the installation is finished.

3. Service of Machines• Basically, be sure to turn the main switch off and unplug the power cord during service.

• Be sure not to touch high-temperature sections such as the exposure lamp, the fuser unit, the

damp heater and their periphery.

• Be sure not to touch high-voltage sections such as the chargers and the high-voltage transformer.

• Be sure not to touch rotating/operating sections such as gears, belts, pulleys, fans, etc.

• When servicing the machines with the main switch turned on, be sure not to touch live sections

and rotating/operating sections. Avoid exposure to laser radiation.

• Use suitable measuring instruments and tools.

4 portions

xxxxxxxxxxx GENERAL 1 - 2 September 1997 © TOSHIBA

4. Main Service Parts for Safety• The breaker, door switch, fuse, thermostat, thermofuse, thermistor, etc. are particularly important

for safety. Be sure to handle/install them properly.

5. Cautionary Labels• During servicing, be sure to check the rating plate and the cautionary labels such as “Unplug the

power cord during service”, “Hot area”, “Laser warning label” etc. to see if there is any dirt on

their surface or whether they are properly stuck to the copier.

6. Disposition of Consumable Parts/Packing Materials• Regarding the recovery and disposal of the copier, supplies, consumable parts and packing

materials, it is recommended to follow the relevant local regulations or rules.

7. When parts are disassembled, reassembly is basically the reverse ofdisassembly unless otherwise noted in this manual or other relateddocuments. Be careful not to reassemble small parts such as screws,washers, pins, E-rings, toothed washers in the wrong places.

8. Basically, the machine should not be operated with any parts removed ordisassembled.

9. Precautions Against Static Electricity• The PC board must be stored in an anti-electrostatic bag and handled carefully using a wristband,

because the ICs on it may become damaged due to static electricity.

Caution: Be sure to turn off the copier before attaching the wrist-band.

Always remove the wrist-band before applying power.

September 1997 © TOSHIBA 1 - 1 2460 SPECIFICATIONS

1. SPECIFICATIONS • ACCESSORIES • OPTIONS • SUPPLIES

1.1 Specifications• Copy process ............ Indirect electrophotographic process (dry)

• Type .......................... Desk top type (console type when the pedestal is used)

• Original platen ........... Fixed table and slit exposure type

• Acceptable originals .. Sheets, books, and 3-dimensional objects.

When the document feeder is used, sheet originals only (60~90 g/m2 or 16

lb.~24 lb.)

Maximum size: A3 (Ledger)

• Copy speed

Copy mode CPM

Single-sided originals 1 set 193 sets 19

Single-sided copies 5 sets 20

Single-sided originals 1 set 73 sets 12

Duplex copies 5 sets 15

Two-sided originals 1 set 73 sets 12

Duplex copies 5 sets 14

Two-sided originals 1 set 133 sets 17

Single-sided copies 5 sets 19

• System copy speed

Upper cassette Lower cassette Manual feeding LCF PFPSize selected No size selected

A4, B5, A5-R 22 22 22 12 22 22LT, ST-R

A4-R, B5-R 17 17 17 12 — 17LT-R

B4, FOLIO 14 14 14 12 — 14LG, COMP

A3, LD 12 12 12 12 — 12

Reduction 12 12 12 12 12 12

Enlargement 8 8 8 8 8 8

• Copy paper

Cassette Duplexing Manual feeding Note

Size A3 ~ A5-R (Europe) A3 ~ A5-R (Europe) Adjustable to a non-LD ~ ST-R (USA and LD ~ ST-R (USA and standard sizeCanada) Canada)

Thickness 60 ~ 90 64 ~ 80 64 ~ 130 g/m2

Special — — Tracing paper, label paper, Toshiba-recommendedpaper OHP film

* Ten A4 or LT originals are set in the ADF. This includes the first copy time.

Papersupply

Papersize

2460 SPECIFICATIONS 1 - 2 September 1997 © TOSHIBA

• First copy time ..................... 6.9 seconds (A4 or LT, Upper cassette, Actual size)

• Warm-up time...................... Approx. 80 sec.

• Multiple copying .................. 1~999, keyboard entry

• Reproduction ratio ............... Actual ratio: 100% or 101% (Setting mode)

Zoom ratios: 25 ~ 400% (in 1% steps)

• Paper supply ....................... Automatic feeding: 2 cassettes (front loading, 600 sheets)

Manual feeding: 50 sheets

• Toner supply ........................ Automatic density detection and replenishment

Toner cartridge replacement

• Exposure control ................. Automatic control and manually selectable (11 steps)

• Weight ................................. Copier: 83 kg

• Power source ...................... AC115V/15A, AC 220 • 240V/10A

• Power consumption ............. 1.5kW or less

• Total counter ........................ Mechanical total counter

• Machine size ....................... Refer to the figure below

635mm

680mm

590m

m

September 1997 © TOSHIBA 1 - 3 2460 SPECIFICATIONS

1.2 Accessories

Copy receiving tray 1 pc.

Operator’s manual 1 pc.

Periodic maintenance card and case 1 set

Drum 1 pc.

Set-up report 1 set

1.3 Options

Original cover (Hard platen) KA-2060PC

Automatic document feeder (RADF) MR-3006A, MR-3006E

Automatic duplexing unit (ADU) MD-5004

Paper feed unit (cassette module) MY-1006

Slot cover KE-2060

Large capacity feeder (LCF) MP-1501 A4

MP-1501 LT

Paper feed pedestal (PFP) KD-1003 (1 cassette),

KD-2009 (2 cassettes)

Finisher MJ-1003

Staple cartridge STAPLE-600

Extension memory for the memory copy unit KR-3007

Printer unit (GDI board) KR-7006

Hard disk (HDD) KQ-2010

Smoothing unit (BRT board) KR-3005

Extension interface unit (DSI board) KR-8001

Key counter (6 digits) MU-8, MU-10

Working tray KK-2460

1.4 Supplies

Drum OD-2460

Developer D-2460

Toner T-2460

T-2460E

2460 SPECIFICATIONS 1 - 4 September 1997 © TOSHIBA

1.5 System list

ST

AP

LE-6

00M

R-3

006A

,MR

-300

6EK

A-2

060P

CM

P-1

501A

4M

P-1

501L

T

RA

DF

MU

-8

MU

-10

KR

-300

5

KQ

-201

0

KR

-700

6

MY

-100

6

KR

-800

1

MD

-500

4

MJ-

1003

KE

-206

0

Sta

ple

cart

ridge

Fin

ishe

r

Orig

inal

cov

er

HD

D

Slo

t cov

er

AD

U

BR

T b

oard

MF

-246

0UM

F-2

460E

Dam

p he

ater

GD

I boa

rd

DS

I boa

rd

Cas

sette

mod

ule

Key

cou

nter

KD

-100

3K

D-2

009

KK

-246

0

LCF

KR

-300

7

Ext

ensi

on m

emor

y bo

ard

for

PM

PF

P(2

cas

sette

s)

Wor

king

tray

PF

P(1

cas

sette

)

September 1997 © TOSHIBA 2 - 1 2460 OUTLINE OF THE MACHINE

2. OUTLINE OF THE MACHINE2.1 Sectional Views and Electrical Parts Location Diagram2.1.1 Sectional view

[A] Front view

(This diagram includes an installed ADU. Refer to Chapter 15 concerning the ADU.)

2 3 5

1

76

14

17

62

8

71

34

63

3839

61

4460

43

41

59

42

33

35

13 16 12 15 11 9 10

29

1920

21

22

27

66

55

24 23

18

54 58

4965

64

48

67 68 69

56 53 57 51 52

50 25 26 47 46 45

28 31 3230

70

37

36

40

2460 OUTLINE OF THE MACHINE 2 - 2 September 1997 © TOSHIBA

No. Name

CQ Manual pickup roller

CR Cassette separation roller

CS Cassette feed roller

DT Cassette pickup roller

DK Upper transport roller

DL Manual feed switch (S6)

DM Paper guide

DN Lower transport roller

DO Aligning switch (S8)

DP Aligning roller (U)

DQ Aligning roller (L)

DR Heat roller thermistor-1 (THMS1)

DS Thermostat (THERMO)

ET Heater lamp

EK Heat roller (upper side)

EL Pressure roller (lower side)

EM Separation claw (for heat roller)

EN Felt roller

EO Heat roller cleaning blade

EP Fuser exit roller

EQ Scraper

ER Fuser cover

ES Paper stop switch-1 (S7)

FT Paper stop switch-2 (S16)

FK Paper empty switch-2 (S14)

FL Cassette tray

FM Cassette size switch-2 (S15)

FN Exit/ADU selection gate

FO Exit roller

FP ADU

FQ Exit fan-1 (M7)

FR Duct fan (M8)

FS Exit fan-2 (M10)

GT IMG fan (M15)

GK Exposure lamp thermostat (THERM2)

No. Name

1 Carriage 1

2 Mirror 1

3 Reflector

5 Exposure lamp

6 Carriage 2

7 Mirror 2

8 Mirror 3

9 CCD PC board

AT Image PC board

AK Laser optical unit

AL Lens

AM Original glass

AN Ozone filter

AO Main charger

AP Discharge LED PC board

AQ Receiving tray

AR Pre-cleaning discharge charger

AS Main blade

BT Recovery blade

BK Toner recovery auger

BL Separation claw (for drum)

BM Transfer charger

BN Separation charger

BO Drum

BP Bias guide

BQ Transport belt

BR Magnetic roller

BS Leveler (doctor)

CT Auto-toner sensor

CK Mixer 1

CL Mixer 2

CM Sheet bypass guide

CN Cassette

CO Manual feed separation pad

CP Manual feed roller


[B] Rear side view

7677

92

93

83

87

88

86

78

79

81

8280

85

91

89

90

No. Name

GP Scanning motor (M2)

GQ Carriage drive wire

GR Aligning clutch (CLT2)

GS Drum driving pulley

HT Drum belt

HK Belt for dev unit, aligning roller & paper feeding drive

HL Belt for the toner recovery auger

HM Main motor (M1)

HO Dev unit drive gear

No. Name

HP Aligning roller

HQ Paper feed belt

HR Manual feed roller clutch (CLT4)

HS Transport roller clutch (CLT1)

IT Transport roller drive belt

IK Feed roller clutch (CLT3, 5)

IL Optical fan-F, -R (M6,12)

IM Document motor (M11)


2.1.2 Electrical parts layout

[A] Electrical parts (except motors and PC boards)

[Front side]

*1: for the upper cassette (option)

No. Name

1 Total counter (T-CTR)

2 Automatic original paper sensor (APS-R)

3 Automatic original paper sensor (APS-C)

4 Automatic original paper sensor (APS-1~3)

5 Toner full switch (T-FUL-SW) (S13)

6 *1 Cassette size switch-1 (SIZE1-SW) (S5)

7 Home switch (HOME-SW) (S10)

8 Platen switch (PTN-SW) (S27)

9 Manual switch (M-FED-SW) (S6)

AT Aligning switch-1 (PSTP0-SW) (S8)

AK Paper stop switch (PSTP1-SW) (S7)

AL Side door switch (U-COV-SW) (S4)

AM *1 Paper empty switch-1 (EMP1-SW) (S3)

AN Exit switch (EXIT-SW) (S9)

AO Heat roller thermistor-1 (THMS1-HTR)

AP Auto-toner sensor (SNR-ATC)

No. Name

AQ Aligning roller clutch (RGT0-CLT) (CLT2)

AR Transport roller clutch (RGT1-CLT) (CLT1)

AS Manual feed roller clutch (MFED-CLT) (CLT4)

BT *1 Feed roller clutch (FED1-CLT) (CLT3)

BK Cassette size switch-2 (SIZE2-SW) (S15)

BL Feed roller clutch-2 (FED2-CLT) (CLT5)

BM Paper empty switch-2 (EMP2-SW) (S14)

BN Paper stop switch-2 (PSTP2-SW) (S16)

BO Heat roller thermistor-2 (THMS2-HTR)

BP Drum thermistor (THMS-DRUM)

BQ *1 Tray-up switch-1 (T-UP1-SW) (S28)

BR Tray-up switch-2 (T-UP2-SW) (S29)

BS Manual door switch (MFED-COV-SW) (S11)

CT Drum separation claw solenoid (SCRP-SND)

1

430

1415

7

8

31

5

3

2616

6

29

12

10

2

17

20

22

18

25

192823

24

2711

2113

9

[Rear side]


*2: Option

No. Name

CM Key PC board (PWA-F-KEY-220)

CN Display PC board (PWA-F-DSP-220)

CO Liquid crystal display PC board (K-LCD-TOUCH-154)

CP Panel PC board (PWA-F-PNL-220)

CQ Control panel PC board (PWA-F-CNT-220)

CR High-voltage power supply (PS-HVT-220)

CS Logic PC board (PWA-F-LGC-220)

DT Image process PC board (PWA-F-IMG-220)

DK Discharge LED PC board (LP-ERS)

DL CCD PC board (PWA-F-CCD-220)

No. Name

DM Scanning motor drive PC board (PWA-F-SDV-220)

DN Manual size detection PC board (PWA-F-SFB-220)

DO *2 Hard disk drive (HDD)

DP System PC board (PWA-F-SYS-220)

DQ Page memory PC board (PWA-F-PMB-777)

DR *2 PM extension memory (KR-3007)

EK *2GDI PC board (PWA-F-GDI-778)

Extension interface PC board (PWA-F-DSI-784)

EL *2 Smoothing PC board (PWA-F-BRT-776)

[B] PC boards

[Front side]

[Rear side]

42

43

51

45

47

3848

39

46

44

40

52

41

36

35

3334

37


[C] Motors

No. Name

EO Main motor (MAIN-MTR) (M1)

EP Scanning motor (SCN-MTR) (M2)

EQ Toner motor (TNR-MTR) (M9)

ER Document motor (DCM-MTR) (M11)

ES*1 Tray-up-1 motor (T-UP1-MTR) (M13)

FT Tray-up-2 motor (T-UP2-MTR) (M14)

FK Optical fan-F (OPT-FAN-F) (M12)

No. Name

FL Optical fan-R (OPT-FAN-R) (M6)

FM Exit fan-1 (EXIT-FAN-1) (M7)

FN Duct fan (DUCT-FAN) (M8)

FO Exit fan-2 (EXIT-FAN-2) (M10)

FP Cooling fan for the system PC board (SYS-FAN) (M16)

FQCooling fan for the Image process PC board

(IMG-FAN) (M15)

*1: for the 1st (copier upper) cassette (option)

[Front side]

[Rear side]

58

62

64

55

56

59

60

57

61

65

63

66

67


[D] AC electrical parts

No. Name

GP Damp heater-U (D-HTR-U)

GQ Exposure lamp (EXPO-LAMP)

GR Thermostat (THERMO-SCN)

GS Fuse PC board (PWA-F-FUS)

HT Mirror damp heater (D-HTR-U2)

No. Name

GT Switching power supply (PS-ACC-220)

GK Door switch (DOOR-SW) (S2)

GL Main switch (MAIN-SW) (S1)

GM Heater lamp (HTR-LAMP)

GN Damp heater-L (D-HTR-L)

GO Thermostat (K-THERMO-HTR)

[Rear side]

[Front side]

70

74

79

72

76

78

77

71

80

75

73

80


Parts list

Page Item

M1 MAIN-MTR (Main motor) Drives the drum, developer, IC motor 10 43

heat roller and transport belt

M2 SCN-MTR (Scanning motor) Scans the optical system Pulse motor 11 3

M5 POL-MTR (Polygonal mirror motor) Drives the polygonal mirror Pulse motor (6 9)

M6 OPT-FAN-R (Optical fan-R) Cools the optical system IC motor: Z80 8 29

M7 EXIT-FAN-1 (Exit-fan-1) Cools the drum and cleaner IC motor: Z60 6 2

M8 DUCT-FAN (Duct fan) Prevents the paper from floating IC motor: Z60 6 2

up through suction

M9 TNR-MTR (Toner motor) Replenishes the toner Brush motor 23 30

M10 EXIT-FAN-2 (Exit-fan-2) Exhaust ozone fan IC motor: Z60 6 2

M11 DCM-MTR (Document motor) Drives copy-area indicators Pulse motor 9 2

M12 OPT-FAN-F (Optical fan-F) Cools the optical system IC motor: Z80 8 29

M13 T-UP1-MTR (Tray-up motor-1) Drives the first (copier upper) Brush motor 12 36

cassette tray to move it up/down

M14 T-UP2-MTR (Tray-up motor-2) Drives the second (copier lower) Brush motor 12 36

cassette tray to move it up/down

M15 IMG-FAN Cools the IMG board IC motor: Z60 11 26

(Fan motor for the IMG board)

M16 SYS-FAN Cools the SYS board IC motor: Z60 7 43

(Fan motor for the SYS board)

2.2 Symbol and Function of Electrical Parts(1) Motors

Parts list

Page Item

CLT1 RGT1-CLT Transmits transport-roller drive. 13 40

(Transport-roller clutch)

CLT2 RGT0-CLT Transmits aligning-roller drive. 16 16

(Aligning-roller clutch)

CLT3 FED1-CLT Transmits feed-roller clutch 12 24

(Feed-roller clutch-1) drive. (First cassette)

CLT4 MFED-CLT Transmits manual-feed roller 15 56

(Manual-feed roller clutch) clutch drive.

CLT5 FED2-CLT Transmits feed-roller clutch 12 24

(Feed-roller clutch-2) drive. (Second cassette)

SOL1 SCRP-SND (Drum separation Drum separation claw ON/OFF 6 23

claw solenoid)

(2) Electromagnetic spring clutches, solenoid

(3) Counters

Symbol Code name RemarksFunction

Symbol Code name Function Remarks

Symbol Code name Function RemarksParts list

Page Item

T T-CTR (Total counter) Total counter 6-digit 2 29

K K-CTR (Key-copy counter) Individual counter 6-digit (option) 102 5


Parts list

Page Item

S1 MAIN-SW (Main switch) Power supply Tumbler type 4 15

S2 DOOR-SW (Door switch) For safety, cancels abnormal Push switch 4 2

conditions

S3 EMP1-SW Detects lack of paper in the first Photointerruptor 12 32

(Paper-empty switch-1) cassette

S4 U-COV-SW For safety, detects open/closed Push switch 1 38

(Side door switch) condition of paper jam release cover

S5 SIZE1-SW Detects first cassette size Push switch 13 51

(Cassette size switch-1)

S6 M-FED-SW Detects manual feeding Photointerruptor 15 3

(Manual feed switch)

S7 PSTP1-SW Detects paper in front of the Photointerruptor 13 8

(Paper stop switch-1) upper transport roller

S8 PSTP0-SW Detects paper in front of the Photointerruptor 16 20

(Aligning switch) aligning roller

S9 EXIT-SW (Exit switch) Detects exiting paper Photointerruptor 28 26

S10 HOME-SW (Home switch) Detects home position of the Photointerruptor 8 13

optical system

S11 MFED-COV-SW Detects open/closed condition of Photointerruptor 15 44

(Manual door switch) the manual cover

S13 T-FUL-SW Detects when the used toner bag Push switch 10 6

(Toner-full switch) is full

S14 EMP2-SW Detects lack of paper in the Photointerruptor 12 32

(Paper-empty switch-2) second cassette

S15 SIZE2-SW Detects second cassette size Push switch 13 51

(Cassette size switch-2)

S16 PSTP2-SW Detects paper in front of the lower Photointerruptor 1 37

(Paper stop switch-2) transport roller

S27 PTN-SW Detects open/closed condition of Photointerruptor 8 24

(Platen switch) the platen cover

S28 T-UP1-SW Detects the position of the first Photointerruptor 12 32

(Tray-up-1 switch) cassette tray

S29 T-UP2-SW Detects the position of the second Photointerruptor 12 32

(Tray-up-2 switch) cassette tray

(4) Switches



(5) Heaters and lamps

(6) PC boards

Parts list

Page Item

LGC PWA-F-LGC-220 Controls the entire copier 7 27

(Logic PC board)

DSP PWA-F-DSP-220 Controls the control panel 2 21

(Display PC board)

KEY PWA-F-KEY-220 Controls operation keys 2 22

(Key PC board)

PNL PWA-F-PNL-220 Controls operation keys 2 23

(Panel PC board)

CNT PWA-F-CNT-220 Controls operation keys 2 24

(Control panel PC board)

LCD K-LCD-TOUCH-154 LCD and touch panel 2 27

(LCD PC board)

IMG PWA-F-IMG-220 Controls image reading and 8 34

(Image process PC board) processing

SDV PWA-F-SDV-220 (Scanning Controls the scanning motor drive 8 33

motor drive PC board)

CCD PWA-F-CCD-220 Photoelectric transfer by CCD (11 19)

(CCD PC board)



Parts list

Page Item

EXP EXPO-LAMP Exposes the original Halogen lamp 18 13

(Exposure lamp) 180W

HTR HTR-LAMP (Heater lamp) Fixing Halogen lamp 25 6

900W

(100V series)

1100W

(200V series)

ERS LP-ERS Discharges the drum LED 22 27

(Discharge LED PC board)

DHU D-HTR-U (Damp heater U) Keeps optical system warm Cement resistor 11 20

DHL D-HTR-L (Damp heater L) Keeps the drum and transfer/separation Cement resistor 3 30

charger case warm

DHU2 D-HTR-U2 Keeps optical mirrors warm Cement resistor 8 24

(Damp heater for mirror)


(6) PC boards

Parts list

Page Item

ERS LP-ERS-130 Discharge LED 22 27

(Discharge LED PC board)

SFB PWA-F-SFB-220 (Manual Detect width of the manual feed size 14 16

size detection PC board)

FUS PWA-F-FUS-351 Fuse for the damp heater circuit 3 31

(Fuse PC board)

SYS PWA-F-SYS-220 Controls the entire system 7 17

(System PC board)

PMA PMA-T220S1 ROM for destination 7 18

(ROM PC board)

PMB PWA-F-PMB-777 Stores the image data and holds the 7 19

(Page memory PC board) storage data

PMM KR-3007 (PM extension Holds the storage data when Option 7 20

memory PC board) employing the PM PC board

GDI PWA-F-GDI-778 WINDOWS PC printer controller Option 7 24

(GDI PC board)

BRT PWA-F-BRT-776 Controls the smoothing process Option 103 10

(Smoothing PC board) when employing the GDI

DSI PWA-F-DSI-784 DSI interface board Option – –



(8) Others

Parts list

Page Item

ATS SNR-ATC Reads toner density with a magnetic 23 33

(Auto-toner sensor) sensor

THMS1 THMS1-HTR Detects temperature of the heat roller 26 19

(Heat-roller thermistor-1)

THMS2 THMS2-HTR Detects the temperature of the heat roller 26 19

(Heat-roller thermistor-2) end

THMS-D THMS-DRM Detects temperature of atomosphere 23 32

(Drum thermistor) around the drum

THERMO1 K-THERMO-HTR Prevents abnormal heating of heat roller 26 8

(Thermostat)

THERMO2 THERMO-SCN Prevents abnormal heating of the 18 12

(Thermostat) exposure lamp

HDD KQ-2010 Stores the storage data when Option 103 8

(Hard disk drive) employing the PMB


(7) Transformers

Parts list

Page Item

HVT PS-HVT-220 Generates high voltages for Mono unit type 7 31

(Main charger) each process Minus

(Main charger grid) Minus

(Developer bias) Minus (plus

selectable)

(Transfer) Plus

(Separation) AC+DC (minus)

(Transfer bias) Plus

(Pre-Cleaning discharge charge) AC+DC (minus)

ACC PS-ACC-220 Supplies electrical power for 7 26

(Switching power supply) entire copier and controls the

exposure lamp



CCD

BRT

IMG

SD

V

J51

J32

J36

J38J40

J273

J271J37

J39

J35J34

J31

J272

SC

N-

MT

R

D-H

TR

-U1

(Option)

D-HTR-U2(Option)

3BE

AM

AP

S-C

AP

S-R

DC

M-

MT

R

HO

ME

-SW

PLT

N-S

W AC

DC

THERM2

EXPO-LAMP

2.3 Wire Harness Location Diagram2.3.1 Scanner unit

To Upper U

nitTo Low

er Unit

To Lower U

nit

To Lower U

nitTo Low

er Unit

To Lower U

nit

To Lower Unit← Rear Side Front Side →

AC

CS

YS

AC

CLG

CLD

R


HV

TL

GC

AC

C

BR

EA

KE

R

J102 J101 J100 J91

J90

J98J97

J96J95

J94J93

J92

J99

J242

J71

IPC

J2

J6

J1J10

J17J18

J19J4

J13

J9J8

J15J14

J3

J7 J11 J12 J5

MAIN-SW

U-COV-SW

PSTP2-SW

FED2-CLT

T-UP2-MTR

T-UP2-SW

EMP2-SW

SIZE2-SW

FED1-CLT

T-UP1-MTR

T-UP1-SW

EMP1-SW

SIZE1-SW

RGT1-CLT

SFB-CLT

NF

GUIDE BIAS

RGT0-CLT

RGT0-SW

D-HTR-L

TRANSFER CHARGER

SEPARATIONCHARGER

THMS2 THMS1

THERM1

HTR-LAMP

DOO

R-SW

AC

SSR

DC

2.3.2 Lower Unit

← Rear Side Front Side →

To Scanner U

nit

To Scanner UnitTo Upper Unit

To Scanner and

Upper U

nits(O

ption)

To Upper U

nitP

FP,A

DU

(Option)

LCF

(Option)

To Scanner U

nitTo U

pper Unit

To Scanner andUpper Units

AC IN

To Upper Unit

To ScannerUnit

FIN(Option)

PF

PA

DU

LCF

AD

F


MAIN CHARGER

PCC

DISCHARGE LED ARRAYS

YS

DS

P

PM

GD

I

T

HD

D

DE

V

CN

TK

EY

LC

DP

NL

T-C

TR

PO

LLD

R

EXIT-SW

A/T

J61

J62

J64

J71

CN

1

J73 J72

J81 T-FULL-SW

DRM-THMS

DUCT-FAN EXIT-FAN

J63

SF

B-S

W

SF

B-C

OV

-SW

J229

PA

PE

R-

ST

OP

SW

-U

TN

R-

MT

R

J70 J69 J299

J304

J302

J291

J30

0

J29

8

LA

SE

RO

PT

ICA

LU

NIT

PO

L-

MT

R

MA

IN-

MT

R

J297 J292

J303

J301

SFB-SIZE

2.3.3 Upper unit

← Rear Side Front Side →

To Lower U

nitA

CC

To Lower U

nitLG

CTo S

canner Unit

IMG

To Scanner U

nitIM

G

To Lower U

nitA

CC

To Scanner UnitIMG

To Lower UnitLGC

To Lower UnitHVT


2.4 Removal of Covers and PC Boards2.4.1 Removal of covers

[A] Front cover

(1) Open the front cover.

(2) Remove the pins on the hinges at both ends (1

each).

[B] Rear cover

(1) Remove the 9 screws.

[C] Upper exit cover

(1) Open the front cover and remove the 3 screws.

[D] Lower exit cover


[E] Upper feed cover

(1) Open the front cover and the bypass tray and

then remove the 4 screws.

[F] Feed cover (left and right)

(1) Remove the paper feed cover.

(2) When removing the left feed cover, open the

front cover.

(3) Remove the screws (2 on each side).

[A]

[C]

[B] [D]

[E]

[A]

[B]

[F] [F]Bypass tray


[G] Rear top cover

(1) Remove the original cover.


[H] Right top cover (feed side)


[I] Left top cover (exit side)


[J] Glass fix


[K] Upper inner cover

(1) Remove the process unit.


[L] Fuser inner cover

(1) Remove the 1 screw.

[M] Lower inner cover

(1) Remove the toner box.

(2) Remove the front cover.

(3) Remove the transport belt lever (1 screw).


[N] Control panel

(1) Remove the upper inner cover.


[G][I]

[H]

[J]

[K]

Transport belt lever [M]

[L]


2.4.2 Removal of main PC boards

[A] Logic PC board (PWA-LGC)

(1) Remove the rear cover.

(2) Remove the logic board cover (3 screws).

(3) Remove the connectors.

(4) Remove the 2 screws (A).

(5) Remove the lock supports (2 pcs.) (B).

(6) Remove the logic PC board.

[C] Power supply PC board (PS-ACC)

(1) Remove the PS-HVT.

(2) Remove the high-voltage transformer bracket

(1 screws) (E).

(3) Remove the PFP connector bracket (2 screws)

(F).


(5) Remove the 4 screws (G).

(6) Remove the power supply PC board.

[D] ADU drawer connector

(1) Remove the PS-HVT.

(2) Remove the bracket for the ADU drawer con-

nector (2 screws) (H).

[B] High-voltage transformer (PS-HVT)

(1) Remove the logic board.

(2) Remove the PC board bracket (6 screws).


(4) Remove the screws (3 screws) (C).

(5) Remove the lock supports (3 pcs.) (D).

(6) Remove the high-voltage transformer board.

Logic PC board bracket

PWA-LGC

PS-ACC

PS-ACC

HVT bracket

PFPconnector bracket

PS-HVT

PS-ACC

ADUdrawerconnector

(A) (A)

(D)

(C)(F)

(D)(C)

(C)

(E)

(G)

(G)(G)

(G)(H)

(H)

(D)

(B)

(B)

(F)


[E] System PC board (PWA-SYS), PM PC board

(PWA-PMB)

(1) Remove the PC board cover (6 screws).


(5) Remove the system PC board (8 screws and 2

locking supports).


(3) Remove the PM PC board (4 screws each).

PC board cover

PM PC board System PC board

System PC board



(7) Remove the PC board (2 screws, 2 locking sup-

ports).

(5) Remove the PC board bracket (8 screws).

PC board bracket

PWA-SDV

[F] Scanning motor drive PC board (PWA-SDV)

(1) Remove the upper feed cover.

(2) Remove the right feed cover.

(3) Remove the shield plate (2 screws).

(4) Remove the connectors on the system PC

board.

Shield plate

September 1997 © TOSHIBA 3 - 1 2460 COPYING PROCESS

2 3

1

12

11

10

9

4

5

8

7

6

– ––

–

–

–

––

–

––

– –

– +

++ +

– +

++ +

+ + + +

––

–

3. COPYING PROCESS3.1 Copying Process

7 Transfer: Transfers the visible image from thedrum onto the transfer (copy) sheet.

8 Separation: Separates the transfer sheet,along with the toner, from the drum

9 Fixing: Fixes the toner on the transfer sheet byapplying heat and pressure.

AT Pre-cleaning discharge: Positive e charge remain-ing on the photosensitive film caused by transferis removed.

AK Cleaning: Mechanically removes any remain-ing toner on the drum.

AL Discharger LED array: Discharges any remainingd charge from the drum.

1 Charging: Negatively charges the surface ofthe photosensitive drum.

2 Original exposure: Images are converted tooptical signals.

3 Scanning: Image optical signals are convertedto electrical signals.

4 Printing: Image electrical signals are convertedto optical signals (for laser emission) andexposed on the photosensitive film.

5 Development: d toner adheres to the surfaceof the photosensitive drum and forms a visibleimage.

6 Transfer bias: Increases transfer efficiency.

–630V

Charger

Scanning

CCD

Separation

1 kHz

AC H 4.2 kV

L 2.8 kV

DC –100V

B

B

B

B

B

B

B

B

B

B

Halogen lamp

Original exposure

180 W

Fixing

Heat roller

900 W x 1

600 dpi, 7500-pixels

Discharger LED array

Wavelength 660 nm x 16

Cleaning

Pre-cleaning discharger

Paper exit

Transfer

H + 5.4 kV

C + 5.0 kV

L + 4.4 kV

Development

Manual paper supply

(50 sheets)

Paper feed pedestal

(600 sheets each)

Cassette paper supply(upper/lower)(600 sheets)

Transfer bias

+DC 600V

Imageprocessing

Toner

Carrier

Magnetic roller

Bias –450 VDC+150 VDC

Printing

Semiconductor laser

Pw = 3.5 nJ/mm2

AC 4.0 kV

DC-200V

B

2460 COPYING PROCESS 3 - 2 September 1997 © TOSHIBA

3.2. Details of Copying Process(1) Photosensitive Drum

The photosensitive drum has two layers, an

outer and an inner layer. The outer layer is a

photoconductive layer that uses an organic pho-

toconductive carrier (OPC), and the inner layer

is an aluminum, conductive cylindrical sheet.

The resistance held by the drum material

changes (increases, decreases) according to

the strength of the light incident to the

photoconductive carrier.

(Example)

• When incident light is strong, the resistance

decreases (photosensitive drum becomes a

carrier).

• When incident light is weak, the resistance

increases (photosensitive drum becomes an

insulator).

[Formation of Electrostatic Latent Image]

The minus potential on the drum surface

corresponding to black areas of the original are

removed by the charging, scanning, printing

and discharging processes (described later),

and the minus potential remains on areas

corresponding to white areas of the original.

The image on the drum resulting from this minus

potential is called a “latent image” as it cannot

be seen directly by the human eye.

(2) Charging

“Charging” is the process of uniformly applying a

charge to the surface of the photosensitive drum.

The minus corona discharge of the charger wire

is controlled by the grid to charge the drum

surface to a uniform minus potential.

The drum surface potential is determined by

the potential of the grid, and the grid is

determined by the grid control circuit inside the

transformer.

Photoconductive layer

Base

Structure of the photosensitive drum

Time (t)

Sur

face

pot

entia

l (V

)

White area of original

Black area of original

Dischargeprocess

Chargingprocess

Electric potential of the photosensitive drum

Main charger

Rotation of drum

Grid control circuitDischargetransformer

0

– 500

– 1000


(3) Scanning:

“Scanning” is the process of directing light at

the original, and converting light reflected from

the original to electrical signals.

Light reflected from the original is picked up by

a CCD (charged coupled device), the image

information held by that light is converted to

electrical signals (image signals), and the

image signals are sent to the image processor.

(4) Printing

“Printing” is the process of converting the image

signals sent from the image processor to optical

signals, and exposing these optical signals on

photosensitive drum.

Image signals from the image processor are

converted to optical signals, and these optical

signals are exposed by a semiconductor laser

to form a static latent image on the

photosensitive drum.

(Example)Light intensityat the CCDphotodetector

Light

Dark

Imageprocessor

Logic PC board

Photo-sensitive

drum

CCD board

Scanner control PCboard

Imageprocessor

LGC

Printingcontrol PC

board

Polygonal mirrorSemiconductor laser

Value ofsignals to beoutput

256

0

Contrast (differ-ences in light anddark) is dividedinto 256 steps.


0

– 100V

– 200V

– 300V

– 450V

– 630V

(5) Development

• “Developing” is the process of converting the

electrostatic latent image to an image visible

to the human eye.

The developing agent is fed to the surface of the photosensitive drum by the magnetic rollers, and

impressed on the rollers. Toner in the developer agent attaches to areas on the photosensitive drum

having a potential lower than the developer bias (reverse developing method).

Drum Magnetic roller

Toner

Carrier(always attracted on to themagnet)

Toner

Photoconductor layer

Aluminum base

Intermediate tones

White backgroundImage is not developedby bias potential.

Biasvoltage

White background Black solid

• Switching of developing bias polarity

Fogging is reduced by switching the bias of negative d voltage charged areas to positive e polarity

(approx. +150V).

• About Developing Agent

Toner and carrier are mixed. The toner is

charged to minus polarity, and the carrier is

charged to plus polarity by friction caused by

stirring.

Toner: Comprises plastic and carbon.

Carrier: Comprises (i) ferrite and (ii) a

coating layer for stabilizing the

friction charge with the toner on the

surface of the ferrite.

Magnet

Magnetic roller

Bias voltage

–450 VDC

Drum

Image is developed bytoner.

Carbon(5 ~ 10%)

Resin(90 ~ 95%)

[Toner]

Ferrite

[Carrier]

When the d potentialof the photosensitivedrum is lower than thedeveloper bias:

When the d potentialof the photosensitivedrum is higher than thedeveloper bias:

30 ~ 100 µm

5 ~ 20 µm

Toner


f

Note:

If the developer material is used for long periods

(beyond its normal life span), toner will become

stuck to the carrier.

The carrier’s (charging) performance is lowered.

Result: 1. Image density is lowered.

2. Toner scattering occurs.

3. Fogging occurs.

Solution: Exchange the developer material.

• Magnetic roller

- Magnetic brush development -

The South and North poles are arranged, as

shown in the figure on the right inside the

magnetic roller. The developer material contacts

the drum forming a brush.

This is caused by the lines of magnetic force

between the South and North poles.

Lines of magnetic force

Magnetic roller

Drum

TonerCarrier

Where toner has settled,no frictionalelectrification occurs.

N

S

S


(6) Transfer

• This process transfers the (visible) image

developed on the drum surface by the toner

onto the paper.

• Method: Corona discharge (reverse polarity

of toner) is caused by the transfer

charger to happen to paper passing

under the drum.

The toner moves from the drum

surface onto the paper.

Drum

Transfercharger

Paper

Rotation of drum

Toner

Progress ofpaper

Transfer charger* For smooth transfer, this machine features a transfer bias stage.

The transfer bias process prevents the charge of the transfer charger from flowing to the pretransfer

guide and transport belt unit through the paper by applying the bias voltage (600V DC) to the guide and

belt unit. This is done to improve transfer efficiency.

Normally, the corona discharge is applied by a voltage of 5.0 kV DC. However, to improve transferabil-

ity at the leading/trailing edge of the paper, a higher output (5.4 kV DC) is applied to the 14 mm from the

leading edge of the paper, and a lower output (4.4 kV DC) is applied to the 10 mm from the trailing

edge.

(7) Separation

• At the transfer process, the sheet of paper

becomes temporarily attached to the drum

due to static electricity. The separation

process separates the paper from the drum.

• Method: In addition to a negative d DC bias,

an AC voltage is applied to the

separation charger.

The negative charge on the paper

is decreased.

The electrostatic attraction between

the paper and the drum weakens.

The paper is separated from the

drum by its own weight.

Rotation of drum

Progress of paper

Separation charger

ff

f

f


* Output is controlled as follows to obtain satis-

factory separability and transferability.

Position of Paper in Relation to Transfer Point Separation Output

Leading edge to 10 mm from trailing edge (H) 4.2 kV AC/–100 V DC

10 mm from trailing edge (L) 2.8 kV AC/–100 V DC

Reference

• Combined use of separation charger and

separation claw.

To prevent the copy paper from failing to be

separated during the operation, due to incomplete

transfer charging, incomplete separation

charging, or absorption of moisture, and thus

jamming up the cleaner, a separation claw

mechanically separates any copy paper which

fails to be separated.

(8) Fixing

The toner on the paper is melted by applying

heat and fixed on the paper.

Method: Melting point of the toner (main

component: resin) is 100°C -

110°C.

(Heat) A heat roller with a surface tem-

perature melts the toner.

plus +

(Pressure) A pressure roller pressured by a

spring solidifies the toner.

(Fixing) Heat and pressure are applied to

the paper going through the two

rollers.

The toner on the paper becomes

fixed.

f

Separation claw

Rotation of drum

Papermovement

Separation charger

Direction of papermovement

Heat roller Heater lamp

Separation claw

(Pressure)

Pressure roller

Heat roller

Paper

Pressure

D


(9) Pre-cleaning discharge

• “Pre-cleaning discharge” is the process of

removing positive e charge applied on the

drum by the transfer process.

As an OPC drum does not have an optical

discharging mechanism for positive e charges,

AC corona discharge is caused in the same way

as in the separation process by a pre-cleaning

discharge before the cleaning process to

remove positive e charge generated during the

transfer process.

(10)Cleaning

This process collects any toner remaining on

the drum.

Method: The edge of a urethane rubber blade

(main blade) is placed against the

drum surface.

This blade scrapes off the remain-

ing toner from the drum.

Another blade collects the scraped

toner (recovery blade).

The drum surface is cleaned.

ff

fMain blade

Rotation of drum

Recovery blade

Potential of drum surfac e

Transfer Pre-cleaningdischarge

Discharge Maincharger

800V

– 800V

0


(11) Discharge

Erases any electric charge remaining on the

drum after transfer.

If discharge is not performed:

The electric charge remains on the drum sur-

face.

The potential of the drum surface becomes

uneven at charging for the next copy.

The copy image is doubled (the previous im-

age remains).

Method: Discharge LED array illuminates the

entire drum surface.

The drum becomes a conductor.

Since the drum is grounded, the

electric charge escapes.

The drum is ready for the next copy.

ff

f

ff

f

Discharge LED array

Drum


3.3 Comparison of Copying Process Conditions with the 3850

Process 3850 2460

1. Drum OD-3850 (OPC ø78) OD-2460 (OPC ø60)

(1) Sensitivity Highly sensitized drum (1) Highly sensitized, high copy

volume drum

(2) Surface potential DC –595V (2) –630 V DC

2. Main charger Scolotron system (constant current)

Variable grid output (constant voltage)

3. Exposure

(1) Light control Automatic exposure/manual 11-step (1) Automatic exposure and

LED setting manual 11-step LCD setting

(2) Light source Laser scan (adjustment not needed) (2)

4. Development

(1) Magnetic roller One magnetic roller (with two shaft (1)

mixers)

(2) Auto-toner Magnetic bridge-circuit system (2)

(3) Toner replenishment Toner cartridge system (3)

(4) Toner-empty detection Density sensing system (4)

(5) Toner T-3850 (5) T2460

(6) Developing material D-3850 (6) D2460

(7) Developer bias –400V DC, volume adjustable (at (7) –450 V DC, output adjustable (at

printing) printing)

+150 V DC fix (others) +150 V DC fix (others)

5. Transfer bias Adjustment not needed

6. Transfer Adjustable output (constant current)

using the digital keys

7. Separation AC: Adjustable output (constant

voltage)

DC: Adjustment not needed

8. Discharge before cleaning AC: Output adjustable (constant

voltage)

DC: Adjustment not needed

9. Discharge

(1) Discharging position Discharge by exposure after cleaning (1)

(2) Discharge lamp Discharge by red LED (2)

10. Cleaning

(1) System Blade system (1)

(2) Recovered toner Non-reusable (2)

September 1997 © TOSHIBA 4 - 1 2460 COPIER OPERATION

4. COPIER OPERATION4.1 Operation Outline

Copier operation Operation during warm up and standby

Automatic feed copying using PRINT key

Copying operation Bypass-feed copying

Interrupt copying

4.2 Description of Operation

4.2.1 Warming up

(1) Initialize operation

• The main switch is turned ON.

• Copy quantity indicator “0” and “WAIT WARMING UP” are displayed.

• Exit (-1,-2), duct and optical (F/R) fan motors are running at low speed.

• Initialization of the optical system

~ Carriages move to their home position and then stop.

~ Carriages move to the detection position of the peak.

~ Halogen lamp ON f Detects peak (white color detection of the shading correction board)

f Halogen lamp OFF

~ Original size indicators perform the initialization operation and move to a position indicating the

copy area.

• Initialization of the paper feed section

~ Each slot’s cassette trays move upward. (If they were raised already, they are not moved.)

• Initialization of the laser optical system

~ The polygonal motor rotates at standby speed.

(2) Pre-running operation

• 65 seconds after power is turned ON

~ Main motor energizes ~ Fuser unit drive section rotates: Pre-running

Pressure roller is warmed

• After pre-running for 15 sec., the main motor stops

~ Fuser unit drive section stops

(3) When the heat roller temperature is sufficient for fixing, the heater lamp is turned OFF, and the copier

indicates copy quantity “0” and displays “READY”.

4.2.2 Standby (ready)

• All keys on the control panel are operable.

2460 COPIER OPERATION 4 - 2 September 1997 © TOSHIBA

• When there is no key input for a set amount of time.

~ The copy quantity “1” will be shown, the reproduction ratio will indicate “actual size”, and the

exposure will be set at automatic.

4.2.3 Automatic feed copying using the START key

(1) The START key is depressed

• “READY” is changed to “COPYING”.

• The main and separation chargers, developer bias, pre-cleaning discharge charger (PCC) and

discharge lamp are turned ON.

• The polygonal motor (M5), optical fan motor -F, -R (M12, M6), exit fan motor-1, -2 (M7, M10) and

duct fan (M8) are running at high speed.

• The main motor (M1) is turned ON

~ The drum, developer unit, transport belt, heat roller, and exit roller are running.

(2) Cassette feeding

• The feed clutch (CLT3 or 5) is energized

~ The pick-up roller, paper feed roller, separation roller and transport roller are engaged.

• Paper reaches the transport roller

~ Paper stop switch-2 (S14) is energized.

• After a set amount of time, the feed clutch (CLT3 or 5) is turned off.

• Paper reaches the aligning roller.

~ Paper stop switch-1 (S7) is energized. ~ Aligning operation

• After a set amount of time, the feed roller stops rotating (CLT1).

(3) Carriage operation

• The exposure lamp is turned ON.

• Carriages -1 and -2 scan in a forward direction

~ The scanning motor (M2) is turned ON.

• At this time, if the toner density of the developer material is lower than the set value, the copier

enters the toner supply operation.

~ The toner motor (M9) is turned ON.

(4) A set time lag after the carriage operation:

• The aligning clutch (CLT2) is energized:

~ paper is sent to the transfer unit.

• The counter is increased by 1.

(5) Shortly after the aligning clutch energizes:

The separation claw solenoid, transfer charge and transfer charger guide bias come on.

(6) Termination of carriage scanning

• The scanning motor (M2) is turned OFF.

• The transfer charger, transfer guide bias and exposure lamp are turned OFF.

• The aligning clutch (CLT2) is turned OFF. (Timing of shutting off depends on paper size.)

(7) Shortly after the separation claw solenoid comes on, it goes off.


0.1 10.24

1.72 3.59 4.19 4.38 6.25 6.85

6.564.783.902.12

4.81 6.41 7.46 9.06

1.32 3.59 3.98 6.25

2.64 4.38 5.30 7.04

10.480.1

1.92 3.57 4.58 6.23

2.41 2.86 5.07 5.52

10.480.1

0.1 4.22 4.38 6.88 7.04 10.48

High High

Low Low

High

2.44 2.63

High HighCenter

LowCenter

Low

5.1 5.30

7.046.88

4.384.22

0.467AC

FWD

ON ON

ON

ON

ON

ON

ON

ON ON

ON

ON

ON ON

ON ON

ON

FWD BWDBWD

AC=0+DC

–DC10.24

10.48

0.1 9.87

MAIN-MTR

RGT

EXIT-SW

Laser

Separation clawsolenoid

(8) Exit operation

• The exit switch (S9) detects the passing of the paper’s trailing edge.

• The main motor (M1), main charger, developer bias, pre-cleaning discharge charger (PCC), sepa-

ration chargers and discharge lamp are turned off.

• Optical fan motor -F, -R (M12, M6) stop, and duct fan motor (M8) and exit fan motor-1, -2 (M7,

M10) are running at low speed. The polygonal motor (M5) is running at standby speed.

• The copier displays “READY” and enters the standby mode.

Timing chart for two A4 actual-size cassette feedings

SCN

EXPO

HVT-M

Transfer

Transfer guidebias

Developerbias

SeparationAC

PCC

SeparationDC

Reverse


4.2.4 Bypass-feed copying

(1) A sheet of paper is inserted through the bypass guide

• The manual feed switch (S6) is turned on. f “READY FOR BYPASS FEEDING” is displayed.

• Carriages move to the home position.

(2) The START key is pressed

• “READY FOR BYPASS FEEDING” is changed to “COPYING”.

• The main and separation chargers, developer bias, pre-cleaning discharge charger (PCC) and

discharge lamp are turned on.

• The polygonal motor (M5), optical fan motor -F, -R (M12, M6), duct fan motor (M8) and exit fan

motor-1, -2 (M7, M10) are running at high speed.

• The main motor (M1) is turned on

~ The drum, developer unit, transport belt, heat roller, and exit roller are running.

(3) Sheet-bypass feeding

• The manual feed clutch (CLT4) is turned on

~ The manual feed roller is lowered.

~ The manual feed roller, paper feed roller, and separation roller are running.

• Aligning operation

• Paper reaches aligning roller

~ Paper stop switch-1 (S7) is turned on.

• After a set time lag, the manual feed clutch (CLT4) is turned off.

~ Paper feeding is terminated.

(4) Same as operation (3) through (6) of “4.2.3 Automatic feed copying using the START key”.

4.2.5 Interrupt copying

(1) The INTERRUPT key is pressed.

• The interruption LED is turned on.

• The copying operation is temporarily halted and carriages-1 and -2 return to their home position.

• “JOB INTERRUPTED JOB 1 SAVED” is displayed.

• The copying mode is set to automatic exposure and 1-to-1 reproduction ratio. The copy quantity

indicator remains unchanged.

(2) The preferred copying modes are specified.

(3) After interrupt copying is terminated:

• “PRESS INTERRUPT TO RESUME JOB 1” is displayed.

• When the INTERRUPT key is pressed again, the interrupt lamp goes off and the copier returns to

the conditions before the interruption.

• “READY TO RESUME JOB 1” is displayed.

(4) The START key is pressed.

The copying operation before the interruption is resumed.


4.3 Fault DetectionIf a fault occurs in the copier, a symbol corresponding to the type of fault will be displayed in order to draw

the attention of the operator.

4.3.1 Classification of faults

A) Faults which can be cleared without resetting the door switch.

(1) ADD PAPER

(2) BYPASS MISFEED

(3) INSERT KEY COPY COUNTER

B) Faults which cannot be cleared without resetting the door switch.

(1) CLEAR PAPER

(2) ADD TONER

(3) REPLACE TONER BAG

(4) MAIN CHARGER MISLOADING

(5) DEVELOPER UNIT MISLOADING

C) Faults which cannot be cleared unless the main switch (S1) is turned OFF.

(1) CALL SERVICE

4.3.2 Explanation of faults

A-1) ADD PAPER

[In the case of the copier and PFP cassettes] (When the cassette is not installed)

The size switch (S5 or S15) detects the absence of the cassette tray. ~Size switches are all switched

off.

When the cassette is not installed:

When the cassette is installed but

there is no paper in the cassette:

DPaper empty status.

Signal sent to control circuit.

The ADD PAPER display will flash.

*The START key will not function.

→→

→


[In the case of the Copier and LCF and the pedestal] (When the cassette is installed)

By combining the operation of the tray motor and the condition of the tray-up switch and the empty

switch, the CPU detects whether or not there is paper.

• When the power is turned on or when the LCF door is opened/closed (for the pedestal: when the

power is turned on or when the cassette is loaded) ~

The PFC (Paper Feed Controller) causes the LCF to initialize.

Detects whether or not there is paper

Tray motor comes on ~ The tray rises.

At this time, both tray-up and LCF empty switches are off.

→ A fixed time later, if the tray-up switch is not turned on:

The tray is →

The “ADD PAPER” is displayed regardless

not normal of paper being present or not.

Turning off/on the power clears this condition.

Within a fixed time, the tray-up switch is turned on:

~ The tray motor stops.

At this time, if the empty switch is on ~ It is determined there is paper.

At this time, if the empty switch is off ~ It is determined there is no paper.

The add paper LED comes on.

• During copying, sheets of paper are fed and when the paper supply becomes low

→ The tray-up switch goes off → The PFC turns on the tray motor ~ The tray moves up.

→ The tray-up switch come on → The tray motor stops.

• During copying, when the empty switch goes off despite the tray-up switch being on

It is determined there is no paper.

The add paper LED comes on.

Copying stops.

→

→

→→

→

→


A-2) BYPASS MISFEED ( )

• During sheet bypass copying

The manual feed clutch (CLT4) has been turned on

The paper stop switch-1 (S7) comes on

* If the paper stop switch-1 (S7) does not come on within the specified time: (E12)

BYPASS MISFEED

The BYPASS MISFEED symbol is displayed

Copying cannot be started

Clearing method: Remove the paper from the sheet-bypass guide. The manual-feed switch

(S6) goes off.

A-3) INSERT KEY COPY COUNTER

• If the key copy counter (optional) is installed in the copier and is then withdrawn:

The INSERT KEY COPY COUNTER display appears

Copying is not possible

• If the counter is withdrawn during copying:

The machine will stop after the paper being copied has exited.

B-1) CLEAR PAPER ( )

• Leading-edge jam detection by the exit switch (S9): (E01)

The aligning clutch (CLT2) is turned on

3.17 sec.*

The exit switch (S9) comes on

* When the exit switch (S9) has not come

on after 3.17 seconds have elapsed.

The CLEAR PAPER symbol (E01) ap-

pears and copying will stop.

→→

→→

→→

→

ON

ON

3.17sec

→

Aligning clutch

Exit switch

Timer0

CLEAR PAPER (E01)


• Trailing-edge jam detection by the exit switch

(S9): (E02)

The aligning clutch (CLT2) goes off.

2.982 sec*

The exit switch (S9) goes off (detects paper exit)

* When the exit switch (S9) does not go off even

after 2.982 seconds:

The CLEAR PAPER symbol appears (E02), and

copying stops.

• Immediately after power on

The exit switch (S9) is detecting paper (on)

CLEAR PAPER (E03)

• If the front cover is opened during copying

CLEAR PAPER (E41)

• Leading edge jam detection by the paper stop switch in front of the aligning roller:(E05)

After the leading edge of the paper passes the transport rollers, if the paper stop switch-1 (S7) is

not turned on within a fixed time

Paper misfeeding (E05)

• During paper feeding from the ADU:

After the feed clutch is turned on, if the paper stop switch (S16) does not come on within a fixed

time.


• During paper stacking in the ADU:

If the ADU jam switch (SA4) does not detect any paper at the fixed timing


• During paper feeding from the copier and the pedestal:

After the feed clutch is turned on, if paper stop switch (S7/S16) does not come on within a fixed time

Paper misfeeding (E13 – E19: The error code is different according to the cassette used.)

ON

OFF

2.982sec

Aligning clutch

Exit switch

Timer0

CLEAR PAPER (E02)

→→

→→

→→

→→

→


B-2) ADD TONER ( )

Toner density has become low

Toner empty detection: Auto-toner sensor

Control circuit: f the ADD TONER symbol appears: copying is not possible

Clearing method: Replace the toner cartridge and close the front cover.

Toner supply operation: copying is possible

B-3) REPLACE TONER BAG ( )

The toner bag becomes full of toner

The toner-recovery auger moves towards the rear of the copier: the toner-full switch (S13) will be

turned on.

REPLACE TONER BAG display

• When the toner-full switch (S13) comes on during copying

Copying will stop after the last sheet has exited during copying

Clearing method: Replace with a new toner bag.

B-4) Main charger misloading

Main charger is unloading or incorrect loading.

Main charger loading abnormal is displayed.

Clearing method: Reset the main charger and close the front cover.

B-5) Developer unit misloading

Disconnection of the developer unit.

Developer unit loading abnormal is displayed.

Clearing method: Connect the developer unit connector and close the front cover.

C-1) CALL SERVICE

If the CLEAR/STOP key and the “8” key are pressed simultaneously when the CALL SERVICE

symbol is flashing, one of the error codes will appear on the message display.

For the contents of the error codes, refer to the “SERVICE HANDBOOK”.

→→

→→

→→

→


4.4 Flow Charts4.4.1 Power on to ready

“E03”

YES

YES

YES

NO

NO

NO

YES

NO

Main switch on

DC power on

Restart

Cover open?

Heater lamp HTR ON

• SCN-MTR

• DCM-MTR

• STOP-MTR

• GUIDE-MTR

Start initialization

P-STP-SW

ON?

EXIT-SW ON?

ADU-JAM-SW ON?

APaper jam


YES

YES

YES

YES

YES

YES

YES

NO

YES

NO

NO

NO

NO

NO

NO

NO

YES YES

NO NO

YES

NO

A

T-FUL-SW

ON?

Toner empty?

Toner replen-ishment

Main motor6 sec. ON

(Toner-full removaloperation)

Initializationover?

T-FULL SW

ON

Toner bagreplacement

Have 20 sec.passed since start

of initialization? • Carriage and indicatorindicate copy area

CALL SERVICE

“C21”or “C22” or “C23”Is heat roller

pre-running sufficientfor fixing?

Main motor ONPre-running operation starts

Is thethermistor

open?

Have 3 sec.passed?

CALL SERVICE

“C41”

Main motor OFFPre-running stops

READY

Is theheater lamp

open?

CALL SERVICE

“C44”

POL-MTRabnormal?

CALL SERVICE

“CA1”

POL-MTR ON atstandby speed

Main charger checkstarts

Main charger checkstops

Have 7 sec.passed?


NONO

YES

YES

YES

YES

NO

NO

OK

NG

NO

NO

YES

YES

Transfer guide bias ON

4.4.2 Automatic feed copying

POL-MTR ON at high speedDeveloper bias ONPre-cleaning charger ONMain charger ONSeparation charger ONDischarge lamp ON

Transport control

START key ON

Optical section controlProcess control

B Paper jam “E01”

Optical sectioncontrol end

Carriage stops

Carriage backward

Exit switch

check 1

Carriage retreats to

home position

Process control end

Is number ofremaining copies

zero?

Is number of remaining copies

zero?

Separation solenoid OFF

Aligning clutch OFF

Separation solenoid ON

Is numberof remaining copies

zero?

Transfer guide bias OFF

Aligning clutch ON

Counter ON/OFF

Exposure lamp OFF

Feed clutch OFF

Carriages stops

Carriage advances

Exposure lamp ON

Transfer charger OFF

Feed clutch ON

PLL checkfor main motor

OK?

CALL SERVICE

“C01”

Transfer charger ON

HSYNCOK?

CALLSERVICE

“CA2”

CALL SERVICE

“CA1”

Laser power on

POL-MTROK?


OK

NGPaper jam

“E02”

B

Exit switch check 2

Main charger OFF

Separation charger OFF

Discharge lamp OFF

Developer bias OFF

Pre-cleaning charger OFF

Drum rotation reversed

Standby

September 1997 © TOSHIBA 5 - 1 2460 DISPLAY UNIT

5. DISPLAY UNIT

The display unit consists of key switches and touch-panel switches for copier operation/selection of each

mode, LEDs and an LCD displaying the copier state or messages.

Especially, when the operator’s attention is needed, a graphic symbol lights or flashes and a message

indicating that condition is displayed in the LCD panel.

5.1 Detailed Drawing of the Control Panel and the Display Panel

LCD panel indicating operator’s attention

Arrangement of the control panel

#

C/

0

25% 100% 400%F C

PAUSE FUNCTION CLEAR

1 2 3

65

9

4

87

ZOOM

ORIGINAL COPY SIZEA4

A3

B5

A5

UNIVERSAL

AMS APS

CLEAR/STOP START

MEMORY RXCOMM.ALARM

DATAERROR

PRINTER/NETWORK

FAX

COPY

HELP

TIMER

ENERGY SAVER INTERRUPT

2460 DISPLAY UNIT 5 - 2 September 1997 © TOSHIBA

No. Message1 WAIT WARMING UP

2 READY

3 COPYING

4 WAIT 30 SEC FORWARMING UP

5 PLACE NEXTORIGINAL

6

In case of lateral paper feeding, the symbol A lights up and for longitudinal feeding, the symbol B lights

up on the display panel.

C

B

A

Fig. 5.2-1

Conditions of machineBeing warmed up• Indicated after the main switch

is switched on up until the ma-chine becomes capable of copy-ing.

Capable of copying.• Indicated when the machine is

capable of copying and the op-erator’s instructions for copyingconditions are awaited.

• Returns to the initial condition ifno key input is given for 45 sec-onds.

Now copying.• Indicated by pressing the START

key.• Copy quantity indicator becomes

“1” and copying is completed.Energy saving conditions.

ADU 1-sided copying standbystate. Fig. 5.2-1 C.Timer off• No message is displayed in the

display panel.• Timer LED is turned on.

Notes• The number and reproduction ratio

of copies are indicated, for example,as “0”, “100%” when the mainswitch comes on.

• Copy quantity indicator indicates as“1”. When a digital key is pressed,the set number is indicated.

• The set number is cleared to “1” bypressing the CLEAR/STOP key.

• Manual copying is possible.

• After completion of copying, thecopy quantity indicator returns tothe initially set number.

• Released by pressing the ENERGYSAVER key or the START key.

• When using ADU 1-sided, andwhen not using ADF.

• Press the START key to clear.

5.2 Items Shown on the Display Panel5.2.1 Display during normal copying


5.2.2 Display in the event of faulty conditions

C

B

E

D

Fig. 5.2-2

Abnormal state & indicationIndication of lack of paper.• Flashes when there is no paper in

the cassette E in Fig. 5.2-2.• Manual copying is possible.Indication of lack of toner.•B in Fig. 5.2-2 is indicated when

the toner in the toner cartridgeruns out.

• When this message is displayed,it is not possible to copy.

Key copy counter withdrawn.• Indicated when the key copy

counter is withdrawn when themachine is READY or duringcopying. C in Fig. 5.2-2.

• When it is removed after thepressing of the START key, themachine stops after that copy iscompleted, but the countercounts it.

Indication of need to replace thetoner bag.• Indicated when the toner bag is

full. D in Fig. 5.2-2.The copier stops.

No. Message7 ADD PAPER

8 ADD TONER

9 SET KEY COPYCOUNTER

10 DISPOSE OFUSED TONER

Solution• Supply paper to the selected cas-

sette.• Select another cassette.

• Released after the toner is suppliedand the front cover is closed.

• Released and returned to normalconditions by inserting the key copycounter.

Open the front cover and replace thetoner bag.


No. Message11 PAPER MISFEED

IN BYPASS

12 MISFEED IN COPIER

13 MISFEED INCOPIER

14 MISFEED IN DOC.FEEDER

15 MISFEED INFINISHER

16 MISFEED INDUPLEXER

C

F

B

A

D

G

E

B

D

Fig. 5.2-3

Abnormal state & indicationBypass paper jamming• Indicated when paper jams at the

bypass guide. A in Fig. 5.2-3.Paper jammed in the machine.• Indicated when paper jams in the

machine. B, C, and F in Fig.5.2-3.

LCF paper misfeed.• Indicated when paper supplied

from the LCF does not reach thesensor in front of the aligning rollerin a set time. C in Fig. 5.2-3.

Original jammed• Indicates when an original is

jammed in the document feeder.D in Fig. 5.2-3.

Paper jammed in the finisher.• Indicates when paper is jammed

in the finisher. E in Fig. 5.2-3.Indicates when paper is jammedin the ADU section.G in Fig. 5.2-3.

SolutionThe machine is returned to normalconditions automatically by pullingthe paper out from the bypass guide.Press the HELP/INFO key and re-move the paper jammed in the copierby following the message.

Press the HELP/INFO key and re-move the paper jammed in the copierby following the message.

Open the jam access cover and ADFunit, and remove the jammed origi-nal.

Remove the paper jammed in the fin-isher and open and close the frontcover once.Press the HELP/INFO key and removethe paper jammed in the copier by fol-lowing the message.


No. Message17 CALL FOR SERVICE

18 TIME FOR PERIODICMAINTENANCE

A

Fig. 5.2-4

Abnormal state & indicationSome part of the mechanism,motors, switches or sensors isabnormal. A in Fig. 5.2-4.Indication of PM cycle.• Indicated when it is time for peri-

odic maintenance and inspec-tion.

• Capable of copying.

SolutionTurn off the machine, remove thecause of the fault and turn the ma-chine back on.Maintenance and inspection by aqualified service technician.


5.3 Relation between Copier Conditions and Operator’s Actions

War

m-u

p_

__

__

__

__

__

_

Cop

y re

ady

__

__

__

__

__

__

Zoo

m s

witc

hing

–_

__

__

__

__

__

Cop

ying

–_

––

_–

––

_–

_–

Lack

of p

aper

–_

__

__

__

__

__

Lack

of t

oner

–_

__

__

__

__

__

Key

cou

nter

mis

sing

–_

__

__

__

__

__

Man

ual f

eed

jam

med

––

––

––

––

––

––

Tone

r ba

g re

plac

ed–

––

––

––

––

––

–

Pap

er ja

mm

ed in

the

unit

––

––

––

––

––

––

Ser

vice

man

cal

l–

––

––

––

––

––

–

Inte

rrup

ted

_–

–_

__

__

_–

__

Pre

-hea

ting

_–

––

––

––

–_

––

Dig

ital

keys

STA

RT

key

Con

ditio

n

Ope

ratio

n

_: P

erfo

rms

the

actio

n or

indi

catio

n ac

cord

ing

to th

e op

erat

ion.

– :

Igno

res

the

oper

atio

n

(1)

Ene

rgy

save

r co

nditi

on is

rel

ease

d by

pre

ssin

g th

e E

nerg

y sa

ver

key

or th

e S

TAR

T k

ey.

(2)

Avo

id s

witc

hing

the

expo

sure

dur

ing

copy

ope

ratio

n.

(3)

Fun

ctio

ns o

f the

Cle

ar k

ey a

re a

s fo

llow

s ac

cord

ing

to th

e m

achi

ne c

ondi

tion.

Cop

y op

erat

ion

--- A

bort

cop

y op

erat

ion

(Sto

p fu

nctio

n; th

e nu

mbe

r pl

aced

will

not

cha

nge.

)

Exc

ept f

or c

ase

of c

opy

oper

atio

n --

- P

ress

the

key

once

to r

etur

n th

e nu

mbe

r pl

aced

to “

1”.

(Not

e) In

terr

uptio

n co

nditi

on is

aut

omat

ical

ly r

elea

sed

if th

e m

achi

ne is

not

use

d fo

r 45

sec

.

(4)

Avo

id m

anua

l ins

ertio

n du

ring

the

copy

ing

oper

atio

n si

nce

this

may

res

ult i

n pa

per

jam

min

g.

Cle

arke

y

Cop

ysi

zeke

y

Cas

sette

key

Inte

rrup

tke

y

Ene

rgy

save

rke

y

Man

ual

feed

inse

rtio

n

Den

sity

key

Touc

hpa

nel

Pap

ersi

zeke

y

Zoo

mke

ys


5.4 Description of Operation5.4.1 Dot matrix LCD circuit

(1) Structure

The DSP-LCD-154 is an STN black & white mode transmissive type LCD with a 320x240-dot display

capacity. It includes a driver LSI, frame, print board, and lateral CFL backlighting.

*STN:Super Twisted Nematic

(2) Block diagram

(320 x 240)

IC1

IC5

XSCL

UD0UD1UD2UD3

WF

LP

VDDGNDV0VEE

power supply

LCDEN

IC6

IC7

IC2

LCD PANEL320 x 240 DOTS

IC3 IC4

80

80

80

80 80 80 80


(4) Data Transmission Method

(3) LCD drive operation

The following describes the drive operation to display the message “100% COPY READY”.

1 The SM CPU requests the data for

displaying “100% COPY READY”

from the PROM.

2 The PROM outputs the data for dis-

playing the message to the SM CPU.

3 The SM CPU writes the data for LCD

display to RAM IC41.

4 The LCD controller/driver IC42

reads the display data from RAM

IC41, and outputs the data to the

LCD.

PROMSM

CPU

GA

LCDcontroller

driver

RAM

(scc)

LED

LED LCD KEY CPU

Key switchesand

touch panel

PWA-F-DSP-220

PWA-F-SYS-220 1

2

3

3

4

4

3

LOAD

FRAME

LOAD

240 1 2 240

CP x(320/4) pulses

1 2 240

1/tF1/tF

1 2

FRAME

D0-D3

CP


5.4.2 LED display circuit

(1) Method of LED display

The following description is based on the example of displaying “TIME” on the LED display.

When the signal LDON0-0 changes to “L” level, the transistor is turned on.

Also when pin 6 (D16) of IC1 changes to “L”, a current flows from 5VL via the transistor to LP1

(“TIME”) i.e. LP1 (“TIME”) is turned on.

(2) The circuit is controlled as shown below.

LDON0"L"

"L" 6D16

Q3

IC1(7932)

R1(TIME)

5VL

LP1

G

Current

P LIN

F MEM

PRT

PS

FAX

COPY

INT

TIME

F ALM

P DAT

P ALM

F COM

7932M

LP5LTL16KY12

LTL16KG LP12 1

C133P/50

2

1

C2CKME0.1/25

1

2

R5 1001 2

R4 10001 2

VDD

LDON0Q3

GND

R9 1001 2

100R8 21

100R2 21

100R7 21

R6 1001 2

100R3 21

R1 1001 2

LP3LTL16KG12

LTL16KG LP22 1

LP11LTL16KG12

LTL16KG LP42 1

LP7LTL16KG12

LP10LTL16KG12

LP8LTL16KY12

LTL16KY LP122 1

LTL16KG LP92 1

LP6LTL16KG12

IC1

4

2

1

27

26

29

3

28

30

8

13

18

23

5

25

24

22

21

20

19

17

16

15

14

12

11

10

9

7

6

GNDL

DPOUT-0

DPLTH-0

RST-0

DPCLK-0

LDON0-1

LDON1-1

L/R

BE0

VSSL

LAST

SIN

CK

STB

LATCH

VDD

VSSD0

VSSD1

VSSD2

VSSD3

SOUT

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

D14

D15

D16

LDON1Q2

5VL


• LDON0 and LDON1 alternatively change

to “L” every 6.4 msec.

• Q2 or Q3 comes on when LDON0 or

LDON1 becomes “L”.

• The LED on/off signal from SYS goes via

the DPOUT signal line and is input to SIN

(pin 26) of IC1 (serial data) on the PNL

board.

• The LED on/off signal is input two 16-bit

drivers (7932) which are connected in cas-

cade and then output are parallel format

from 16 bits 2 output terminals.

LDON1

DPOUT

D8

LP11

LP10

LDON0ON

ON

ON

ON ON

OFF

OFF

6.4ms

Q2

Q1Q1

Q2

6.4ms


TransmissionLP No.

SignalColor LDON 0 LP No.

SignalColor LDON 1 IC7932's pin

order name name

Note: G : GreenY : Yellow

1~8

9 LP1 TIME G TIMER (Blank) 6

10 LP3 INT G INTERRUPT 7

11 LP2 PS G ENERGY SAVER 9

12 (Blank) 10

13 11

14 12

15 14

16 15

17 LP11 PRT G PRINTER LP10 P DAT G PRT receiving 16

18 LP4 COPY G COPY (Blank) 17

19 (Blank) 19

20 LP12 P ALM Y PRINTER ALARM 20

21 (Blank) 21

22 22

23 24

24 25

25 (Blank) 6

26 LP1 FC Y FUNCTION CLEAR 7

27 LP11 AMS G AMS LP12 APS G APS 9

28 LP9 O/4 G ORIGINAL Small LP10 P/4 G COPY SIZE Small 10

29 LP7 O/3 G ORIGINAL LP8 P/3 G COPY SIZE 11



32 LP1 O/0 G ORIGINAL Large LP2 P/0 G COPY SIZE Large 15

33 (Blank) (Blank) 16

34 17

35 19

36 20

37 21

38 22

39 24

40 25

PNL board

CNT boardKEY board

9

9ff

f f

Conditions for LED to light

1 The transistor (Q2 or Q3) connected to the LED anode is on.

2 The output connected to the cathode of that LED is “L”.

The LED comes on when 1 and 2 above are satisfied.

The names of the LEDs controlled by signals LDON0 and LDON1 are shown below.

9 9

99

9

99

9

September 1997 © TOSHIBA 6 - 1 2460 DRIVE SYSTEM

(G27/G19)

(G35)(G30)

(G56)

(G50/G28)(G20)

(G33/G22)

(G44/G24)

(G24/G18)

(G26)

(G28)

(G20)

(G55/G48)

(TP30)

(G21)

(G33)

(G22)

(G22)

(G28)

(G28)

(TP15)

(G28)

6. DRIVE SYSTEM6.1 Construction of Drive SystemThe drive system drives the drum (cleaner unit), developer unit, transport belt, heat roller, exit roller,

transport roller, cassette feed roller and aligning roller.

The drive system is driven by the main motor.

6.2 Description of Operations• Drum drive ......................... Main motor rotation is transmitted to the drum drive pulley via the timing

belt, and drives the drum.

• Developer unit drive ........... Main motor rotation is transmitted to the developer unit drive gear via

the timing belt and the gear.

• Heat roller drive .................. Main motor rotation is transmitted to the heat roller gear via timing belt

and gears, and drives the heat roller.

• Transport belt ..................... The transport belt gear is driven by the heat roller gear via the idle gear.

• Exit roller ............................ The exit roller gear is driven by the heat roller gear via the idle gear.

• Cleaner unit ........................ Main motor rotation is transmitted to the cleaner unit drive gear via the

timing belt and the gear.

• Aligning roller ..................... Main motor rotation is transmitted to the aligning roller clutch via the

timing belt and gears.

• Transport roller ................... Main motor rotation is transmitted to the transport roller clutch via timing

belts and gears.

• Cassette feed roller ............ Main motor rotation is transmitted to the cassette feed roller via timing

belts and gears.

Drive system (Rear side view)

Belt (840 pitch)

Timing pulley(TP110)

Upper cassette paper feed roller (Clutch/G28)

Timing pulley (TP39/G36)

Cleaning auger (G16)

Timing pulley (G25/TP25)

Belt (201 pitch)Manual paperfeed roller(Clutch/G28)

Timing pulley

(TP24/TP30)

Belt (384 pitch)

Upper transport roller (One-way/TP15)(One-way clutch/TP20)

Belt (297 pitch)


Lower cassette paper feed roller (Clutch/G28)

Lower transport roller (Clutch/G28)

Belt (324 pitch)


Belt (394 pitch) Timing pulley (G117/TP24)

Main motor (G10)

Timing pulley (G58/TP29/TP25)

ADU transport roller (G20)

Finisher transport roller(G17)

Transport roller(G20)

Transport roller(G20)

Heat rollerTransportbelt

Timing pulley (TP39/G29/TP21)

Belt (466 pitch)

Belt (190 pitch)

Dev-unit drivegear (G23) Timing pulley

(TP24/G16)

Drum

Aligning roller(Clutch G30)(TP20)

2460 DRIVE SYSTEM 6 - 2 September 1997 © TOSHIBA

6.3 Disassembly and Replacement[A] Fly wheel

(1) Remove the fly wheel (4 screws).

[B] Feed drive unit

(1) Remove the LCF connector bracket (2

screws).

(2) Remove the feed drive holder (2 screws).

Fly wheel

LCF connector bracket

Feed driveholder


(4) Remove the oneway clutch, the pulley and the

belt for the upper feed roller (1 stop-ring).

(3) Remove the lower feed roller clutch (1 set-

screw).

(5) Remove the feed drive unit (3 screws).

• This is easy to do if the feed drive unit is

slanted.

Clutch

Setscrew

Pulley

Stop-ring Belt

Feed drive unit


[D] Main motor

(1) Remove the main motor (2 connectors and 2

screws).

[E] Main drive unit

(1) Remove the main drive unit (one connector

and 5 screws).

[C] Manual drive unit

(1) Remove the manual drive unit (one connec-

tor, 3 screws).

Connector

Manual driveunit

ConnectorMain motor

Connector

Main drive unit


[F] Main drive unit gears

(1) The developer-unit drive gear and the cleaning

auger drive gear are press-fitted to their shafts.

Developer-unitdrive gear

Cleaner augerdrive gear

Drum drive coupling


6.4 Main Motor6.4.1 Main motor drive

Difference

Speedcomparator

Rotationcontrol

Voltagedetectioncircuit

Excitationphaseswitchingsection

Rotorpositiondetection

Phasecomparator

Hall element A

FG pulse

Phase W

Phase V

Phase U

Main motor (M1)

Controlsignal

(1) The LGC transmits control signals for main motor rotation. (MAIN-CW/CCW: Direction of rotation,

MAINMTR-ON: Motor rotation command)

(2) The excited phase switching unit excites each phase on the main motor → The main motor runs.

(3) Hall elements A to C are used to detect the rotation position of the motor (or rotor).

(4) The excited phase switching unit switches the excitation for each phase.

(By repeating (2) through (4) above, the motor keeps running.)

(5) The FG pulse is generated by the FG pulse pattern and N/S magnets of rotor installed on the main

motor.

(6) The phases and velocities of the FG pulse and the reference frequency from the LGC are com-

pared, and the differences are added. Further to this are added the fluctuations in the supply volt-

age. (Signal generation)

(7) Changes the switching timing for the excited phase switching unit to match the signal amount ob-

tained in step (6).

i.e. control is done to equalize the FG pulse and reference frequency. → The main motor runs at a

constant speed. (Locked range state.)

(8) When the main motor enters the locked range state, the excited phase switching unit transmits the

PLL-OK signal to the LGC. (“L” level).

(9) When the MTR-BRK from LGC enters “L” level, the main motor rotation is braked, and when the

MAINMTR-ON signal enters “H” level, the main motor stops.

Hall element C

Waveshaping

Photo-interruptor

Hallelement B

Reference frequency

+(F-MTR-REF)

PLL-OK

MAIN-CW/CCW

MTR-BRK

MAINMTR-ON

Lockprotectioncircuit

Difference


6.4.2 Control signals

(1) MAIN-CW/CCW signal (LGC → MTR: Input)

Switches the rotation direction of the main motor. When this signal becomes “L” level, the main

motor rotates counterclockwise as viewed from the rear side, and drives the developer unit, drum,

heat roller, etc.

(2) PLL-OK signal (MTR → LGC: Output)

When the cycle of FG pulse deviation from the reference frequency is within the fixed range, this

state is specified as the lock range (normal rotation), and this PLL-OK signal becomes “L” level.

Also, at this time, the LED “LP1” light comes on.

(3) F-MTR-REF signal (LGC → MTR: Input)

This signal is a reference clock signal for the main motor to rotate at a fixed speed.

(4) MTR-BRK signal (LGC → MTR: Input)

When it becomes “L” level, the main motor rotation is broken down.

(5) MAINMTR-ON signal (LGC → MTR: Input)

This signal is main motor ON/OFF control signal, when it becomes “L” level, the motor rotates.

Signal level of motor circuit.

Signal “H” level “L” level

MAIN-CW/CCW CW CCW direction

PLL-OK Speed is out of the locked range. Locked range state.

F-MTR-REF Reference clock

MTR-BRK Brake OFF Brake ON

MAINMTR-ON Motor OFF Motor ON

* The signal names indicate a level in the connector J543, respectively.

September 1997 © TOSHIBA 7 - 1 2460 IMAGE PROCESSING

ASIC(RFL)ASIC(SARAH)

ASIC(HPS)

7. IMAGE PROCESSING7.1 IntroductionThe following diagram shows the processes from the scanning of the original on the digital copier up to

transfer onto the photosensitive drum.

ASIC which is short for “Application Specific IC” is for a specific use.

The following table shows the functions carried out by the two image processing boards.

Board ASIC Q’ty Function

IMG board 3 Shading correction, high quality image processing, image memory editing,

(PWA-F-IMG-220) rectangular area signal generation, editing, gamma correction processing,

tone processing, external systems interface, image area control, laser rela-

tion control.

Adaptor board 1 Smoothing processing

(PWA-F-BRT-776,

option)

Image processing/Printcontrol

Image processor

Photosen-sitive drum

Adaptor board

Page memoryboard

Image processing

Scanner

Original

Original glass

CCD board

Scanner

Semicon-ductor laserdevice

Laser drive board[LDR]

Printer

Polygonal motordrive board

[PDV][IMG] board

2460 IMAGE PROCESSING 7 - 2 September 1997 © TOSHIBA

7.2 Image Processing Circuit7.2.1 Overview

Unlike existing analog copiers where an original placed on the glass is optically scanned and its reflected

light is directly projected onto a photosensitive drum, this digital copier has an original placed on the

glass optically scanned and its reflected light read by a CCD (charge coupled device) to convert the

optical image into electrical signals. After that, they undergo shading correction (compensation for vari-

ance in the CCD and the light source) and then are output as image signals from the scanner section.

These image signals from the scanner section are input to an image processing section where various

image processing operations are performed on them and the output results from the image processing

section are provided to the printer section.

The above processes are performed by means of ASICs (short for Application Specific IC) made for

specific purposes.

The image processing operation of this copier is done by the IMG board (PWA-F-IMG-220) and the

optional Adaptor board (PWA-F-BRT-776) which is connected by a connector on the IMG board.

(1) Image processing circuit on the IMG board

Two image processing ASICs are mounted on the IMG board and implement the following func-

tions:

<Functions>

High quality image processing, image memory editing, rectangular area signal genaration, editing

processing, gamma correction, tone processing, external systems interface, image area control,

and laser related control

(2) Image processing circuit on the Adaptor board (optional)

An image processing ASIC is mounted on the Adaptor board and implements the following func-

tions:

<Functions>

Smoothing processing


(PWA-F-LDR-220)

(PWA-F-PMB-777)

(PWA-F-BRT-776)

(PWA-F-IMG-220)

7.2.2 Configuration

Figure A shown below represents the image processing section of this digital copier.

Fig. A. Construction of the image processing section

CCD board (PWA-F-CCD-220)

A/D conversion

ASIC [SARAH]Shading correction

Image processing section

ASIC [RFL], [HPS]

High quality image processingImage memory editingRectangular area signalgenerationEditing processingGamma correctionTone processingExternal system interfaceImage area controlLaser related control

ASIC [BRT]

Smoothing processing

Laser drive

Page memory board

Memory copy, vertical/horizontal alter-nate copy, sort copy, group copy, maga-zine copy, simplex reductionconcatenation, duplex reductionconcatenation, image combination, dateannotation, sheet insertion mode, etc.

: Image data flow

CCD

IMG board

Laser drive board(PWA-F-LDR-220)

Adaptor board (optional)(PWA-F-BRT-776)


7.3 IMG Board (PWA-F-IMG-220)7.3.1 Features

(1) The image processing ASICs are controlled by CPU on the SYS board (PWA-F-SYS-220).

(However, part of the laser related control section is controlled by CPU on the LGC board (PWA-F-

LGC-220).)

(2) The image processing functions of the IMG PC board implement

the following functions:

• High quality image processing

• Image memory editing

• Rectangular area signal generation

• Editing processing

• Gamma correction

• Tone processing

• External system interfacing

• Image area control

• Laser related control

7.3.2 Functional description of the image processing circuit

The two ASICs mounted on the IMG PC board implement the functions described below.

(1) High quality image processing function

(A)Range correction function

This function works to convert image signals to density range width and correct it to match each

original. When copying originals with a certain level of background such as newspapers, it is

possible to reduce the background density by means of this function.

<Example>

Histogram

Dynamic range width

Smal

ler

No

. of p

ixels

La

rger

Lower Density

Higher

Smal

ler

No

. of p

ixels

La

rger

Lower Density

Higher

Text

Back-ground

After rangecorrection

Extended dynamic range width


(B) Filtering function

This function is comprised of a low-pass filter circuit and a high-pass filter circuit.

(a) Low-pass filter circuit

By averaging the differences between the target pixel and its adjacent ones, this circuit works to

eliminate image and electrical noise as well as restricting moire to provide an image with high

reproducibility of the original.

For example, assuming the density of the target pixel position to be x and the densities of its

front and back positions to be a and b, respectively, the density of the target pixel position x’ after

low-pass filter operation is given:

For (3 x 1) matrix,

The above operation is performed for all pixel positions to accomplish high original reproducibil-

ity.

The following figure shows the primary scanning pixel is processed by the low-pass filter.

(b) High-pass filter circuit

When an original with sharp image edges (text originals, etc.) are optically scanned and its

image signals are output through CCD, the edges tend to become dull due to the characteristics

of the lens used and other reasons.

To compensate for this phenomenon, edge enhancement operation is performed on the differ-

ences in density between the target pixel and its adjacent ones to accomplish an image with

high reproducibility of the original.

0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9

DensityAfter low-pass filteroperation

Primary scanning pixel positions

a + b + x

3a x b x’ =

Original

Image signal

After correction

Low contrast area

Solid black area

Density

Primary scanning pixel positions


(2) Image memory editing functions

Editing functions such as enlargement/reduction and mirror image copying are performed by using

a line memory. The line memory is used for storing one line of pixel data in the primary scanning

direction and is updated with new pixel data each time the next line is scanned.

(a) Enlargement/reduction function

This function is accomplished by using line memory control in the portion of the operation.

<Example> Enlargement function

<Example> Reduction function

(b) Mirror image function

This function reverses the right side and the left side in the primary direction of the original and

this reversed image is output.

(3) Rectangular area signal generation function

The rectangular area signal is generated by specifying the rectangular coordinate position signal.

This rectangular area signal allows various editing operations to be implemented.

(4) Editing operations functions

Trimming, masking and negative/positive reversal functions are accomplished.

(a) Trimming function

With the rectangular area signal, the image signals inside the rectangular area are left and other

image signals are erased.

(b) Masking function

Using the rectangular area signal, the image data inside the rectangular area are erased with

other image signals left.

1100%

200%

2 3 4 5 6 7 8 9 10

1 1 2 2 3 3 4 4 5 5

1100%

50%

2 3 4 5 6 7 8 9 10

1 3 5 7 9


(c) Negative/positive reversal function

This function reverses image data from negative to positive or vice versa on the entire area.

(5) Gamma correction function

This function is used to correct the input/output characteristics of the scanner/printer so that image

signals are obtained which have input/output characteristics matching a particular copying mode.

(6) Tone processing function

This function works to process tone so that faithful reproduction of halftone images such as photo-

graphs are accomplished.

(7) Interface to system function

This function performs the input/output control of the interface for the page memory PC board

(PWA-F-PMB-777).

(8) Laser related control

The ON/OFF control of the semiconductor laser and APC (Auto Power Control) are performed by

this function.

(9) Image area control

Effective image areas above and below and to the right and left of the image signal to be output are

set by this function.


7.4 ScannerLight reflected from the original surface is picked up by the CCD (Charge Coupled Device) where photo-

voltaic conversion is carried out. By photo-voltaic conversion, optical image data are converted to electrical

signals. These analog electrical signals are then converted to digital signals by A/D conversion, and the

required image processing is carried out on these digital signals.

(1) Photo-voltaic conversion

Optical signals from the original are converted to electrical signals by the CCD device. For details,

see Chapter 8, 6-1.

(2) Signal amplification

After conversion by the CCD, the electrical signals are amplified.

(3) A/D conversion

Analog signals are converted to digital signals.

(4) Shading correction

The signals picked up by the CCD device are compensated. For details, see Chapter 8, 6-2.

CCDSignal

amplificationA/D

conversionShading

compensation To next stage


7.5 PrinterImage signals processed on the IMG board are processed on the print-control ASIC and the laser drive

board on the same IMG board. Then, they are laser-controlled for the write operation.

(1) Setting of effective image area............................. • The top, bottom, left and right margins are set.

(2) Synchronization Clock Generation block ............. • HSYNC and the reference clock signal at printer

of horizontal synchronizing signal (HSYNC) block synchronized with the signal.

(3) Laser drive block .................................................. • ON/OFF control of the semiconductor laser and

APC (Auto Power Control) control.

7.6 Adaptor Board (PWA-F-BRT-776)(optional)7.6.1 Features

(1) The image processing ASICs are controlled by CPU mounted on the SYS PC board (PWA-F-SYS-

220).

(2) The image processing functions of the Adaptor board work to accomplish the following:

• Smoothing operation

7.6.2 Description of image processing functions

The image processing circuit of the Adaptor board works to accomplish the following:

(1) Smoothing processing

This function works to eliminate jaggedness occurring on character edges of images input from the

external system interface (GDI image) for smooth image output.

September 1997 © TOSHIBA 8 - 1 2460 SCANNER

8. SCANNER8.1 FunctionsIn this copier’s scanner, light is directed at the surface of the original, and the light reflected from the

original projects to the CCD (Charge Coupled Device) by means of mirrors, lens and a slit. Photo-voltaic

conversion by this CCD converts optical image data to electrical signals. These resultant analog signals

undergo A/D conversion to be converted to digital signals. These digital signals undergo various com-

pensation processes to create the required image. These digital signals are computed and processed,

and then sent to the printer.

Lens

Rail for CRG-1Exposure lamp (Halogen)

Drive pulleyImage processingboard (IMG board)

Reflector

CCDSensor

Lens cover

Rail for CRG-2

Original glass

CRG-1

CRG-2

2460 SCANNER 8 - 2 September 1997 © TOSHIBA

8.2 ConfigurationThe following describes the configuration of the optical system and the purpose of its components.

(1) Original glass

The original glass is for placing the original. The original is illuminated by light from the exposure

lamp passing through the original glass.

(2) Carriage 1

Carriage 1 is driven by the scanning motor to scan the original, and is made up of the following

parts:

a. Exposure lamp

The exposure lamp emits the light for illuminating the original. (180W Halogen lamp)

b. Reflector

The reflector is for efficiently directing light from the exposure lamp onto the surface of the

original.

Original

Lamp

Mirror-1

Sub-reflector

Glass

Reflector

Thermostat

Mirror-1

Exposure lampReflector

Carriage 1


c. Mirror 1

Mirror 1 is for guiding light reflected from the original to mirror 2. Mirror 2 is described later on.

d. Thermostat

The thermostat prevents rises in temperature caused by erroneous lighting of the exposure

lamp.

(3) Carriage 2

Carriage 2 leads light reflected from mirror 1 to the lens by mirrors 2 and 3, and is made up the

following:

Carriage 2 is driven by a scanning motor in the same way as carriage 1, and scans at a speed half

that of carriage 1. (The distance that the carriage scans is half that of carriage 1.)

(4) Lens f CCD

Light reflected from mirror 3 is projected to the CCD. The CCD is located at the focal point of a fixed

lens.

Mirror-2

Mirror-3

Carriage 2


Image processing board

Lens

CCD board

Copiable length

Copiable width

Original holder Original indicatorunit

Carriage

(5) Image processing board

The Image processing board performs image processing (amplification, mixing and A/D conversion

of electrical signals obtained by photo-voltaic conversion by the CCD).

Automatic originaldetection unit

(6) Automatic original detection unit

The automatic original detection unit (APS sensor) uses sensors located in front of the lens cover

and on the base frame for detection of the size of the original without the process of scanning.

(7) Original width indicator unit

The original width indicator unit is for indicating the original width currently selected by the copier.

The original size is displayed by the yellow lines on the indicator and carriage 1.


Wire tension spring

Scanning motor(5 phase)

Motor pulley2GT-Z26

Wireφ1.0

CRG-2

CRG-1 CRG-2 pulleyφ24

Idler pulleyφ22

Timing belt2GT-216

Wire winding pulley/Motorslowdown pulleyφ30.832GT-Z43 Idler pulley

φ22

8.3 Description of Operation8.3.1 Scanning motor

Rotation of the scanning motor is transmitted to carriages 1 and 2 via the timing belt and carriage drive

wire. First of all, carriage 1 moves to the home position. Home position is detected by carriage 1 passing

the home switch. Carriages 1 and 2 then scan the original when the START key on the control panel is

depressed.

0.41.883

0.2930.01

0.1210.231

1.93~17.8

2.260

SCN-MTR

EXPO-LAMP

FWDBWD0.544

0.062

Optical System (rear side)

* Above timing chart vary with the machine condition.

8.3.2 Document motor

The original width indicators at the front and rear are set to the home position, that is, the maximum

original width via the timing belt. The original width indicators move according to the paper size, or, when

the reproduction ratio has been changed, to the specified size, and the original placement position is

selected on the original glass.

8.3.3 Optical fan motor

The optical fan motors rotate to cool the optical unit during copying and stop rotation during standby.


8.4 Drive of the 5-Phase Stepping Motor8.4.1 Features

Up till now, 2-phase hybrid stepping motors having a step angle of 1.8° have been regarded as being the

highest performing motors. Compared to these motors, however, 5-phase stepping motors have the

following features:

(1) A small step angle (full step: 0.72°, half-step: 0.36°) achieves a resolution 2.5 times that of conven-

tional stepping motors. As 2.5 times the number of steps can be used when moving the same

distance, high-speed positioning using optimum acceleration and deceleration is now possible.

(2) Extremely small fluctuation in operating torque achieves little vibration and smooth rotation. This

makes a 5-phase stepping motor ideal for applications where uneven torque and noise are a prob-

lem.

(3) As vibrations are small even at the resonant point, special dampers are not required, and the motor

can be used in all operating ranges.

(4) The self-start frequency is roughly 2.5 times higher than that of 2-phase stepping motors, and

moreover, 5-phase stepping motors do not have a resonant range. This achieves speed control with

a large variable speed ratio without the need for acceleration and deceleration.

(5) Response is much faster than that of 2-phase stepping motors, allowing higher speed setting.

(6) 4- and 5-phase excitation systems achieve excellent damping characteristics.

(7) The step angle can be varied (e.g. 0.72°, 0.36°, 1.44°) depending on the excitation system.

8.4.2 Principle of the stepping motor

The fundamental differences between a 2-phase hybrid stepping motor and a 5-phase stepping motor

are the number of stator main poles and the winding configuration. A 2-phase stepping motor is wound in

a 2-phase, 4-pole configuration, whereas a 5-phase stepping motor is wound in a 5-phase, 2-pole con-

figuration. Fig. 8.4-1 shows the relationship between stator and rotor teeth in a 5-phase stepping motor,

and the winding configuration.

Fig. 8.4-1 Structure of 5-phase Stepping Motor

A phase (blue)

Rotor

B phase (white)

C phase (brown)

(green)

(gray)

(purple)

(yellow)(red)

E phase (orange)

D phase (black)

Stator

Stator


The stator comprises 10 main poles, with two main poles in apposition forming a single phase. The coil

is wound so that the two opposite main poles are the same polarity (N or S). Assuming a rotor tooth pitch

of τR, the stator teeth are arranged in such a way that the stator teeth on adjacent main poles shift by 0.6

τR with respect to the rotor teeth. This means that the stator teeth on adjacent main poles shift by (0.6-

0.5) τR=τR/10 with respect to teeth on the rotor cup on the opposite side that are shifted by 0.5 τR. Fig.

8.4-2 illustrates this relationship.

Consequently, if the polarity of the stator is moved as shown in Fig. 8.4-3, the rotor rotates clockwise 1/

10th of the rotor tooth pitch at a time.

Fig. 8.4-2 Relationship between Stator Teeth and Rotor Teeth

Fig. 8.4-3 Movement of Poles at 1-phase Excitation

τR

10= x = 0.72° ...................... (1)

360

50

1

10

0.5

0.6

10

ττ

R

R

τR1

NA Phase Phase Phase Phase Phase

PhasePhasePhasePhasePhase

1

N

S

B

2

S

N

C

3N

S

D

4S

N

E

5

N

SA

6

S

N

B

7

N

S

C

8S

N

D

9N

S

E

10

S

Stator

Rotor


8.4.3 5-phase motor drive circuit (fixed current type)

The drive circuit mainly comprises the following:

• microstep drive controller (IC1)

• pre-driver (IC2)

• fixed current control IC (IC3)

• drivers (Q1, Q2)

• current detection resistor (R1).

– Excitation Process of Phase A –

1 H.OFF is set to ON (Low).

2 CW/CCW and division data (DATA 0 to 3) are input.

3 After about 10 ms, SCCLK is input.

4 IC6 outputs excitation ON according to the division data from AP to EP (Pch side) and AN to EN (Nch

side). IC3 receives this excitation signal to drive IC1 and flows current to the motor.

Note: This motor is a new pentagonal drive motor. So, when carrying out 4-/5-phase and 5-phase excita-

tion drive, a current of twice that of the set current flows on the motor leads.

+24V

R61

R60

Q3

Q2

R59

C2

R66 R63 R62

R74 R73

C42

C38

R68

R75

R70 C40

C41

12G 12G

R69

R67

C36

C8

R71

24G

C3

C35

C34

+12V

12

IC8

R1

24GC30

24G

R65

R64

+24G

R31

R32

IC5 IC5+5V

C20

GND

GND

GNDGND

GND

GND GND

GND

C21

R13 R12

38MX1

D1

Q1L1

DO1 +5V

+5V+5V

–12V+12V

1

2

3

4

IC6

IC3

IC4

IC2

IC1

14

15

16

17

22

10

11

12

13

21

5

7

20

9

24

47

48

6 18 31 42

23

39

1

2

3

15

13,16

7 5 6

14

4

10

11

9

8

38

37

36

35

34

33

32

30EN

29DN

28CN

27BN

26AN

46EP

45DP

44CP

41BP

40

R5

R4

R3

R2

R11

C12

C10

C11

LS07

LS07

R25R20

R26R21

R27R22

R28R23

R29R24

LS07

LS07

LS07

C9

C13

10

14 15

8

6

4

2

13 1

11

9

7

5

3 10

9

6

4

2

11

E

D

C

B

A

E phaseB phase

D phase

A phase

C phase

5- phaseMotor

9 7 5

1 12

3

3 5 7 9

1 12

11

2

4

6

8

10

R6

R7

R8

R9

R10AP

19 43

C32

R724G

SCCLK

CWCCW

DATA0

DATA1

DATA2

DATA3

H. OFF-1

SBRST

2

13

+

*1

*1: Fig. 8.4-4. PWA-SDV *1: Phase current value setting signal


5 The current flowing to the motor passes through the current detection resistor R1 as it is as the total

current. The total current and the CPU set current value are compared by IC3. IC3 controls the motor

drive power turning ON/OFF the Q3.

SCCLK H. OFF CW/ DATA Operation-0 -1 CCW 3 2 1 0

H H -- -- -- -- -- Hold OFF state (Open winding circuit)H L * * * * * Excitation ON state

L * * * * Normal operation (CW)H * * * * Normal operation (CCW)

L L L L (250 division) 0.00288°

L L L H (200 division) 0.00360°L L H L (125 division) 0.00576°

* L * L L H H (100 division) 0.00720°L H L L (80 division) 0.0090°

L H L H (50 division) 0.0144°L H H L (40 division) 0.0180°L H H H (25 division) 0.0288°

H L L L (20 division) 0.036°H L L H (10 division) 0.072°H L H L 2W4–5 phase (8 division) 0.090°

H L H H (5 division) 0.144°H H L L W4–5 phase (4 division) 0.180°H H L H (2.5 division) 0.288°H H H L 4–5 phase (2 division) 0.36°

H H H H 4 phase (1 division) 0.72°

Operation spec.

* : unfixed


64µs100%98.9%

50%

1.2%0%

AP

AN

The figure below shows the relationship between the pulses input to IC1 and the current flowing to the

motor and the signals output from A Pch and A Nch (Micro step 1/4 division).

Pulse input

A phase

A phasePch gate

A phaseNch gate

Fig. 8.4-6

Timing chart

Micro stepchange

Micro step (1/10 division) drive 4 phases excitation drive

10ms 17.5ms

FWD endFWD start

H. OFF-0

SCCLK

CW/CCW

DATA

0

1

2

3

BWD start

10ms

1µs or more

Fig. 8.4-5


8.5 Exposure Control Circuit8.5.1 Overview

[A] The exposure control circuit is comprised of the following four blocks:

(1) Lamp regulator

This causes the exposure lamp to be applied with a voltage corresponding to the duty ratio of the

PWM signal.

(2) CCD sensor circuit

This circuit works to convert the reflected amount of light from the original and the shading correc-

tion plate to the electrical signal. To control the amount of exposure, the circuit reads in the reflected

amount of light from the shading correction plate.

(3) Image processing circuit

This circuit converts output signals from the CCD into binary values and performs a series of image

processing operations such as gamma correction, shading correction, etc.

(4) Control panel

The duty ratio of PWM signal can be set at increments of 1% through the digital keys by the

operator.

Note: The ON/OFF switching of the exposure lamp is carried out by a unique signal (EXPO-ON,J1-10)

separate from the PWM signal.

Construction of exposure control circuit

07 8

•9#

4 5 61 2 3

PWA-CCD

PWA-IMG

A/D

PWA-LGC

Original Shading correction plate

Exposure lamp

Lampregulator

CCD sensor

Control panel

Key input

Image processingcircuit

Gate arrayIC33

Main CPUIC37

RAMIC42


[B] The exposure control circuit has two functions:

(1) Normal mode

The duty ratio of the PWM signal is controlled at 55% (lamp voltage : 63V)

(2) Check mode

1 Through input from the digital keys, the PWM signal output is varied from 50% - 70% to allow the

exposure to be set arbitrarily.

2 The reflected amount of light from the shading correction plate is taken in by the CCD sensor,

compared with the reference value, and controlled so that the amount of reflected light becomes

closest to the reference value.

8.5.2 Lamp regulator function

The figure below shows a typical characteristic diagram. Control is performed so that a voltage across

the lamp voltage proportional to the duty ratio of PWM signal is produced.

Characteristic diagram of the lamp regulator

Lamp voltage

Actual-use range

Actual-use range

Setting for normal operation

50

50 55 70 PWM duty [%]

63

70

[V]


8.5.3 Control section

The control section consists of the folllowing three blocks:

1 Main CPU

Comprised of software, the main CPU calculates the voltage to be applied to the lamp according to

the normal mode and check mode.

2 SRAM with built-in battery

Comprised of IC 42, this is used to store exposure adjustment data such as settings for the duty

width of PWM signal in the check mode so that the optimum exposure is accomplished.

3 PWM timer circuit

This comprised by the following circuit. The data for exposure lamp is converted to PWM signal via

a gate array and is output from the PWM output terminal of the gate array to J1-11 via IC41.

Gate array

Lamp regulator

PWM

7407

IC41 J1-11

PS-ACC

LRG


8.5.4 Lamp regulator circuit

The lamp regulator performs control by monitoring lamp current so that the amount of light from the lamp

is maintained at a constant value. In the copier, DC switching ON/OFF is used and the construction of the

lamp regulator circuit is the same as that of the switching power source.

Its principle control is as follows:

(1) AC115V (or 220/240V) power source is rectified to provide DC160V (or 310/340V) which is used as

the power source for the exposure lamp.

(2) The PWM1 signal for light adjustment is averaged by an integration circuit and provides reference

VS for feedback control of the lamp regulator circuit.

(3) When the oscillator circuit is triggered by EXPO-ON/OFF signal, it generates a lamp drive PWM2

signal which turns on the lamp drive transistor (Tr1), causing current I1 to flow through:

Capacitor C → Exposure lamp (L) → Primary side of T1 (P) → Lamp drive transistor (Tr1) → Capaci-

tor C

This causes current I2 proportional to the winding ratio of T1 and the rate of change of I1 to gener-

ated on the secondary side of T1(s).

(4) The amount of lamp current converted to detection voltage VD by a current detection circuit is

compared with the smoothing signal VS of PWM1 signal from the logic circuit by a comparison

circuit whose difference signal VF is fed back to the oscillator circuit.


EXPOON/OFF

PWA-LGC

PC

Vcc

PC

Vcc

VF

VD

DI

P S

AC

TI

I2

I3

I1

VS

PWM1

PWM2

Construction of lamp regulator circuit

Rec

tific

atio

nci

rcui

t Exposure lamp (L)

Cur

rent

dete

ctio

n

Lampdrive(Tr1)

Osc

illat

or c

ircui

t

Com

paris

oncir

cuit

Inte

grat

ion

circ

uit

(5) When the lamp drive transistor (Tr1) is turned OFF, the counter electromotive force of T1 causes

current to flow along:

Primary winding of transformer T1 (P) → Freewheeling diode D1 → Exposure lamp (L) → Primary

winding of tranformer T1 (P)

This causes continuous current I3 to flow through the exposure lamp (L) regardless of the drive

transistor (Tr1) being turned ON/OFF.

PC: Photo coupler

CapacitorC


8.6 Outline of Control8.6.1 Photo-voltaic conversion

The purpose of photo-voltaic conversion is to form electrical signals corresponding to the intensity of light

reflected from the original. A CCD (Charge Coupled Device) is used for photo-voltaic conversion. CCDs

are single-chip photo-voltaic conversion device in which several thousands of photosensing elements

several microns square are arranged in a single line. This copier uses a CCD having 7,500 of these

photosensing elements.

The photosensor comprises a P-layer, N-layer semiconductor. Optical energy generates a (–) (minus)

charge on the P-layer proportional to the optical energy and irradiation time. The charge generated at the

photosensor is transferred to the transfer area, shifted from left to right in the figure below according to

the transfer clock, and is output from the CCD. During this operation, the reaction speed of the CCD is

slow (it takes time for the charge to be transferred by the shift register), so even-numbered and odd-

numbered image signals are output in parallel.

Fig. 8.6-1 Principle of CCD Photo-Voltaic Conversion

Transfer area

Photosensor area

Transfer area

Shift register

Transfer block

Transfer clock

Optical energy

1 7497 7498 7499 75002 3 4

P-layerN-layer

Detailed photosensor


8.6.2 Shading compensation

The following problems effect the voltage values obtained by photo-voltaic conversion by the CCD:

1 As a light distribution of light source is varied.

2 The reflected light is collected by a lens (the light path is shortest at the CCD center and longest at

the ends), there is a difference in the intensities of light reaching the CCD.

3 The photo-voltaic capacities of each of the 7,500 CCD elements are uneven.

Consequently, these problems must be compensated. This is called “shading compensation.” Shading

compensation involves normalizing optical energy according to the following equation based on

already known scanned black data and white data, and compensating for uneven illuminance of the

image data and device unevenness.

(S – K)I = k x ————

(W – K)

where,

k: Coefficient

S: Image data before compensation

K: Black data (in black memory)

W: White data (in white memory)


8.7 Automatic Original-Size Detection CircuitThis circuit detects the original size (standard sizes only) using the 3-beam type reflecting photosensor

and 2 reflecting photosensors on the base frame of the optical unit.

8.7.1 Principle of original-size detection

On the base frame of the optical unit, the reflecting photosensor (3-beam type) and 2 reflecting

photosensors. Each photosensor consists of an infrared light emitting diode (light-emitting side LED) and

a phototransistor (light-receiving side). When an original is placed on the original glass, the light emitted

by the LEDs is reflected by the original and led to the phototransistor. In this way, the presence or ab-

sence of an original is detected by whether reflected light exists or not.

8.7.2 Original size detection

(1) If the copier is set in the original size detection mode, the carriage is set at its home position.

(2) Detection is performed in an instant when the platen cover is opened, each sensor receive the

reflecting light and the condition of a matrix shown in (4) are satisfied.

(3) Original size detection is performed when the output signals from each sensor are input to the gate

array (IC33) on the logic PC board.

Original Original glass

APS-C APS-R

APS-1,2,3

Reflecting

photosensor

Reflecting

multibeam

sensor

VDD

IN1264

63

152

151

150

GND PWA-LGC

(IC33)

IN11

IN16

IN15

IN14APS-1

APS-2

APS-3

APS-C

APS-R

Reflecting

photosensor

Fig. 8.7-2 Original Size Detection Circuit

Fig. 8.7-1

[A4 Series] [LT Series]APS-R

APS-C

APS-1,2,3

Original Original glass


Sensor detection points

A5

B5

A5-

R

A5-R A5-R

B5-R B5-R

A4-R,A5 A4-RA5APS-3

APS-C+

+

+

+

+

APS-1

APS-2

B4,B5 B4B5

A3,A4 A3A4B

5-R A4

B4

A3

APS-R

[A4 Series]

[LT Series]

Sensor detection points

ST

LT,S

T-R

LT-R

LG,LT-R

ST-R

STLT-R

LD,LT LDLT

LGAPS-3

APS-R

APS-C

APS-1

APS-2

LG LD

Fig. 8.7-3 Sensor Detection Points


(4) Original size is determined by a combination of the presence/absence of the original at the each

locations stated in step (3). Combination charts for size determination of A4 series and LT series are

shown below.

3-beam sensor Size

APS-C APS-R APS-2 APS-1 APS-3 judgement

1 1 1 1 1 1 No original No original decision2 1 1 1 1 0 – Hold3 1 1 1 0 1 – Hold

4 1 1 1 0 0 – Hold5 1 1 0 1 1 – Hold6 1 1 0 1 0 – Hold7 1 1 0 0 1 – Hold

8 1 1 0 0 0 – Hold9 1 0 1 1 1 – Hold10 1 0 1 1 0 – Hold

11 1 0 1 0 1 – Hold12 1 0 1 0 0 – Hold13 1 0 0 1 1 – Hold

14 1 0 0 1 0 – Hold15 1 0 0 0 1 – Hold16 1 0 0 0 0 – Hold17 0 1 1 1 1 A5-R Size decision

18 0 1 1 1 0 A5 Size decision19 0 1 1 0 1 – Hold20 0 1 1 0 0 B5 Size decision

21 0 1 0 1 1 – Hold22 0 1 0 1 0 – Hold23 0 1 0 0 1 – Hold

24 0 1 0 0 0 A4 Size decision25 0 0 1 1 1 B5-R Size decision26 0 0 1 1 0 A4-R Size decision27 0 0 1 0 1 – Hold

28 0 0 1 0 0 B4 Size decision29 0 0 0 1 1 – Hold30 0 0 0 1 0 – Hold

31 0 0 0 0 1 – Hold32 0 0 0 0 0 A3 Size decision

No. Handling on control

[A4 Series]


Code Output signal Original state

1 H Original absence0 L Original presence

* Platen SW=OFF• Following judgement is performed by the APS sensor output signal.

Size decision : Size is displayed on the original size display and select a specific paper or reproduction ratio.Hold : Hold the recognized original size (or no original state) just before the sensor output signal is changed.No original : Original size LED is turned OFF (Reproduction ratio and paper are not selected)

• Size change is done as possible.• The carriage-1 is stay on the standby position even though the reproduction ratio is changed when original

size is changed.* Platen SW=ON

Keep the recognized original size (or no original state) just before the platen SW is turned on regardless theAPS sensor output signal.

3-beam sensor Size

APS-C APS-R APS-2 APS-1 APS-3 judgement

1 1 1 1 1 1 No original No original decision2 1 1 1 1 0 ST Size decision3 1 1 1 0 1 – Hold4 1 1 1 0 0 – Hold

5 1 1 0 1 1 – Hold6 1 1 0 1 0 – Hold7 1 1 0 0 1 – Hold

8 1 1 0 0 0 – Hold9 1 0 1 1 1 ST-R Size decision10 1 0 1 1 0 LT-R Size decision


15 1 0 0 0 1 – Hold16 1 0 0 0 0 LT Size decision17 0 1 1 1 1 Hold

18 0 1 1 1 0 – Hold19 0 1 1 0 1 – Hold20 0 1 1 0 0 – Hold


25 0 0 1 1 1 – Hold26 0 0 1 1 0 LG Size decision27 0 0 1 0 1 – Hold

28 0 0 1 0 0 – Hold29 0 0 0 1 1 – Hold30 0 0 0 1 0 – Hold

31 0 0 0 0 1 – Hold32 0 0 0 0 0 LD Size decision

No. Handling on control

[LT Series]


Supplementary comments

(1) Concerning the reflecting photointerruptor:

The reflecting photointerruptor consists of an infrared diode and a phototransistor. It detects

originals by use of pulse modulation.

The light emitting diode (LED) is driven by pulses with a period of 130 µsec. If a signal which has

the same characteristics is received by the phototransistor, an original is determined to be

present. Pulse modulation is performed within the reflecting photointerruptor.

(2) Multibeam sensor circuit composition diagram

Detection principle is same as the reflecting photosensor.

Original

Phototransistor130µsec LED

8µsec

Output

PD1

PD3LED

APS-2

APS-1

APS-3

Pre-Amp Amp Comparator

Latch

Pulsecountercircuit

Latch

Drivecircuit

Oscilla-tioncircuit

Dividingcircuit

Timingcontrolcircuit

Pre-Amp Amp ComparatorPulsecountercircuit


8.8 Disassembly and Replacement[A] Original Glass

(1) Remove the glass holder (2 screws).

(2) Take out the original glass in the direction of

the arrow as shown in the figure.

Notes: (1) Be careful not to peel off the shading

board stuck on the original glass when

removing the glass.

(2) Pay attention to the direction of the

shading board on the original glass as

shown in the figure below at the time of

reinstallation.

Glass fix

Original glass

[B] Automatic Original Detection Units –1, 2, 3

[B-1] Unit-1

(1) Remove the original glass and move the car-

riage in the paper exit direction.

(2) Remove the right top cover (2 screws).

Remove the lens cover (12 screws).

(3) Remove the screw and connector to take out

unit-1.

Connector

Automatic originaldetection unit-1

Original scale

Shading boardOrignal glass

Shading board

Orig

inal

gla

ss

1

2


[B-3] Unit-3

=A4 series=

(1) Remove one screw fixing the unit, raise unit-

3 and disconnect the connector to remove it.

Screw

Unit-3 Connector

[B-2] Unit-2

(1) Remove unit-2 (2 screws) inside the duct of

the machine and disconnect the connector.

Unit-2

Connector

Square hole of theBASE-SCAN


=United States and Canada series=

(1) Remove the optical cover.

(2) Remove unit-3 (1 screw, 1 connector).

Lens Connector

[C] Exposure Lamp

(1) Remove the indicator unit.

(2) Move the carriage to the notch portion of the

glass stay.

(3) Remove the exposure lamp from the blade.

Note : When installing the exposure lamp, face the

projection of the lamp opposite to the

reflector.

Do not touch the glass surface of the expo-

sure lamp with your bare hand.

Carriage-1

Blade

Exposure lamp

LampExit side ←

Projection

Reflector

Blade


[E] Original Width Indicator Unit

(1) Remove the left top cover.

(2) Disconnect the connector from the relay

harness.

(3) Remove the screws (3 pcs.) fixing the indica-

tor unit to take out the indicator unit.

(4) To remove the document motor, take out the

screws (2 pcs.).

(5) To remove the belt, take out one screw,

stepped screw and spring to extract the cover.

Indicator unit

Cover

Belt Indicator

Document motor

[D] Thermostat

(1) Extract the thermostat from the carriage-1 (1

screw).

(2) Remove the thermostat disconnecting the ter-

minals.

Note : If the thermostat has been used once, it

should be replaced with a new one, because

it is designed basically for one-time use only.

Therefore do not push its reset pin to reuse

a thermostat, which has been operated once.

Thermostat

Terminal

Spring

Steppedscrew

Screw


[F] Scanning Motor

(1) Remove the PC board unit.

(2) Disconnect the connector (J72) from the

scanning motor relay connector.

(3) Remove the tension spring.

(4) Take out the screws (2 pcs.) to remove the

scanning motor bracket.

Scanning motor

Tension spring

(5) Take out the screws (3 pcs.) to remove the

scanning motor.

Note : At assembly, temporarily fasten the scanning

motor bracket, hook a tension spring, and

secure the screws at the position where the

scanning motor is hanging by the force of

the tension spring.

[G] Optical fan (front)

[G-1]


(2) Remove the inner cover (3 screws).

(3) Disconnect a connector and remove 2 screws.

Scanning motor

Optical fan (front)


[G-2] Optical fan (rear)

(1) Remove the upper rear cover.

(2) Remove the connector (1) and the screws (2). Optical fan (rear)

Optical fanDuct

Optical fan

Air filter


[H] Carriage drive wire

(1) Remove the original glass, rear top cover, right

cover, exit cover, original width indicator unit,

rear top frame, PC board and PC board

bracket, ADF bracket, rear cover and feed

cover.

Rear top frame

(2) Remove the control panel cover and front top

frame (3 screws).

(3) Disconnect the connectors on PC boards

which are connected to the scanner unit. Front top frame

(4) Remove the laser unit cover on the scanner

base and disconnect the 2 connectors for the

laser unit.

Laser unit cover

Screw


(5) Remove 2 screws and the wire fixing bracket.

Hook

SpringCarriage wire

Wire hook portion

Idler pulley

Connector

Connector

ScrewScrew

(6) Remove the screws (2 pcs.) which are fixing

carriage-1 to the wire and take out carriage-1.

Remove the springs (2 pcs.) which are pull-

ing the wire and take out carriage-2.


(7) Remove the scanner unit removing the screws

and wire harness which are connecting the

machine frame and the scanner unit.

[Front side]

[Rear side]

(8) Remove the lens cover (refer to [K]).

Remove 4 screws then 2 drive covers under

the scanner base can be removed.

ScrewScrew


(10) Turn over the scanner frame.

Take out the assembly of the shaft and pulley

(E-ring, 2 pcs.) and remove the wire from the

pulley.

Note : • When attaching the wire, make sure that

the wire is hooked on as shown in the

following diagram.

• When attaching the wire, refer to the

Service Handbook.

• When attaching carriage-1, the carriage-2

and the wire, adjustment is necessary. Assembly ofshaft and pulley

Screw

Harness cover

Underside view of the scanner

Drive shaft

Drive cover

(9) Remove the wire harness (2 clamps).

Remove the harness cover (1 screw).


(3) When removing the platen switch:

Push and rotate the platen swich actuator in

the direction of the arrows (1) to (3) to remove

it. Then take out the connector (1 pc.) and

claws (2 pcs.) to remove the platen switch.

[I] Platen Switch

(1) Remove the PC board unit.

(2) Take out the screw (1 pc.) to remove the

bracket.

Connector

Platen switch

Actuator for platen switch

Original cover switch clawsOriginal coverswitch

1

2

3

Wire tension spring Drive motor

Motor pulley2GT-Z26

Wireø1.0

CRG-2 pulley ø24

CRG-2

CRG-1

Wire winding pulley/Motor speed-down pulleyø30.83/2GT-Z42

Idler pulleyø19

Timing belt2GT-216

Idler pulleyø19


[K] Carriage 1

(1) Remove the original glass.

(2) Take out the screws (12 pcs.) and the con-

nector (1 pc.) to remove the lens cover.

(3) Remove the lens unit.

(4) Remove the grounding terminal of the expo-

sure cable (1 screw).

Lens cover

Lens unit

Connector

Exposurecable

Grounding terminal

Connector

[J] Home Switch

(1) Remove the home switch releasing the claws

(2 pcs). Connector

Home switch


(5) Remove the rear cover, feed side top cover,

glass fix, feed cover and the key counter

bracket, then disconnect the connector of the

cable.

Bracket

(6) Remove the power supply cable from the 3

clamps and disconnect the connector.

Clamp

Lens unit

Connector

Wiring of the carriage-1

Connector

IMGboard


[L] Mirror 1

(1) Remove carriage 1.

(2) Remove the plate springs (2 pcs.) fixing mir-

ror 1.

[M] Carriage 2

(1) Remove the screws (2 pcs.) fixing carriage 2.

(2) Remove carriage 2 upwards.

Note : When assembling carriage 2, the carriage

must be adjusted.

Plate springMirror-1

Plate spring

Carriage-2

(7) Move carriage 1 to the notch on the glass stay.

(8) Remove the screw (1 pc.) fixing carriage 1

onto the wire at both the front and rear sides.

(9) Remove the entire carriage 1 at an angle.

Note : When installing carriage 1, the carriage must

be adjusted.

Carriage-1

[Front side] [Rear side]


[O] Lens Unit

(1) Remove the screws (3 pcs.), connector (1 pc.)

and harness band (1 pc.).

(2) Draw out the lens unit upwards.

Note : (1) Do not touch the paint locked screws G

(7 pcs.) when replacing the lens unit.

Lens unit

Connector


[N] Mirrors 2, 3

(1) Remove carriage 2.

(2) Remove each of the plate springs.

Plate spring

Mirror-2

Plate spring

Mirror-3


[P] Upper Damp Heater (OPTION)

(1) Remove the lens cover.

(2) Remove the screw (1 pc.), clamp (3 pc.) and

relay connector screw (1 pc.) to take out the

upper damp heater.

Note : (3) When installing the lens unit, secure the

unit while pushing it fully toward the di-

rections in the figure.


Upper damp heater

(Installationstarting position)

Pushing fully

(Installationstarting position)

Pushing fully

Clamp

Note : (2) Also, when handling the unit, take sufficient care not to hold the adjustment portion and the

lens.


[Q] Ozone filter

(1) Remove the exit cover.

(2) Take out the filter (A) and (B).

Note : Be careful when handling the filter, since the

ozone filter is fragile.

(A)

(B)

(3) Remove the one screw fixing the damp heater

for the mirror, 2 brackets and 2 screws.

Remove the clamp fixing the cable.

Bracket

Damp heater for mirror

(4) Remove the damp heater unit removing one

connector and cable from the clamp.Clamp

Damp heater for mirror

Connector Connector


(5) Remove the duct unit fixing screw (Rear side

2 screws).

Disconnect the connector (2 connectors each).

(4) Remove the SDV board (3 connectors, 2

screws and 2 locking supports).Connector

Locking support

Connector

Connector

[R] Duct fan, Exit fan

(1) Remove the upper inner cover.

(2) Remove the duct unit fixing screw (Front side

2 screws).

(3) Remove the drive unit.

Locking support


(7) Disconnect the connector and remove the fan

(2 screws each).

Duct fan Exit fan-1

Exit fan-2

(6) Take out the duct unit.

Duct unit

[S] Cooling fan for the IMG board

(1) Remove the glass and lens cover.

(2) Remove the fan motor (2 screws, 4 clamps

and one connector).

Connector

Clamp


8.9 Adjustment8.9.1 Installation of carriage drive belt and carriage

Refer to the Service Handbook item.

8.9.2 Image inclination


8.9.3 Image distortion


September 1996 © TOSHIBA 9 - 1 2460 PRINTING

9. PRINTING9.1 Introduction

Electrical signals which are converted in the scanning portion are processed to the image signals in the

image process portion and the image signals light up the laser diode in the laser drive portion.

The laser beams are irradiated on a photosensitive surface after passing through the lens, polygonal

mirror, fθ lenses and mirrors.

As this set of components is very susceptible to dust, they are assembled in a clean room. Also, they are

adjusted to a high quality.

For this reason, this unit should not be disassembled unnecessarily in the field.

Polygonal mirror motor

Polygonal mirror motor

Polygonal mirror

Laser drive board

Laser unit

HSYNC detection board

Mirror-1

Lens-1

HSYNC detectionmirror To the drum Slit glass (Laser light window)

Fig. 9.1-1 Laser scanning unit overview

Polygonal mirrormotor drive board

Lens Aperture

Lens

Laser diode

Lens-2

Mirror-2

[Feed side]

[Rear side]

[Exit side]

[Front side]

2460 PRINTING 9 - 2 September 1997 © TOSHIBA

Fig. 9.1-2 Laser optical unit overview

Rear side

Feed side

Front side

Exit side

Laser driveboard

Polygonal motor Polygonal motor drive board


[CAUTION]

• Do not insert tools that are highly reflective into the path of the laser beam.

• Remove all watches, rings, bracelets, etc.

9.2 Structure(1) Laser Unit

The laser unit comprises a laser diode, finite lens and aperture.

1 Laser diode

The laser diode is compact, efficient, low-priced, operates on lower power, and has a long life.

However, it is sensitive to heat.

Laser diode controls emission of laser beams based on the laser control (ON/OFF) signals from

the laser drive board.

2 LASER SAFETY

The beam of the semiconductor laser is itself extremely weak (about 5 mW), but focusing the

parallel rays results in an increase in energy to which extended exposure is hazardous.

The laser optical system of the digital plain paper copier is encased in metal which in turn is

housed in the external cover. There is thus no risk of leaks during use, nor during normal servic-

ing.

Note, however, that the laser beam is not visible, and extreme care must be exercised when

servicing involves focusing the laser. Such operations are hazardous and must not be attempted

unless you are specifically trained to work in this area.

The warning label shown below is attached on the left side of the upper inner cover.


(2) Polygonal-Mirror Motor Unit

The polygonal-mirror motor unit comprises a

polygonal mirror and a polygonal-mirror motor.

1 Polygonal-mirror motor

The polygonal-mirror motor rotates the

polygonal mirror at high speed.

The DC motor controls the rotation speed of

the mirror as follows:

During standby : 12,000 rpm

During copying (600 dpi) : 22,500 rpm

2 Polygonal mirror

The laser beams emitted from the laser diode

are reflected by this mirror. As the polygonal

mirror is rotated by the polygonal-mirror motor,

the direction of the reflected laser light moves

in sync with the rotation. The direction of

movement is the primary scanning direction of

the image with each single scan ending in one

plane of the polygonal mirror.

As the polygonal mirror has eight planes, eight

scans are completed in one rotation of the

polygonal mirror.

One scan is completed by completion of steps A to C.One scan is carried out on one plane of the polygonalmirror. Eight scans can be carried out with one rotationof the polygonal mirror.

Laser light

Drum

A

B

C

Laser light

Drum

Laser light

Drum

Fig. 9.2-1


(3) Lenses 1 and 2

These lenses perform the following compensations on the laser light reflected by the polygonal mirror.

1 Equidistant scanning.

The reflected laser light on the polygonal mirror

is scanned at the same angle, because the

polygonal mirror is rotated at the same speed.

That is, when the scan is completed, the dot-

pitch on the drum becomes the wide spaces at

the both edges and the narrow spaces in the

center. So, in order to regularize intervals of

dots, laser light is compensated so that it is

scanned on the drum at equal speeds.

2 Pyramidal error compensation

The reflected face on polygonal mirror is tilted

in either of two directions for the perfect vertical

direction. Deviation of the laser light (for the

perfect horizontal) caused by this reflected

face’s pyramidal error is compensated.

3 The section’s shape of the laser beam on the

drum is compensated.

Wide

Narrow

Drum

Lens 1Lens 2

Equidistant

Mirror plane is tilted. Deviation

(4) HSYNC detection PC board

The laser light, which is scanned by the any reflected face on the polygonal mirror, is reflected by the

HSYNC detection mirror, and becomes incident to the PIN diode on the HSYNC detection PC board.

Then, the primary scanning synchronizing is formed by detection of the laser light.

Fig. 9.2-2

Fig. 9.2-3


(5) Laser Drive Board

This control board has the following functions:

1 APC control function (for compensating disparity in the laser intensity caused by temperature)

2 Laser ON/OFF generating function

3 Function for generating synchronizing signals in the primary scanning direction

(6) Mirror

The laser light reflected by the polygonal mirror is guided onto the drum by reflection from this mirror.

(7) Slit glass

The slit glass is provided at the position where the laser light is output from the laser unit, and is to

prevent dust as the laser unit is in a sealed structure.


Fig. 9.3-2 shows a block diagram of the semiconductor laser control circuit. The monitor output from the

semiconductor laser is controlled for each of the semiconductor lasers beforehand so that a constant

voltage is maintained when the optical output is 1 mW. After conversion, the voltages are fed back to the

laser power comparison circuit. Here, comparison of the laser power voltage set to the control circuit is

carried out for every single scanning. As a result, when the laser power is insufficient, the forward current

is increased in the laser driver circuit, and alternatively when the laser power is excessive, the forward

current is decreased so that the optical current is constant.

9.3 Laser DiodeThe laser used in this copier is a AlGaAs type semiconductor laser. This semiconductor laser outputs in

the single-horizontal mode, and its oscillation wavelength is about 780 nm. This semiconductor laser is

powered by a + 5 V DC power supply, and its optical output is controlled to about 1 mW. Output of a PIN

diode for monitoring light output built into the semiconductor laser is used for controlling this.

The semiconductor laser has the optical forward-

output current, and monitors the current

characteristics shown in the figure on the right.

Emission of light is started when the forward current

reaches or becomes greater than the threshold

current. A monitor current proportional to the optical

output is output. These threshold currents and

monitor currents are each disparate due to the

characteristics of each of the semiconductor lasers.

Optical output must be adjusted so that it is main-

tained at a constant value. Also, as the optical out-

put of the semiconductor laser drops when its tem-

perature increases, APC is also required to main-

tain the optical output at a constant value.

Fig. 9.3-2 Block diagram

Threshold currentO

ptic

al O

utpu

t (m

W)

Low temp.

High temp.

Forward current

Monitor current

Current (mA)

Monitor output

Monitoroutputconversion

Laser powercomparisoncircuit

Laser drivercircuit

Semiconductor laser

Constant opticaloutput

Fig. 9.3-1


9.4 Disassembly and ReplacementA) Remove the process unit.

(Refer to 11.4.1 Process unit)

B) Remove the fuser entrance guide.

Remove one screw.

Pull it out holding the light blue handle as shown

in the figure on the right.

C) Remove the fuser unit.

(Refer to 14.5.1 Fuser unit)

D) Stay

1) Remove the right stay for the process unit (1

screw).

2) Remove the left stay (1 screw and 1 connec-

tor).

Left stay for theprocess unit

Right stay for theprocess unit

Left stay for theprocess unit

Right stay for theprocess unit

Connector


E) Laser optical unit

1) Remove the original glass.

2) Remove the rubber caps from the screw holes.

Loosen the 3 screws completely.

Note : Screws may remain in the unit if they are

loosened completely.

Lens cover

Laser drivePC boardcover

3) Remove the duct inside of the machine frame

by taking out 2 screws on the upper inner cover.

4) Remove the duct beneath the laser unit by

sliding it to the front.

Frame

Duct

Laser unit

Duct

3) Remove the laser drive PC board cover (1

screw).

(a) (a)

(a)

(b)

Rubber cap

Hole

Upperinner cover


4) Remove the 2 connectors on the laser unit.

Note : Make sure that connector A is connected

firmly at the time of connecting.

5) Remove the unit in the following order:

Front frame opening

• Raise the feed side of the unit slightly and re-

move the (positioning pin) located on the back

side of the unit from the positioning hole.

Exit side stay Unit

Feed side stay

Unit

Positioningpin

Connector

Laser unit

Connector A


• Lower the exit side of the unit.

• Slide the unit to the exit side through the bot-

tom of the exit side stay.

• Slide the unit to the feed side once.


• Remove the unit from the laser unit fixing stays.

6) Remove the connector on the polygonal mirror

motor drive PC board located in front of the unit.

Note : 1. Make sure that the laser optical unit is

correctly positioned on the machine by

the positioning pin beneath the unit at

the time of its installation.

2. Be careful not to cause vibration or shock

to this laser optical unit because the la-

ser emission unit and the polygonal mir-

ror motor in this unit are precision parts.

Front frame opening

Positioning pin Stay

Unit

Polygonal motordrive board

Connector


3. Place the unit so that the motor faces

toward the top when placing the unit tem-

porarily during replacement.

Giving a shock to the motor may cause

the generation of a noise or a vibration.

Motor

September 1997 © TOSHIBA 10 - 1 2460 PAPER FEEDING SECTION

10 PAPER FEEDING SECTION10.1 FunctionsThis unit transports paper which is set in the paper cassette or the bypass tray to the transfer position.

The paper feeding section is mainly comprised of manual feed roller, pick-up rollers, paper feed rollers,

separation rollers, transport rollers, aligning roller, manual feed switch, paper empty switch, paper size

switch, paper stop switch, paper aligning switch and also their drive mechanisms.

The following explains each part function.

(1) Pick-up roller/manual feed roller

Feeds paper in the bypass tray or the paper cassette to the paper feed roller and the roller moves up

and down on each occasion of paper feeding.

(2) Paper feed roller

This is the opposite of the separation roller, sending paper fed from the pick-up roller to the transport

roller.

(3) Separation roller

This is the opposite of the paper feed roller. When two sheets or more are fed from the pick-up roller,

the load of the torque limiter of the separation roller is greater than the friction power between the

sheets of paper, the separation roller stops, causing the lower sheet also to stop and not be fed at

that moment. But in the case of single sheet feeding, it rotates at the same timing as the paper feed

roller so that it has the rotation force of that roller.

(4) Transport roller

Transport the paper from the feed roller to the aligning roller.

(5) Aligning roller

Paper fed from the paper feed roller is stuck against the aligning roller which is at rest, and leading

edge alignment is performed.

Then the aligning roller rotates to feed paper to the developing position.

Further, the lower aligning roller is contacted with the brush to prevent paper dust from adhering to

the aligning roller due to paper alignment.

The following explains about switches which detect paper size, paper presence and paper feeding posi-

tion for ON/OFF control of each roller.

(6) Manual feed switch

Detects if paper is set in the bypass tray. If this is the case, manual paper feeding has priority over

cassette paper feeding.

(7) Paper empty switch

This sensor detects paper in the paper cassette by the use of the actuator. When there is no paper in

the cassette, the actuator intercepts the transmitted light in the sensor, causing a paper-empty situ-

ation to be detected.

2460 PAPER FEEDER SECTION 10 - 2 September 1997 © TOSHIBA

(8) Paper size switch

Consists of four push-type switches.

In the paper cassette, tabs are installed so that any of these switches (1 to 4) is pressed when a

paper cassette is installed in the copier.

Corresponding to which switch is being pressed, paper size detection is performed.

(9) Paper stop switch

Detects the leading/trailing edge of paper passing through the paper transport roller.

Jam detection such as for paper misfeeding, etc. is also used.

(10)Paper aligning switch

Detects that the leading edge of the paper has arrived at the aligning roller.

Also detects that the trailing edge of the paper has passed through the aligning roller.

If the former is detected, it reads that the aligning roller has completed paper alignment.


36

37

42

3559

4547

41

60

44

39

38

40

46

Paper feeding section sectional view (Front side)

No. Name

CO Manual feed separation pad

CP Manual feed roller

CQ Manual pick-up roller

CR Cassette separation roller

CS Cassette feed roller

DT Cassette pick-up roller

DK Upper transport roller

No. Name

DL Manual feed switch

DN Lower transport roller

DO Aligning switch

DP Aligning roller (U)

DQ Aligning roller (L)

ES Paper stop switch-1

FT Paper stop switch-2


83

78

88

91

89

91

Paper feeding section drive system (Rear side)

No. Name

GR Aligning clutch

HM Main motor

HR Manual feed clutch

HS Transport roller clutch

IK Cassette feed clutch


10.1.1 Manual pick-up roller vertical movement

When drive power is transmitted to the feed roller, rotation power is sent to the pick-up lever via the spring

clutch. Then the pick-up arm falls by its own weight and the spring clutch stops in the position in which it

has bumped into the stopper.

When the drive power of the feed roller is lost, the pick-up lever is lifted up by the force of the lever spring

after which the pick-up arm is also raised.

10.1.2 Cassette pick-up roller vertical movement

When the cassette is inserted, the cassette lever d pushes up the lever a in the direction A. Then the

pick-up roller is caused to fall by its own weight due to the link mechanism of the levers b and c.

Spring clutchDrive power

Feed roller

Lever spring

Pick-up arm

Lever d

Lever c

Cassette insertion directionLever a

Pick-up roller

Lever b

Spring

Pick-up roller

Pick-up lever


10.1.3 Paper separation operation

Since no paper separation claws are used in the

cassette, a paper separation roller is installed in-

side the machine. The separation roller section

consists of a paper feed roller, separation roller,

spring joint, etc., as shown.

The feed roller is rotated by the feed clutch in the

direction of the arrow ( ) at the same timing

as the pick-up roller.

As shown in the lower right-hand figure, the feed-

ing of two sheets has occurred. Since the friction

between the sheets is smaller, the lower sheet is

stopped being fed any further while the upper sheet

is forcibly transported by the feed roller in the di-

rection of the arrow ( ).

[Example]

When only one sheet of paper 1 has entered into

the separation roller section, since the feed roller’s

transporting force is stronger than the separation

roller’s braking force, the separation roller is forced

to rotate causing the sheet to be sent toward the

aligning roller ( ).

When, two sheets (1 and 2) have entered into

the separation roller section at the same time, since

the powers of the feed roller’s transporting and

separation roller’s braking are greater than the fric-

tion power of the paper, the paper 1 is transported

toward in the direction of the arrow ( ) and

the paper 2 is not transported any further by the

separation roller.

Feed roller

Separation roller

Spring joint

Feed roller

Separation roller


10.2 Cassette Feeding Operations10.2.1 Operation explanation

[A] From power-on until standby status

(1) When the power is turned on for the copier, the tray motors (M13/14) are set to ON and the trays at

each level start to rise. When the trays are raised, the tray-up switches (S28/29) are turned on (L →

H), and the tray motors (M13/14) are turned off, which stops the upward motion of the trays. At this

point, if the empty switches (S3/14) are off (L), it is determined that paper is not present. If the empty

switches are on (H), it is determined that paper is present. The trays stop in their raised position

regardless of whether there is paper or not.

(2) If the power is turned on when the cassette has been removed, the tray motor for that level does not

come on. When the cassette is inserted in the slot, the tray is raised and the presence or absence of

paper is determined.

(3) If either of the paper stop switches (S7/16) or the aligning switch (S8) is ON (because there is paper

in the paper path) when the power is turned on, it is determined that a paper jam has occurred and

operation is not possible until the paper is removed.

[B] Standby mode

(1) After the paper supply is checked by the raising of the trays as described above, the standby mode

is obtained. In the standby mode, the trays remain in their raised position.

(2) When the cassette is inserted or removed in the standby mode, the tray is raised again to check the

paper supply.

[C] Manual feeding

• The manual feed switch detects the presence of manual feeding paper.

• The manual solenoid is turned on and the manual pick-up roller and the manual feed roller are

rotated.

• The manual pick-up roller is lowered and paper feeding is started.

• The leading edge of the paper turns on the paper aligning switch and is aligned at the aligning

roller.

• The manual feed clutch is turned off, the manual pick-up roller and manual feed roller are stopped

rotating, and then the manual pick-up roller is raised.

• The aligning clutch is turned on and the paper is transported to the transfer process.

[D] Cassette feeding (upper or lower)

• The feed clutch and the transport clutch are turned on, the feed roller and the transport roller are

rotated, and then paper feeding is started.

• The leading edge of the paper turns on the paper stop switch, then the feed clutch is turned off.

• The leading edge of the paper turns on the aligning switch and is aligned at the aligning roller.

• The transport clutch is turned off and the transport roller is stopped.

• The aligning clutch is turned on and the paper is transported to the transfer process.


10.3 Motor Drive Circuit10.3.1 Brush motor drive circuit

Tray-up motor (T-UP-MTR) : Driven by IC13 (upper cassette)/IC12 (lower cassette) (PWA-LGC:

TA8428)

The block diagram of TA8428 is shown below.

IN1 and IN2 are input terminals for the signals from the microcomputer. In the control section, the motor

is controlled on and off based on the signals from the microcomputer. For the control, refer to the table

below.

Input OutputIN1 IN2 M (+) M (–) DescriptionH H L L BRAKEL H L H CCW (upward)H L H L CW (downward)L L OFF (high impedance) STOP

1 2 3 4 5 6 7

IN1 IN2 M(+) GND M(–) N.C. VCC

Control logic

Protection foroverheating andover current


10.4 Disassembly and Replacement10.4.1 Manual feed roller

[A] Manual feed roller

(1) Remove the stop ring.

(2) Pull out the feed roller in the direction of the

arrow A.

Paper

Separation pad

Paper feed roller

Pick-up roller

Stop ring

A

Manual feedroller

[B] Pick-up roller


(2) Pull out the ø6 shaft in the direction of the ar-

row B.

Notes : Pay attention to the following points when

reassembling the manual, pick-up, feed and

separation rollers.

1. Set the timing belt securely on the pul-

ley.

2. Be careful not to mistake the setting po-

sition of the timing belt (manual feed

roller).

3. Put the clip properly into the slot of the

shaft.

4. Check that oil etc. has not adhered to

the surface of the timing belts, pulleys

and rollers.

5. Make sure of the roller orientation.

Stop ring

Pick-uproller

B


10.4.2 Manual feed unit (roller)




(4) Remove the shield plate (2 screws).

a

(6) Remove the portion indicated with “a” (1 screw).

Stopper bracket

Shield plate

(5) Remove the stopper bracket (1 screw).


(7) Remove the 2 connectors and manual feed unit.

Connector

10.4.3 Separation pad

(1) Remove the manual feed cover (2 screws).

(2) Remove the manual tray removing the front side

bracket (2 screws).

Front side bracket Manual tray

(3) Remove the lower side bracket (3 screws).

Lower side bracket


(5) Remove the spring and then the separation pad.

Note : Be careful not to damage the manual feed

switch at the time of installation.

Separation pad

Spring

Separation pad bracket

Separation pad

(4) Remove the separation pad bracket (2 screws)

and then take the bracket out toward the front.

Separation pad bracket


10.4.4 Aligning unit

(1) Remove the lower front inner cover.

(2) Lower the transport belt.

(3) Remove the main drive unit (See 6.3.E).

(4) Remove the belt and connectors of the clutch

and switch on the rear side of the aligning roller.

(5) Remove the stop rings (front, rear, 1 each).

(6) Remove the fixing bracket (rear side, 2 screws).

(7) Remove the aligning unit fixing screws (front:

2, rear: 1).

(8) Slide the bush from the frame and take out the

aligning unit.

Note : When installing the aligning unit, insert the

rotation stopper of the electromagnetic

clutch properly into the rear side bracket

and securely hook the belt to the pulley.

[A] Aligning roller (upper, lower)

(1) Remove the aligning guide (2 screws).

Bush

Belt

Connector

Stop ring

Aligning guide

Upper aligning roller


(2) Remove the aligning pressure springs (front and

rear).

(3) Remove the bushes (upper, lower, 2 each).

(4) Lift up the aligning rollers (upper and lower) in

the direction of the arrow D to remove them.

[B] Paper dust cleaning brush

(1) Remove the brush (1 screw).

(When the unit is installed in the machine, the

brush can be removed/installed).

Aligning pressurespring Aligning roller (U)

Bush (U)

Bush (L) [Front side]

Aligningroller (U)

Bush (U)

Bush (L)

[Rear side]

Aligning roller (L)

Pressure spring

D

Paper dust cleaning brush


10.4.5 Cassette feed section


(2) Open the jam release cover.


(4) Remove the harness cover.

(5) Remove the jam release cover.

(6) Disconnect the connector from the feed unit.

(7) Pull out the cassette.

(8) Disconnect the paper size detection switch

harness from the switch.

(9) Remove the two paper feed unit fixing screws,

and pull out the unit toward the front side.

Note : If the LCF has been installed on the copier,

use the following procedure to remove the

harness cover and the connector.

1. Remove the right feed cover.

2. Remove the hinge stopper for the LCF

in order to open it fully.

3. Open the LCF fully.

4. Remove the harness cover.

5. Disconnect the connector from the feed

unit.

Hinge stopperRight feed cover

LCF

Stop ring

Paper feed unit Harness

Connector Jam releasecover


[A] Cassette feed unit (rollers)

(1) Remove the clutch bracket.

(2) Remove the separation roller holder (2 screws).

(3) Remove the pick-up roller from the arm.

(4) Slide the feed roller in the direction of the arrow

A and pull out the bush from the shaft.

(5) Remove the stop-ring and pick-up arm from the

shaft and pull out the feed roller.

(6) Remove the lever and separation roller with

shaft from the holder.

(7) Remove the cover, arbor and clutch spring, and

then separation roller from the shaft.

Clutch bracket

One-way clutch(CLUTCH-6-R)

LeverArbor

Spring

Holder

Cover

Clutch spring

Separation roller

Shaft

Arbor

Spring

Pick-up arm

Stop-ring

Bush

Feed rollerSeparationroller

One-way clutch(CLUTCH-6-L)

Clutchbracket

Pick-up rollerCassette feed unit


Note : When installing the manual feed, pick-up,

paper feed and separation rollers, pay at-

tention to the following items.

1. Insert a pin in the pulley.

2. Make sure the timing belt is correctly

looped on the pulley.

3. Make sure the lock direction of the one-

way clutch is correct.

4. Make sure the clip is set in the shaft

groove.

5. Make sure no oil gets on the surface of

the timing belt, pulley and roller.

6. Make sure of the roller orientation.

CLUTCH-6-L

CLUTCH-6-R

LOCK

LOCK

LOCK

Paper

Separation roller

Paper feed roller

Pick-up roller

September 1997 © TOSHIBA 11 - 1 2460 DRUM-RELATED SECTION

11. DRUM-RELATED SECTION11.1 Construction

In this section, the drum-related parts including the drum are described. (The cleaner unit is excepted.)

Construction of the parts is as follows.

• Cleaner unit Drum

Main charger High-voltage transformer unit

Discharge LED

• Transport unit Transfer/separation charger High-voltage transformer unit

Transfer guide bias

Transport-belt unit

Discharge LEDMain charger

Transport belt

Pre-cleaningdischarge charger

Bias guide

DrumTransfer charger

Separation charger

2460 DRUM-RELATED SECTION 11 - 2 September 1997 © TOSHIBA

(G28)

(G26)

(TP30)

(G55/G48)

(G50/G28)(G20)

(G56)

(G35)

(G27/G19)

11.2 Drive Mechanism

Timing pulley (TP25/G25)Belt (840 pitch)

Timing pulley(TP110)

Timing pulley (TP39/G29/TP21)

Belt(190 pitch)

Timing pulley(G117/TP24)

Transportbelt

Main motor (G10)

Front side view Removing fuser unit

Rear side view

Dev-unit drive gear G23

Drum drive coupling

Transport belt drivegear G27/G19

Dev. unit drive gear (G23)

Cleaning auger (G16)


Belt(466 pitch)

Timing pulley (G58/TP29/TP25)

Drum

Transport belt unit

Heat roller


11.3 Functions11.3.1 Main charger

Applies a negative electrostatic charge to the drum

(through a high-voltage transformer).

11.3.2 Transfer/separation charger, transport

belt

[A] Transfer charger

(1) Transfers the toner on the drum to the copy

paper (high-voltage transformer: DC).

[B] Separation charger

(1) Separates the copy paper with toner from the

drum (high-voltage transformer: AC).

[C] Transport belt

(1) Transports the paper, which has been trans-

ferred and separated from the drum, to the fuser

unit.

Transport belt

Drum

Main charger

Transfer/separationcharger

Discharge LED


11.4 Disassembly/ReplacementRemove the switch cover and the process unit as required to create easy-to-service conditions.

11.4.1 Process unit

[A] Process unit removal

(1) Remove the toner cartridge.

(2) Remove the toner bag.

(3) Lower the transport unit turning the jam release

lever in the direction of the arrow.

(4) Unplug the connector from the developer unit.

(5) Remove the 2 screws shown by the arrow. Pull

out the unit to the front side.

Notes : 1. Be careful not to damage the drum, or to

touch the its surface.

2. Check that the transport belt unit is low-

ered at the removal/installation of the

unit.

Toner bagJam release lever


[B] Removal and attachment of the cleaner unit and developer unit

(1) Place the process unit on a flat surface. Pull up the front side lever and remove the rear side guide in

the cleaner section. Separate the developer unit from the cleaner section.


Front side leverGuide

Front side lever

Cleaner

Rear side guide

Dev-unit


[C] Process unit installation

When installing the process unit into the copier,

align the 3 guides.GuidePositioning hole

Positioning hole

Finally, insert the positioning pin into the upper

frame hole pushing the 2 portions indicating the

arrow.


11.4.2 Main charger

(1) Remove the main charger in the order of 1 –2.

[A] Grid

(1) Push the terminal head hard in the direction of

the arrow and unhook the grid.

Note : During replacement, do not touch the mesh

section of the grid with your bare hands.

Main charger

12

Hook

Cleaner

Grid

Terminal head


[B] Replacement of charger wire

Total length: 353 mm

Tungsten wire: ø0.06 mm

(1) Remove the terminal cover at the front and rear.

[Rear side]

[Front side]

Notes : 1. Pay attention to direction of the spring

hanger on the front.

2. Insert fully in the V-groove on the front

and rear.

3. The wire must not be kinked.

4. Do not touch the wire directly with your

hands.

Spring hanger

Terminal cover

V-groove

Terminal(R) Terminal cover

Terminal base

Terminal (F)

V-groove


[C] Replacing the cleaning pad:

(1) Remove the charge wire.

(2) Remove the rear terminal.

(3) Move the cleaning pad to the rear side.

(4) Remove the pad holder snap from the shaft.

[Rear side]

Cleaning pad

Pad holder

Notes : 1. When reassembling, pay attention to the

direction in which the pad holder faces.

2. When moved to the rear, the pads (2

pcs.) should be clearly away from the

wires.

Charging wire

Cleaning pad


11.4.3 Transfer/separation charger


(2) Remove the inner cover for the fuser unit (1

screw).

(3) Turn the jam release lever to the release posi-

tion.

(4) Lift up the belt unit (the transfer/separation

charger) and rotate the jam release lever

counterclockwise. Lower the belt unit then it

stops at the extraction position for the transfer/

separation charger unit.

[A] Replacement of charging wire

Total length: 353 mm

Gold plated tungsten wire: ø0.06 mm

(1) Remove the terminal cover on the front and rear.

In the case of the separation charger, remove

the supporter.

Inner coverJam release lever

Charging wire terminal Charging wire

Spring[Front side]

(5) Remove the stopper bracket for the transfer/

separation charger (1 screw).

(6) Pull out the transfer/separation charger.

(7) When reinstalling, turn the jam release lever

clockwise while raising the belt unit, and lower

the belt unit until it stops at the jam release

position.

Toner bag

Jam release lever Transfer/separationcharge stopper bracket

1

3

2


Notes : 1. Pay attention to the direction of the spring

hanger on rear.

2. Ensure that the charge wires are firmly

inserted in V-grooves at the front and

rear.

3. The wire must not be kinked.

4. Do not touch the wire directly with your

hand.

5. Insert the supporter securely into the

hook or slot.

[B] Replacing the cleaning pad:

(1) Remove the charge wire.

(2) Remove the rear terminal.

(3) Move the cleaning pad to the rear side.

(4) Remove the pad holder snap from the shaft.

Notes : 1. When reassembling, pay attention to the

direction in which the pad holder faces.

2. When moved to the rear, the pads (2

pcs.) should be clearly away from the

wires.

Cleaning pad holder

Cleaning pad

Charging wire

[Rear side]

Charging wire terminal

Charging wire


[A] To replace the belts:

(1) Remove the belt unit from the transport belt unit

(4 screws).

(2) Remove the idler roller on the drum side.

(3) Remove the stop-ring and shaft.

(4) Remove the belt case (4 screws).

(5) Remove the belt.

Note : The belt position for installation is shown in

the figure below.

Notes : 1. To reinstall the transport-belt unit in the

copier, fit its rear guide projection (2) in

the hole in the rear copier frame and the

front guide projection in the cut-out

portion of the front copier frame.

2. Check that the gears on the front and

rear are properly engaged.

11.4.4 Transport belt unit

(1) Remove the toner box.

(2) Remove the jam release lever.

(3) Remove the lower inner cover.

(4) Remove the bracket for the transport belt unit

(1 screw), pull out the unit carefully.

Idler roller ondrum side

5±1 mm

Transport belt

Front sideDrum side idler roller

Belt case

Gear

Belt

Shaft

Stop-ring

Transport belt unit

Bracket Jam release lever


11.4.5 Lower damp heater, fuse PC board, and

thermostat


(2) Remove one screw and connector then the

bracket.

Note: The damp heater unit is installed in the 2

slots on the machine as shown in the figure

below.

Damp heater unit

Lower damp heater

Faston terminal

Thermostat

Fuse PC board

Installation stayfor the machine

[A] Lower damp heater

(1) Remove one connector on the fuse PC board,

2 faston terminals for the thermostat and one

screw then the lower damp heater.

[B] Fuse PC board

(1) Remove the fuse PC board by disconnecting

one connector and unlocking the locking sup-

ports.

[C] Thermostat

(1) Remove the installation stay for the machine

by taking out two screws.

(2) Remove the thermostat by taking out 2 faston

terminals and 2 screws.


PWA-F-SYS-220 PWA-F-LGC-220 PS-HVT-220

IC27

IC37 IC33IC45&51

BC-RAM Vc

11.5 Main, Transfer, Separation, and Pre-Cleaning Discharge Chargers,and Transfer Guide Bias and Developer-Bias Control Circuit

11.5.1 Outline

• Circuit to create the output control voltage Vc of the charging/transfer/separation/developer-bias.

• Vc is varied → output current or voltage varies linearly.

11.5.2 Operation explanation

• Charging/transfer/separation/developer-bias output adjustment value inside BC-RAM is output

to the main processor.

• Outputs control voltage data from the main processor to the D/A converter.

• Analog conversion by the D/A converter.

• Outputs control voltage Vc to the main/transfer/separation/pre-cleaning discharge chargers and

developer-bias transformer.

• The main/transfer/separation/pre-cleaning discharge chargers and developer-bias transformer

generates an output current or voltage proportional to control the voltage Vc.

* Adjustment of control voltage Vc (adjustment data change) is performed in the AJ mode.

* Output value of the transfer guide bias is fixed when the PS-HVT is shipped.

→→

→→

Mainprocessor

D/Aconverter

Adjustmentvalue

OutputAnalog

Digitaldata Main/

transfer/separation/developer-bias output/Pre-cleaningcharger

Gatearray


J2-4 GRVREFA

J2-5 DEDVREFA

J2-7 TVREFA

J2-11 SPAVREFA

J2-12 SPDVREFA

J2-14 PCAVREFA

MAINCPU

BC-RAM

IC37

IC33IC45&51

IC27

PWA-F-SYS-220

GateArray

D/AConverter

September 1997 © TOSHIBA 12 - 1 2460 DEVELOPER UNIT

12. DEVELOPER UNIT12.1 Construction

DrumLeveler Mixer 1

Auto-toner sensor

Magnetic roller (sleeve)

Mixer 2

Front side sectional view

Upper cover

Magnetic roller

Top cover

Guide roller

Guide roller

2460 DEVELOPER UNIT 12 - 2 September 1997 © TOSHIBA

12.2 Developer drive12.2.1 Magnetic roller, mixer 1 and mixer 2

[Rear of copier] Gear (teeth: 23)

Developer drive gear (teeth: 24) Mixer-1

Gear (teeth: 24) Mixer 2

Gear (teeth:22)

Idle gear (teeth: 26)

Pulley (teeth:18)

Timing belt (2M-88)

Sleeve drive pulley (teeth: 27) Magnetic roller

→

→

[Rear of developerunit]

[Rear side]

Idle gear Z26

Copier rear side gear (teeth: 23)

→

Timing pulley Z27

Timing pulley Z18

Dev unit drive gear Z24

Mixer-2 gear Z22

Mixer-2 gear Z24

→

Mixer-1

Guide roller

Magnetic roller

Timing pulley Z18

Mixer-2 gear Z22

Mixer-2

Timing belt (2M-88)

Timing pulley Z27

Idle gear Z26

Dev unit drive gear Z24Mixer-2 gear Z24

a

a

a

a


12.2.2 Toner cartridge

[Developer front] Toner cartridge drive motor

Drive gear (teeth: 32)

Toner cartridge (toner replenishment)

Mix toner with mixer 1 and 2.

Cartridge drive gear G32

Mixer 2

Toner cartridgedrive motor

[Front side]

→→

→


12.3 Disassembly/Replacement12.3.1 Developer unit removal and attachment

(Refer to 11.4.1 Process unit)

12.3.2 Pouring in developer material

(1) Remove the upper cover (2 screws).

(2) Remove the cap of the developer material

bottle. Pour the developer material into the

developer unit.

(3) After the pouring in has been completed, turn

the gear in the direction of the arrow, and have

the developer material transported onto the

magnetic roller.

Upper cover

Gear


(4) Install the upper cover. After fully inserting the

hooks (four places), fasten with screws.

(5) Pay attention to the overlapping between the side seal (front, rear) and the rubber seal. (Be careful

when reassembling the upper cover.) The side seal must come between the outer rubber seal and

inner one.

Inner rubber seal

Hooks

Upper cover

Side seal

Outer rubber seal


12.3.3 Discharging developer material

(1) Set the cap jig on the toner replenishment ori-

fice on the developer unit as shown in the fig-

ure. (This is done to prevent the developing

material around the toner replenishment orifice

from splattering into the toner cartridge drive

unit when the developer unit is turned upside

down.)


(3) Incline the developer unit and discharge

developer material from the position indicated

by the arrow.

Notes : 1. Do not discharge developer material

from the toner replenishment orifice, as

the developer will adhere to the gear of

the toner cartridge drive motor, causing

the motor to seize.

2. Take care to avoid the connector

becoming smeared with developer

material when discharging is performed.

Hooks

Upper cover

Tonerreplenishmentorifice Cap jig


12.3.4 Guide roller

[A] Front side

(1) Discharge the developer material.

(2) Remove the toner holder bracket (2 screws).

(3) Remove the connector.

Toner holder bracket

Toner holder bracket

[Front side]

(4) Remove the nozzle (3 screws).

Nozzle

Toner holder

Connector


(5) Remove the plate (3 screws and 1 coil spring).

(6) Remove the E-ring.

Replace the guide roller.

[B] Rear side

(1) Remove the adjustment plate (1 screw).

(2) Remove the plate (4 screws and 1 coil spring).

Coil spring

Guide roller

Plate

[Front side]Plate

E-ring

Adjuster plate

Coil spring


(3) Replace the guide roller.

Notes : 1. The guide roller is common to the front

and rear.

2. After reassembly, adjust the polarity

position and the doctor sleeve gap ac-

cording to the method given in the

Service Handbook.

Guide roller

12.3.5 Toner cartridge drive


(2) Remove the toner holder bracket, nozzle and

side plate.

(3) Pull out the harness and disconnect the

connector. Remove the motor unit (1 screw).

(4) Remove the motor (2 screws).

Replace the motor.

When the gear is defective, replace the entire

unit.

Connector

Motor

Motor unit

Harness


12.3.6 Toner sensor


(2) Reverse the developer unit and remove the

harness cover (1 screw).

(3) Remove the toner sensor (1 connector).

Replace the sensor.

Harness cover

Toner sensor

Sleeve drivepulley

12.3.7 Magnetic roller


(2) Remove the toner holder, nozzle, plate and

guide roller.

(3) Remove the leveler (2 screws).

(4) Remove the sleeve drive pulley.

Leveler

Guide roller


(5) Peel off the seal after removing the front E-ring,

and then remove the magnetic roller bearing.

Shift the magnetic roller in the direction of the

arrow, remove it from the slit in the frame and

pull it out towards the front.

(6) Remove the V-ring.

Notes : 1. Pay attention to the direction (obverse/

reverse) of the V-ring when reassembly.

2. After reassembly, adjust the polarity

position and the doctor sleeve gap ac-

cording to the method given in the

Service Handbook.

Magnetic roller

V-ring

Seal Magnetic rollerbearing


12.3.8 Drum thermistor

(1) Discharge the developer material (refer to

12.3.3).

(2) Remove the bracket holder, toner nozzle and

side plate (refer to 12.3.4).

(3) Remove the drum thermistor fixed on the doc-

tor (1 screw).

Drum thermistor


12.4 Brush Motor (Toner Motor (M15)) Drive CircuitThe toner motor is provided to supply toner for the developer unit.

The toner motor is driven by transistor 2SD1417 (Q2 on the logic PC board), and its circuit is structured

as follows.

The motor winding is connected to the +24V at its (+) side and to the collector of Q2 at its (–) side.

– When PD2 (TMON-0A signal) of the main-CPU becomes “L” level –

• Q11 is turned on → Q2 is turned on

• The +24V power supply supplies current in Q2 via the motor winding → the motor rotates

– When TMON-0A signal becomes “H” level –

• Q11 is turned off → Q2 is turned off

• The current which was flowing in the motor winding flows via the route of diode D5.

~ It decreases at the rate of the time constant determined by the inductance and resistance of the

winding.

MAIN-CPU+5SW

129

PD2

IC37 TMON-0A

Q11R304

R303

D5

+24

Q2

2SD1417

PWA-LGC

Toner motor


BC-RAMIC27

CPUIC14

R3904

GAIC28SCC

PWA-SYS

PWA-LGC

CPUIC37

95C063F

GAIC33C2XB

IC51M62353(A03)

+24 +5SWD5

Q2

12.5 Auto-Toner Sensor Circuit12.5.1 Brief description

• Functions of auto-toner circuit.

• Detects the density of the toner in the developer material.

~ Density drops → toner supply.

• Detects that the toner in the toner cartridge has been used up (toner empty).

• Configuration of auto-toner circuit.

• Auto-toner sensor : Detects toner density.

• Control section : Control to maintain the toner in the developer material at a constant specific

density.

• Toner motor : Replenishes the toner in the developer material.

• Display unit : Displays the toner-empty status.

Display

Toner

Toner sensor

Developer material

Developer unit

Arithmetic and control unit

DA converter

Toner densitysignal

Toner cartridge

Tonermotor

Control panel

Control voltage signal

September 1997 © TOSHIBA 13 - 1 2460 CLEANER UNIT

13. CLEANER UNIT13.1 ConstructionThe cleaner unit consists of a drive section, main blade, recovery blade, toner-recovery auger, pre-

cleaning discharge charger (PCC), discharge lamp, and toner bag (see Chapter 9 for main charger).

Drum

Main charger

Toner recovery auger

Drum shaft

When the drum has been removed

When the main charger has been removed

Toner recovery auger Main bladePre-cleaning dischargecharger (PCC)

Drum separation claw

Discharge LED

Gear

2460 CLEANER UNIT 13 - 2 September 1997 © TOSHIBA

13.2 Drive system

Front view

→→

• Drum drive

Gear (teeth: 45)-----Rear of machine (inside frame)

Drum drive coupling (teeth: 45) Drum

→

• Toner recovery auger driveGear (teeth: 16)

Gear (teeth: 16)

Toner recovery auger drive gear

Drum drive coupling


13.3 Description of Functions[A] Main blade

Scrapes off residual toner on the drum sur-

face. The blade is pushed against the drum

at a constant pressure by the pressure spring.

Toner recoveryauger

Front cross-section view

[D] Toner bag

The toner scraped off by the cleaner blade is

carried by the recovery auger into the toner

bag.

[E] Toner-full switch

When the toner bag becomes full of recov-

ered toner, the recovery auger is pushed back

towards the rear, causing the toner-full switch

S13 to come on.

When the flywheel has been removed

Toner full switch

Drive unit

Note: When the blade is released from the drum

such as for adjustment of the high- voltage

transformer, rotate the blade pressure re-

lease cam in the direction of the arrow.

[B] Recovery blade

Catches the toner scraped off by the main

blade.

[C] Toner recovery auger

Transports scraped off residual toner into the

toner bag.

Blade release cam

Mainblade

Recovery blade

Pressurespring

Toner recoveryauger


13.4 Disassembly/Replacement13.4.1 Cleaner unit

(1) Pull out the process unit. (Refer to 11.4.1)

(2) Disconnect the cleaner unit from the developer

unit (Refer to 11.4.1 [B].

Notes : 1. Be careful not to damage the drum.

2. Check that the drum shaft is in the

cleaner unit.

3. In this copier’s cleaner unit, the main

blade is in constant contact with the

drum. Consequently, when fitting a new

drum to the cleaner unit, release the main

blade pressure by turning the blade pres-

sure release cam.

4. After applying powder to the entire drum,

turn the cam and bring the main blade in

contact with the drum.

5. When rotating the cam, use a screw-

driver to perform certain operations.

(3) Remove the main charger from the cleaner unit.

Note : Be careful not to stain the grid such as by

touching it with your bare hands.

(4) Remove the drum shaft on the front side (2

screws).

Drum shaft

Release

Press

Bladerelease cam


(5) When removing the drum from the cleaner unit,

hold the side of the drum as shown (in diagram),

and slowly take it out.

Note: 1. This is easy to remove the drum from the

cleaner unit if the drum is raised from in-

side of the unit by inserting your finger

into the rear side hole for drum holding.

2. When reinstalling the drum in the cleaner

unit, the drive gear should be installed to

the rear.

13.4.2 Main blade

(1) Remove the LED holder (Refer to 13.4.7).

(2) Remove the main charger (Refer to 11.4.2).


When reassembling the main blade, tighten the

3 screws temporarily and make adjustment so

that the main blade does not touch the mylar

sheets on both its sides and that gaps between

the blade and the moltplane parts on the front

and rear become approximately even, then fas-

ten the screws in order 1 f 2 f 3.

13.4.3 Recovery blade

(1) Make sure the LED holder is attached on the

cleaner unit.

(2) Turn the cleaner unit upside down.

(3) Remove the separation claw holder (4 screws).

(4) Remove the recovery blade (2 screws).

Note : When installing, secure the recovery blade

pushing fully toward in the direction of the

arrow.

Drum

Main blade

23 1

Hook Spring LED holder Hook

Recovery blade

Separation claw holder

Recovery bladeScrew

Gap Gap

Main blade

Front side Rear sidemoltplane


13.4.4 Separation claw

(1) Make sure the LED holder has been installed

on the cleaner unit.


(3) Remove the 4 screws and take out the separa-

tion claw with the holder.

(4) Remove the separation claw from its fitting.

13.4.5 Toner-full switch


(2) Remove the PC board bracket.

(3) Remove the flywheel (4 screws).

(4) Remove the toner-full switch, (1 screw).

Separation claw Separation clawholder

Toner-full switch


13.4.7 Discharge LED

(1) Remove the LED holder from the cleaner pull-

ing the hook on the front side.

(2) Reverse the LED holder.

Pull out the LED from the rear side pushing the

hook on the front side.

13.4.6 Pre-Cleaning discharge charger (PCC)

(1) Make sure the LED holder is attached on the

cleaner unit.


(3) Remove the separation holder (4 screws).

(4) Remove the PCC stopper on the front side

turning it.

(5) Pull out the PCC to the front and remove the

rear side from the case.

PCCPCC stopper

Discharge LED

LED holder

13.4.8 Separation claw guide mylar

(1) Make sure that the LED holder is installed on

the cleaner unit.

(2) Turn over the cleaner unit.

(3) Remove the separation claw guide mylar and

double faced adhesive tape on the separation

claw holder.

(4) Affix new separation claw guide mylar as shown

in the figure below.

Be careful not to damage the mylar.

Affixing position

0~0.5mm

5.5

–0.5m

m0Separation claw

holder

Mylar-1(Right/Leftdiffers) Separation claw

holder

Mylar-2(Left/Rightdiffers)

Alig

n th

e su

rfac

e

Align the surface

September 1997 © TOSHIBA 14 - 1 2460 FUSER UNIT/PAPER-EXIT UNIT

14 FUSER UNIT/PAPER EXIT UNIT14.1 General Description

Heat roller

Cleaning felt roller

Fuser cover

Heat and pressure are applied to the transfer paper which has been separated from the drum, and the

toner image is fixed there. The transfer paper which has completed the fixing process exits onto the

receiving tray through the paper exit unit.

The fuser unit comprises the heater lamp, heat roller, pressure roller, separation claws, scraper, cleaning

felt roller, thermistor, thermostat, etc. The paper exit unit consists of exit rollers, discharge brush, etc..

Heat rollercleaning blade

Heater lampSeparationclaw

Upper exit roller

Lower exit roller

Exit paper guide

Pressure roller

Scraper

Entrance paper guide

Thermistor

Thermostat

Pre-fuser guide

2460 FUSER UNIT/PAPER-EXIT UNIT 14 - 2 September 1997 © TOSHIBA

14.2 Description of Operations(1) Fuser unit

Heat and pressure are applied to the paper which has been separated from the drum and trans-

ported into the fuser unit, and the toner image is fixed there. Steady pressure is applied always to the

upper and lower rollers by springs and they are rotated by the main motor. (The upper roller (heat

roller) has a heater lamp, but it does not rotate.)

The paper, which has been fixed, is smoothly removed from the heat roller by the use of the separa-

tion claws.

The detection unit monitors the heat roller temperature using a thermistor, and when the temperature

becomes abnormally high, the power supply to the heater lamp is stopped by a thermostat.

(2) Paper-exit unit

The upper and lower exit rollers rotate using the gear drive from the fuser unit.

The paper, which has completed the fixing process, exits smoothly onto the receiving tray through

the upper and lower exit rollers.

14.3 Functions of Each Part(1) Heater lamp

This halogen lamp is located inside the heat roller, where it applies heat to the heat roller. The heater

lamp is secured as it is while the heat roller rotates.

(2) Heat roller

This roller is made of aluminum whose heat conductivity is relatively good, and has heat applied by

the heater lamp. Steady pressure is applied to both the heat and pressure rollers (mentioned later).

Fixing is performed by the transfer paper to be passed between the two rollers as above, so that the

toner image faces the heat roller. The toner is fused by the heat roller, the heat conductivity rate is

increased by the pressure roller, causing the toner to permeate the paper fiber. However, during this

process, a problem may occur. That is, because the toner is fixed by contacting with the heat roller, it

may adhere to the roller (called “offset phenomenon”). Therefore, for easier removal of the toner from

the heat roller, a Teflon coating has been applied on the surface of the heat roller.

(3) Pressure roller

This is made of rubber for smooth application of pressure to the heat roller. The pressure roller has

pressure applied always by springs.

(4) Separation claws/Scraper

By the use of the separation claws/scraper, the paper which has been fixed to the both heat and

pressure rollers, is smoothly removed.


(5) Cleaning felt roller

This cleans the toner remaining on the drum at the fixing process. The cleaning felt roller is located

so that it can come in contact with the heat roller. The silicon oil soaked in the pressure roller is

evaporated by the heat roller, causing it to adhere to the surface of the heat roller. As a result, the

cleaning of the toner on the heat roller can be smoothly performed.

(6) Thermistor-1

Surface temperature of the heat roller should be maintained within a fixed range, (actually, around

200 °C), i.e. higher than the minimum temperature at which improper fixing may occur, lower than the

maximum temperature at which “baking” may occur. The thermistor detects the surface temperature

of the heat roller. If the temperature is lower than the standard one, it turns on the heater lamp, if

higher it turns it off.

(7) Thermistor-2

Temperature distribution in the axis of the heat roller may differ greatly at its center and ends accord-

ing to conditions. The thermistor-2 detects the temperature of the heat roller end.

When either thermistor-1 or -2 detects the temperature over the specifieds, heater lamp is turned off

by their thermal controls.

(8) Thermostat

When the surface temperature of the heat roller becomes excessively high due to thermistor failure,

etc., the thermostat stops the power supply to the heater lamp.

As the thermostat used in this copier is a type which protects against abnormal operation, when it

detects an abnormal operation, it is set to stay OFF. Therefore, during repair, this should be replaced

together with other damaged parts in the fuser unit.

(9) Exit rollers

Through the exit rollers, the paper removed by the separation claws or scraper exits smoothly onto

the receiving tray via the ADU exit roller.


14.4 Heater Control Circuit14.4.1 Temperature detection unit

To maintain the heat roller temperature, this unit detects the heat-roller temperature by thermistor-1, and

then performs heater lamp ON/OFF control.

The thermistor is an electrical element whose resistance decreases as its detected temperature in-

creases. If the thermistor is open-circuited, the control circuit erroneously determines that the fuser tem-

perature is extremely low and continues to energize the heater lamp. As a result, the fuser temperature

rises abnormally high, possibly activating the thermostat provided for safety purposes. The CPU works

to detect the breakage of the thermistor and prevents the condition mentioned above.

The following abnormalities are detected:

(1) Abnormal detection during warming up

25 sec. after the power has been turned on, if the thermistor output voltage does not exceed 0.078 V,

CALL SERVICE (C41) is displayed.

(2) Abnormal detection during stand-by/copying (Thermistor-1)

If the thermistor-1 output voltage decreases to and remains at 0.078 V or lower for 500 msec. or

more, CALL SERVICE (C43) is displayed.

(3) Abnormal detection during stand-by/copying (Thermistor-2)

If the thermistor-2 output voltage decreases to and remains at 0.192 V or lower for 260 msec. or

more, CALL SERVICE (C45) is displayed.

(4) Thermistor status counter control

• For improved fuser-unit safety, the CPU works as follows: After a C41 error occurs two times in

succession, even when the power is turned on, the heater will not come on and the C41 error will be

immediately displayed.

• However, with “1” or less stored in the Thermistor status counter, if the copier becomes ready cor-

rectly, the Thermistor status counter clears to “0”.

• After CALL SERVICE (C41 – C45) has occurred and the thermistor, heater lamp, etc. have been

repaired (or replaced), if turning on the power switch does not cause the heater to energize resulting

in an error, check the Thermistor status counter (08-code 400) and reset it to “0”.


Surface temperature of heat roller: 190°C (Thermistor resistance value: about 4.0 kΩ)

Reference

1. A value other than 0, 1, 2, 3, 4, 5, 6, 7, 8 or 9 is never written in the Thermistor status counter.

• At the power on, if the heater is not turned on and the copier goes into C41 CALL SERVICE, check theThermistor status counter to see if it is 2 or more. If it is 2 or more, be sure to check the thermistor andheater lamp, and after repair, reset the Thermistor status counter (08-code 400) to 0 and then turn onthe power switch.

• If the value of the Thermistor status counter is more than 10 (11, for example), it may be possible thatBC-RAM or the data in it have been destroyed by charger leaking, etc. In this case, check the guidebias, high-voltage transformers, charger wires, etc. for any defects. Also, all the data inside BC-RAM

need to be rechecked.2. Relationship between the output voltage and the fusing temperature.

• 190°C corresponds to approx. 2.5V and 0.078 V corresponds to approx. 40°C.

3. Relationship between heat roller surface temperature and thermistor-1 resistance.

Temperature Thermistor resistance Heater lamp state

Less than 190°C More than 4.0 KΩ ON

190°C 4.0 KΩ Maintains previous status

More than 190°C Less than 4.0 KΩ OFF

Copying (190°C)

Heat rollertemperaturedistribution

Heater lampON

OFF OFF OF

F

ON ON ON ON

Warm-up Standby (190°C)°C

190

OFF OFF

4. Temperature control at heat roller ends

During multicopying, the temperature at each end (no paper-contact area) of the heat roller normally tendsto rise higher than the controlled temperature of the paper-contact area. Therefore, the circuit is so de-vised that if the temperature in the no paper-contact area rises to 220°C, the second thermistor detects

this, causing the heater to be turned off immediately regardless of the temperature in the paper-contactarea.

ON OF

F


14.4.2 Detection of thermistor burnout

* Since thermistor burnout detection circuits of the thermistor-1 and -2 are common, it is explained

with the thermistor-1.

R328

+5

R269

R270

C125

HTRTH-

IC37

PC2/AN2

Mainprocessor

Thermistor-1

• The input voltage is obtained by voltage divid-

ing R328, thermistor, R269 and R270.

• The surface temperature of the heat roller

changes.

→ The thermistor resistance value changes

→ The input voltage also changes

• The main processor detects an abnormality

→ thermistor broken

14.4.3 Control for abnormal heater condition

When something abnormal occurs in the heater turn-on circuit, such as a shorted triac, it may become

incapable of ON/OFF control. In this case, the microcomputer detects abnormal temperatures through

the first and second thermistors, determines the corresponding error codes and counter values, and

causes the main power to switch off to protect the fuser unit.

(1) Temperature detection

The following abnormal temperatures are detected by the respective thermistors:

First thermistor: 230°C

Second thermistor: 270°C

(2) Error codes

“C44” : Displayed when keys C/S + 8 are pressed simultaneously at the time of Call

Service.

Counter value “9”: Displayed when you input “400” in the AD (0 + 8) mode.

(3) Machine condition

After de-energizing all outputs (heater lamp, exposure lamp, control-panel displays, motors, etc.),

the microcomputer causes the main power to switch off.

(4) Corrective action

After the error code and counter value in (2) have been determined, abnormal temperature detection

in (1) continues. So, if the main switch is turned on immediately, it will be turned off again as long as

the temperature on the heater surface remains above the abnormal detection temperatures of

thermistors. Thereafter, this will be repeated. So, after waiting for the heater surface temperature to

drop, turn on the main switch and you can check the counter value before the main switch is turned

off again. After confirming that an abnormal heater condition has occurred, repair the problem and

then clear code 400 of the AD (0 + 8) mode with “0”. After that, you can bring the copier into its

normal operating condition.


14.5 Disassembly and Replacement14.5.1 Fuser unit

(1) Remove the lower inner sub cover.

(2) Remove the 3 connectors on the front side.

(3) Remove the 1 screw which secures the fuser

unit.

(4) Raise the pre-fuser guide.

(5) Open the exit unit.

(6) Slide the entire unit to the front side and re-

move it .

Connector

Fuser unit


14.5.2 Cleaning felt roller

(1) Remove the fuser cover (2 screws).


(3) Remove the cleaning felt roller by lifting the

roller.

Note : When installing the cleaning felt roller, make

sure the color of pressure springs (Front

side: Silver, Rear: Black).

Upper cover

Cleaning feltroller

Fuser cover

Rear spring(Black)

Front spring(Silver)


14.5.4 Thermistor and thermostat

(1) Remove the felt roller, cleaning blade and up-

per frame.

(2) Remove the thermistor bracket (1 screw).

• Be careful not to deform the root of the

thermistor harness.

(3) Remove the 2 thermistors (1 screw each).

(4) Unscrew 2 screws and take off the thermostat

from the holder.

Note : When installing, make sure the thermistor

and thermostat both contact the heat roller

surface evenly.

14.5.3 Heat roller cleaning blade

(1) Remove the felt roller.

(2) Remove the heat roller cleaning blade by taking

out the two screws.

Note : When installing the heat roller cleaning

blade, use the original hole (round) of the

blade.

Heat rollerCleaning blade

Upper frame

Thermistor bracket

Thermostat

Thermistor


(3) There are 6 separation claws in all. For each

claw, remove the spring and then remove the

claw.

Note : Check that the edges (tips) of the claws are

not chipped.

14.5.5 Separation claw units

(1) Remove the separation claw unit (2 screws,

golden).

Separation claw

Spring

(2) Remove the separation claw cover from the claw

unit (3 screws).

Separation claw cover

Separationclaw unit

[Separation claw unit]


14.5.6 Lower exit roller

(1) Remove the fuser unit.

(2) Remove the fuser cover and the fuser front

cover.


Note : Attach the stop ring as shown in the figure

below.

Stop ring

HandleStop ringLower exit roller

14.5.7 Heater lamp


(2) Remove the fuser cover.

(3) Remove the lamp-terminal fixing screw (1

screw).

(4) Remove the lamp holder bracket at the front

side (1 screw).

Lamp holder bracket[Front side]


(6) Pull the heater lamp out towards the rear side.

Notes : 1. Do not touch the heater lamp surface

directly with your hands.

2. Set the TOSHIBA mark facing the front

side.

(5) Remove the lamp holder bracket on the rear

side (2 screws).

Lamp holder bracket [Rear side]

Rear side

Heater Lamp


14.5.8 Heat roller

(1) Remove the heater lamp.

(2) Remove the separation claw unit (2 screws).

(3) Remove the cleaning felt roller by lifting it up.

(4) Remove the cleaning blade.

(5) Remove the upper frame.

(6) Remove the thermistor bracket.

Note : Be careful not to deform the root of the ther-

mistor harness when removing the bracket.

(7) Remove the C-ring at the front and rear side,

and the gear at the rear side. C-ringGear

[Rear side]

(8) Remove the ball bearing from the frame.Bearing

[Front side]

C-ring


(9) Slide the heat roller to the front side and pull it

off from the rear side frame. Then take out the

heat roller toward the exit side.

Note : Be careful not to damage the heat roller

surface by knocking it against the bracket,

etc.

Heat roller


(7) Lift up the pressure roller holding both its ends

and take it out with its bearings.

Pressure roller

Bearing

14.5.9 Pressure roller


(2) Remove the fuser cover.

(3) Remove the heat roller.

(4) Remove the exit roller.

Exit roller

(5) Take off the paper entrance guide by unscrew-

ing the two screws.

(6) Remove the paper exit guide hook.

Paper exit guide

Stop ring

Paper entrance guide

Pressure roller


Note : When installing the pressure roller, make

sure the bearing grooves on both front and

rear are set in the pressure levers.

Pressure lever

Bearing

14.5.10 Upper entrance guide mylar

(1) Remove the fuser cover (2 screws).

(2) Remove the upper entrance guide (2 screws).

(3) Remove the upper entrance guide mylar and

its double faced adhesive tape on the guide.

(4) Affix new upper entrance guide mylar as shown

in the figure below.

Be careful not to damage the maylar.

Affixing position

Entranceguide

Upperentranceguide

Mylar-1Mylar-2

0~0.5 mm

0±0.5 mm

0~0.

5 m

m

0~0.

5 m

m

Screw

Upper entranceguide mylar-1Upper entrance

guide mylar-2


14.5.11 Pre-fuser guide mylar

(1) Remove one screw.

(2) Pull the handle (sky blue) of the pre-fuser guide

to pull out the guide.

(3) Remove the mylar and its double faced adhe-

sive tape from the guide.

(4) Affix new mylar as shown in the figure. Be care-

ful not to damage the mylar. 0~0.5mm

0~0.

5mm

Screw

Affixing position

Pre-fuser guide

Pre-fuser guide mylar

September 1997 © TOSHIBA 15 - 1 2460 ADU MD-5004

15. AUTOMATIC DUPLEXING UNIT (ADU) MD-500415.1 Specifications

Note: Specifications are subject to change without notice.

Type: Unit type

Function: Feeding for duplex copying

Paper sizes: 50 sheets stackable: A3, B4, A4, B5, A5, Folio (for Europe)

Ledger, Legal, Letter, Computer, Statement

(for the U.S.A. and Canada)

Type of paper: Toshiba-recommended paper 64~80 g/m2 (17~22 lb) (sheets of

paper)

Max. number of copies 1~50 sheetsin multicopying:

Dimensions: W598 x D620 x H110 mm

Weight: Approx. 10 kg

Power Source: Supplied from the copier

2460 ADU MD-5004 15 - 2 September 1997 © TOSHIBA

15.2 Names of Various Components15.2.1 Front-side view

Gate cover

Idle rollersPaper guide (U)

Jam lever

Motor cover

Ground plate spring

Front cover

Tray

Gate arm

Gate solenoid PC board

Side guidesEnd guide

End switch


Side motor

End motor

15.2.2 Rear-side view

Open guide (U)

Open guide (L) Transport rollers

Drawer connector


15.2.3 Feed-side section

Stack/feed roller(Main)

Pick-up roller

Feed clutch (Z28)

ADU motor

Side switch

Stack rollerStack clutch (Z45)

Separation rollerEmpty switch

Jam switch

15.2.4 Copier’s exit-side section

Gate

Transport roller

Stack/feed roller (Sub)


15.2.5 Sectional view

6

7 4 5 2 3 1AM

AT

AL AP

9 9 AK AN AO8

1 ADU motor

2 Side guide

3 Side motor

4 End guide

5 End motor

6 EXIT/ADU selection gate

7 Gate solenoid

8 Open guide

9 Transport roller

AT Stacking section

AK Jam switch

AL Empty switch

AM Tray

AN Pickup roller

AO Stack/feed roller

AP Separation roller

[Front side]


15.3 Description of ADU Operation15.3.1 Paper stacking operation

When the ADU (duplex copying) mode is selected and the START key is pressed on the copier’s control

panel, the ADU motor starts rotating, and the side guides and the end guide in the stacking section are

moved to the positions corresponding to the selected size of paper by their respective motors. Then, the

stack clutch comes on, the transport roller rotates and the EXIT/ADU selection gate is switched in the

direction of the stacking section by the gate solenoid.

The copy paper which has exited from the copier is sent into the ADU’s open guide by the EXIT/ADU

selection gate. This paper is further carried by transport rollers into the stacking section, where the paper

is stacked face up. This operation is repeated until the specified number of sheets are stacked.

At the start of the stacking operation, the side guides are set with a 5 mm gap relative to each side of the

paper, and each time 5 sheets are stacked consecutively during stacking, the side guides perform a

paper aligning operation.

A jam switch is provided to have paper jams in the open guide detected. The empty switch is to detect

whether or not paper is present in the stacking section.

15.3.2 Duplex copying

After the paper stacking operation, when a second original is set and the START key is pressed, the

ADU motor starts rotating, causing the elevator arm to rotate. This will cause the tray positioned under

the stacked sheets of paper to rise, making the sheets come into contact with the rotating pick-up roller

and sending the topmost sheet out. The separation roller rotates with the feed roller. At this time, if two or

more sheets are sent out, the separation roller stops rotating, causing the lower sheet(s) to stop its

movement.

The sheet of paper thus sent out is carried by the copier’s upper transport roller to the copier’s aligning

roller and aligned. The sheet is then copied on the side not copied previously. The sheet copied on both

its sides passes through the copier’s exit roller and over the EXIT/ADU selection gate which is already

positioned in the direction of exiting, further passing through the exit roller to exit finally into the receiving

tray.


15.4 Drive System15.4.1 Driving of the EXIT/ADU gate

When the gate solenoid is turned on, the arm

rotates and pushes up the lever, causing the

gate to open. The copied sheet is then trans-

ported to the ADU’s stacking section. When

the gate solenoid is turned off, the arm is

pulled back to its original position by a spring,

causing the gate to close, and the copied

sheet will exit.

Arm

Gate solenoid

Arm

Gate solenoid

Spring

Gate

Lever


15.4.2 Driving of the stack guides

(1) Side guides

End motor

Side motor

The side motor rotates corresponding to the size of paper selected, causing the side guides to move

to the positions specified. In addition, each time five sheets are stacked, the side motor performs

paper aligning by moving the side guides to the right and left.

(2) End guide

The end motor rotates corresponding to the size of paper selected, causing the end guide to move to

the position specified.

Side guides End guide


15.4.3 Driving of the ADU pick-up roller, ADU feed roller and ADU transport rollers

Transport rollers

Z57/Z28

• When the ADU motor rotates in the direction of the arrow A and stack clutch (Z45) energizes, the

transport rollers are rotated and the ADU stack/feed roller is rotated in the direction of the arrow B (in

the stacking direction).

• When the ADU motor rotates (arrow A) and the feed clutch (Z28) energizes, the pick-up roller and

the ADU stack/feed roller are rotated in the feeding direction (arrow C).

At this time, the transport rollers do not rotate since a one-way clutch is contained inside of the gear

(Z16) on the transport roller shaft.

ADU motor

P24

P24

Z24P24

P24

Feed clutch (Z28)

Stack clutch (Z45)*

Z43/Z15*

P36

ADU pick-up rollerADU stack/feed roller

P24

A

CB

One-way clutch

Z16

The * marked gears are unique parts for this model.


15.5 Disassembling and ReassemblingVarious Parts

15.5.1 Removing the ADU covers

[A] Motor cover and gate cover

(1) Remove one screw fastening each cover.

[B] Lower cover

(1) Place the ADU upside down.

(2) Remove the 7 screws fastening the cover.

Motor cover

Gate cover


15.5.2 Transport system

[A] ADU vertical transport roller, exit roller and

EXIT/ADU selection gate


Remove the ADU exit cover (4 screws).

(3) Take out two screws from the ADU exit unit and

remove the vertical transport guide unit.

(2) Remove the exit sensor’s connector and clamp.

Remove the stop ring on the pivot shaft.

Take out the unit lifting up it from the pivot shaft.

ADU exit cover

Stop ringConnector

Vertical transport guide unit


(4) To take out the vertical transport roller, remove

the stop ring and bushing at the front and rear.

[B] Transport rollers 1, 2 and 3

(1) Take out the upper paper guide by removing

its two screws.

(5) To take out the EXIT/ADU selection gate and

exit roller, remove the stop ring and bushing at

the front, and the gear and bushing at the rear,

from the exit roller of ADU exit unit whose ver-

tical transport guide unit has already been ex-

tracted.

Stop ringBush

Bush

Stop ring

Bush

Stop ring

Gate

Bush

Gear

Upper paper guide

Exit roller

Vertical transportroller

Vertical transport guide


(3) To remove the open guide units (upper and

lower), remove the stop ring (front and rear, 1

each) and the snap pin (rear), push the units

toward the rear to have the front stud disen-

gaged, and then take out the units toward the

front.

Rear side

Front side

Open guide unit(upper and lower)

(2) Remove the stop ring securing the open guide

stopper.

Take out the open guide stopper from the open

guide (lower) while pushing it toward the rear.

Open guide stopperOpen guide (lower)

Stop ring

Rear side

Stud

Stop ringOpen guide unit(upper and lower)Rear side

Front side


[B-1] Removing transport roller-1

(1) Remove the open guide unit (lower), and two

stop rings, guide roller, gear, pulley, pin and

bushing at the front.

(2) Remove the stop ring and bushing at the rear.

(3) Remove the timing belt, bring transport roller-1

near to the front and then take it out toward the

rear.

Transport roller-1 Open guide unit (lower)

Transport roller-3

Transport roller-2

Timing belt

Gear Pulley

BushStop ring

Guide roller

Stop ring

Transport roller-1, front side

Stop ring

Bush

Roller shaft

Transport roller-1, 2, 3, rear side

Pin



(1) Remove the open guide unit (lower), and the

stop ring, two pulleys, two pins and bushing at

the front.




rear.


(1) Remove the open guide unit (lower), and the

stop ring, pulley, pin and bushing at the front.




rear.

[C] ADU pick-up roller(1) Take out the upper paper guide by removing

two screws.Take out the open guide stopper from the openguide after removing one stop ring.

(2) Take out the open guide unit (upper and lower)by removing two stop rings and one snap pin.

(3) Remove the stacker from the pick-up rollershaft.

(4) Remove the stop ring on each end of the ADUpick-up roller shaft and the gear at the front,and push the bushing to the inside.

(5) Remove the four pick-up roller guides from thepick-up roller shaft by pushing them downward,and lift the rear end of the shaft.

Timing belt

Pin Bush

Pulley

PulleyStop ring

Timing belt

Pin



Timing belt

Stop ring

Pin

Pulley Bush

Roller shaft

Pick-up roller guide

Stop ring

Gear

Stacker

Bush

ADU pick-up rollerStop ring


(6) Remove the bushing from the rear end of the

pick-up roller shaft and the stop ring at the rear

of the pick-up roller. Then, take the pick-up roller

out toward the rear.

Pick-up roller

Bush

Stop ring

ADU stack/feed roller

(3) Remove the stop ring on each end of the ADU

stack/feed roller shaft, and push the bushing

toward the inside.

(4) Remove the four pick-up roller guides from the

pick-up roller shaft by pushing them downward.

Then, lift the rear end of the shaft.

[D] ADU stack/feed rollers (Main and sub)

(1) Take out the upper paper guide by removing

two screws.


guide (lower) after removing one stop ring.

(2) Remove the open guide units (upper and lower)

by removing two stop rings and one snap ring.

ADU stack/feed roller (main)

Stop ring

Stop ring

ADU stack/feedroller (sub)

ADU stack/feedroller (sub)



ADU stack/feed roller

Stop ring

Bush

ADU separation roller

(5) Remove the bushing from the rear end of the

stack/feed roller shaft, and the stop ring and

pick-up roller guide at the rear.

(6) After removing the front stop ring, move the

roller and the entire guide toward the front and

remove the pin.

(7) From the rear, take out the sub-stack/feed roller,

pick-up roller guide, pin and main stack/feed

roller, pick-up roller guide, pin and sub-stack/

feed roller in this order.

Stop ring


Pin Stack/feed roller (sub)

Stack/feed roller (main)

Bush

[E] ADU separation roller

(1) Remove the two screws of the ADU separation

roller.


(2) Take out the unit toward the feed side.

(3) Remove the stop ring, pull out the shaft, and

take out the separation roller.

15.5.3 Drive system

[A] ADU motor

(1) Remove the upper paper guide by unscrewing

two screws.


guide (lower) after removing one stop ring.

(2) Take out the open guide unit (upper and lower)

by removing two stop rings and one snap pin.

(3) Remove the motor cover by unscrewing a

screw.

Separation roller unit

Separation roller

ShaftStop ring

Open guide unit(upper andlower)

Paper guide (upper)

Motor cover


(4) Remove the spring on the rear.

Spring

ADU feed unit

(5) Move the side guides toward the center. Take

out the ADU feed unit by unscrewing four

screws.

ADU motor

(6) Remove two screws and take out the ADU mo-

tor.

Side guides


[B] Feed clutch and stack clutch

(1) Remove the ADU motor bracket from the ADU

feed unit by unscrewing four screws.

(2) Remove the switch bracket by unscrewing a

screw.

(3) Disconnect the connectors of the feed clutch

and stack clutch. Loosening two setscrews of

each of the feed and stack clutches, take them

out from their shafts.

(4) Align the end surface of the shaft and clutch,

then securely tighten the two setscrews at this

position when reassembling the feed and stack

clutches.

Note) Make a gap of approx. 0.5 mm between

the feed clutch and the gear, and also be-

tween the stack clutch and the bush.

ADU motor bracket

Switch bracket

Setscrews

Feed clutch

Gap

Bush

Gear

Stack clutch

Align

Align

Gap


[C] Gate solenoid

(1) Remove the gate cover and motor cover by

unscrewing each screw.

(2) Disconnect the gate solenoid connector and

take out the gate unit by removing two screws.

Gate solenoid

End motorbracket

Timing belt

Timing beltSide motorbracket

[D] Side motor and end motor

(1) Place the ADU upside down.

(2) Remove the lower cover by unscrewing 7

screws.

(3) Unscrew two screws, take out the timing belt,

and remove the side motor bracket.

(4) The end motor can be removed by the same

procedure.

(3) Remove the gate solenoid by unscrewing two

screws.Arm

Gate solenoid

Spring


15.5.4 Various switches

[A] Jam switch and empty switch

(1) Remove the ADU feed unit.

(2) Remove the switch bracket.

(3) Unlatch the claws of the switches.

(4) Disconnect the connector.

Switch bracket

Jam switch

Empty switch

Side motor

End motor

(5) Remove the side motor and the end motor from

their brackets by unscrewing two screws for

each.

(6) Fix the side motor bracket at the position of 21

± 0.5 mm from the case when reassembling.

Side motor bracket21±0.5


[C] End switch

(1) Remove the upper paper guide and the open

guide units (upper and lower).

(2) Place the ADU upside down and remove the

lower cover.

(3) Remove the rail guide.

Rail guide

(5) Unlatch the claws of the switch.

Side switch

ADU motor bracket

Side switch bracket

[B] Side switch

(1) Remove the ADU feed unit.

(2) Remove the ADU motor bracket.

(3) Disconnect the connector.

(4) Remove the guide switch bracket from the ADU

motor bracket by unscrewing a screw.


(4) Disconnect the switch connector and unlatch

the claws of the switch.

End switch claws

End switch

Connector


15.6 Symbols and Functions of Electrical Parts15.6.1 Motors M

Symbol Abbreviation Function Remarks

DM1 ADU-MTR Drives paper transport rollers. Brushless motor

(ADU motor)

DM2 END-MTR Drives the end guide in the Pulse motor

(End motor) stack section.

DM3 SID-MTR Drives the side guides in the stack Pulse motor

(Side motor) section.

15.6.2 Solenoids


STSOL Used to open and close the gate.

(Gate solenoid)

15.6.3 Clutches


CLT1 FEDCLT (Feed clutch) Used for paper re-feeding.

CLT2 STCLT (Stack clutch) Used for stacking operation.

15.6.4 Switches and sensors


SA1 END-SW Detects the end guide position in Semiconductor sensor

(End switch) the stacking section.

SA2 SID-SW Detects the side guide position in the Semiconductor sensor

(Side switch) stacking section.

SA3 EMP-SW Detects when the ADU cassette runs Semiconductor sensor

(Empty switch) out of paper.

SA4 JAM-SW Detects the passage of paper through Semiconductor sensor

(Jam switch) the guide up to the stacking section.

SOL1


15.7 Layout for Electrical Parts

END-SW

STSOL SOL1

SA1

END-MTR DM2

SID-MTR DM3

SID-SW SA2

ADU-MTR DM1

FEDCLT

STCLT

JAM-SW

EMP-SW

CLT1

CLT2

SA4

SA3

Drawer connector forconnecting with the copier

Front side

Rear side


15.8 Description of Operation15.8.1 General operation

(1) Initializing

When the power switch is turned on or when the front cover is opened/closed or when the ADU is

pulled out/pushed in, this operation is performed.

(2) Stacking operation

This is an operation in which sheets of paper fed from the cassette and copied on their surface (first

side) are sent into the ADU stacking section and stacked there.

(3) Duplex copying

Sheets of paper which have been copied on their first sides are automatically sent into the copier and

copied on their reverse surface (second side).

(4) ADU paper feeding

This operation causes sheets of paper to be fed from the ADU into the copier.

15.8.2 Description of each operation

[A] Initializing

[A-1] Initializing when the power switch is turned on

(1) When the power switch is turned on, the end motor (END-MTR) DM2 rotates to move the end

guide in the stacking section to its home position.

(2) The side motor (SID-MTR) DM3 rotates to move the side guides to their home position.

[A-2] Initializing when the copier’s front cover is opened/closed

(1) The operation in step (1) above is performed.

[A-3] Initializing when the ADU is pulled out/pushed in

(1) The end motor (END-MTR) DM2 rotates to move the end guide to its home position once,

then moves it to the position corresponding to the selected size of paper.

(2) The side motor (SID-MTR) DM3 rotates to move the side guides to their home position once,

then moves them to the position corresponding to the selected size of paper.

[B] Stacking operation

(1) When the START key is pressed, the SID-MTR DM3 and END-MTR DM2 are rotated to

move the side and end guides to the position corresponding to the specified size of paper, and

the ADU-MTR DM1 is rotated clockwise to transport the paper. STSOL ( SOL1 ) is en-

ergized to position the EXIT/ADU selection gate in the direction of stacking, and STCLT CLT2 is

energized to rotate the ADU transport rollers in the direction of stacking.

(2) Jam detection inside the ADU is performed as follows:

JAM-SW SA4 is checked if it is turned on within a specified period of time after the copied

paper has turned on the copier’s exit switch. The switch is also checked if it is turned off within a

specified period of time after the exit switch was turned off by the paper.


(3) Each time five sheets of paper are stacked in the ADU, the side motor (SID-MTR) DM3 is

rotated to move the side guides so that the sheets stacked are aligned, then the side guides are

returned to their previous position.

(4) The above procedure (2)~(3) is repeated until the specified number of copies are made.

(5) After the final sheet is stacked in the ADU stack section, STSOL ( SOL1 ), STCLT

CLT2 and ADU-MTR DM1 are turned off.

[C] Feeding from ADU

(1) When the START key is pressed, the SID-MTR DM3 is rotated to move the side guides to

the specified size of paper and ADU-MTR DM1 is rotated clockwise and FEDCLT CLT1 is

turned on, causing the ADU feed roller and pick-up roller to rotate.

(2) Due to the operation in (1), the ADU tray is raised, causing the copy paper to come into contact

with the pick-up roller for paper feeding.

(3) A sheet of paper is fed out of the ADU and transported toward the copier’s aligning roller.

(4) When the sheet pushes the copier’s paper transport switch on, FEDCLT CLT1 is turned off,

causing the pick-up roller and feed roller to stop rotating.

(5) Then, the copier’s aligning roller starts rotating, and the copying process commences.

(6) The above procedure (2)~(5) is repeated until the specified number of copies are made. When

copies are finished, ADU-MTR DM1 is stopped rotation.

[D] Duplex copying

(1) When the first-side copying operation is started, ADU-MTR DM1 is rotated, and the side and

end guides are moved to the position of specified paper size by the SID-MTR DM3 and END-

MTR DM2 .

Additionally, the STSOL ( SOL1 ) and the STCLT CLT2 are turned on in the same way as

the [B] Stacking operation.

(2) The first-side copied sheet is transported into the ADU from the copier exit switch and gate

sections, and then stacked through the JAM-SW SA4 .

The ADU inside jam symbol comes on when the JAM-SW SA4 is not turned on within a

specified time after the copier exit switch is turned on, or the JAM-SW is not turned off within a

specified time after the copier exit switch is turned off.

(3) Each time five sheets of paper are stacked, the stacked sheets are aligned by the side motor

SID-MTR DM3 moving the side guides.

(4) The above procedure (2)~(3) is repeated until the specified number of sheets are stacked.

(5) The final sheet is stacked in the ADU, and then STSOL ( SOL1 ) and STCLT CLT2 are

turned off.

(6) When the RADF is not used, ADU-MTR DM1 is stopped once to turn over the original. After the

original has been turned over, ADU-MTR DM1 is rotated again to make a copy of the next

original in step 7 or later.

When the RADF is used, ADU-MTR DM1 is not stopped since the original is turned over

continuously.


(7) When the second-side copying is started, the side guides are moved by the SID-MTR DM3 to

the specified size position.

(8) When the FEDCLT CLT1 is turned on, the ADU paper feed tray is lifted up, and also the pickup

and feed rollers are driven, then one sheet of paper is separated and fed.

When the sheet reaches the copier’s transport switch, the FEDCLT CLT1 is turned off.

The ADU feed jam symbol comes on when the copier’s transport switch is not turned on within a

specified time after the FEDCLT CLT1 is turned on.

(9) The above step (8) is repeated until the specified number of copies are made. After copying has

been finished, ADU-MTR DM1 is stopped.

Meaning of signals

“L” LOW level “H”HIGH level

FEDCLT Paper feeding from ADU –

STCLT Paper stacking in ADU –

STSOL ADU stacking Normal paper existing

(Gate solenoid) Sending paper into ADU

JAM-SW No paper on ADU stack path Paper on ADU stack path

(Jam switch)

EMP-SW No paper in ADU stack section Paper in ADU stack section

(Empty switch)

SID-SW – Side guide home position L: Off

(Side switch) (Photosensor shielded) H:On

END-SW – End guide home position L: Off

(End switch) (Photosensor shielded) H: On

RemarksSignal name

15.8.3 Meaning of signals


15.8.4 Detection of abnormal status

When an abnormal condition is detected inside the ADU, a symbol corresponding to the condition is

shown on the copier’s control panel. The following kinds of abnormal statuses may be encountered:

(1) Abnormal statuses which can be cleared without pulling out/pushing in the ADU:

• Paper misfeeding which occurs while paper is being fed from the stacking section.

(2) Abnormal statuses which can be cleared by pulling out/pushing in the ADU:

• Paper misfeeding in the paper stacking section.

(3) Abnormal statuses which can be cleared only by turning off/on the copier’s power switch:

• When the side guides or end guide cannot be initialized to their correct positions.

[A] Paper misfeeding

(1)Paper misfeeding during duplex copying:

While paper is fed from the ADU, if the copier’s P-STP-SW is not turned on within about 1 sec.

after FEDCLT CLT1 was energized, it is judged that paper misfeeding has occurred during

ADU paper feeding, and a paper misfeed symbol is displayed. This condition can be cleared by

opening/closing the copier’s side cover.

(2)Paper misfeeding during paper stacking:

During paper stacking, if the ADU’s JAM-SW SA4 is not turned on within about 3 sec. after the

copier’s EXIT-SW was turned on/off, it is judged that paper misfeeding has occurred inside the

ADU. To clear this condition, pull out the ADU, remove the misfed sheet, then push in the ADU. (If

necessary, open/close the copier’s front cover.)

[B] Abnormal statuses at power on

(1)Paper remaining in the stacking section at power on:

If a sheet of paper is left in the stacking section when the power is turned on, a symbol indicating

that paper is still there is displayed on the copier’s control panel when the duplexing mode is

selected. This mode cannot be started until the paper is removed.

(2)Misfed paper remaining inside the ADU when the power is turned on:

If a misfed sheet of paper remains on the ADU’s paper path when the power is turned on, the ADU

misfeed symbol is shown. To clear this condition, pull out the ADU, remove the misfed sheet and

then push in the ADU. (If necessary, open/close the copier’s front cover.)

[C] “Serviceman Call” errors

(1)The paper side guides and end guide cannot be initialized :

During the initialization of the SID-MTR DM3 and END-MTR DM2 , if the respective home

switch positions are not detected, a message will be displayed indicating that the ADU cannot

function.


YES

NO

YES

NO

15.8.5 Flow charts

[A] General flow charts

(1) Duplex copying from single-sided originals

START key ON

Paper fed fromthe cassette

Copying

Copy transportedinto the ADU

Change originals

START key ON

1

1

Paper fed fromthe ADU

Copying

Copy exits fromthe machine

Final copy?

End

Required number of copies

made?


(2) Duplex copying from single-sided originals through ADF

YES

YES

YES

YES

YES

YES

NO

NO

NO

NO

NO

START key ON?

Oddnumber oforiginals?

Original fed from theADF

1


Copying

Copy exits from themachine

*

Next original fed fromthe ADF

Paper fed from thecassette

Copying

Copy transported tothe ADU

1

Next original fed fromthe ADF

Paper fed from theADU

Copying


Final original?

End

Requirednumber of copies

made?


made?


made?


(3) Duplex copying from two-sided originals

YES

NO

YES

NO

START key ON

Copying


Turn over the original

START key ON


Copying


Copy transported intothe ADU


made?

Final copy?

End

Place the original


(4) Duplex copying from two-sided originals through RADF

YES

NO

YES

YES

NO

NO

START key ON

1

Original fed fromthe RADF

Original reversed

Paper fed from thecassette

Copying

1

Original reversed


Copying

Copy exiting fromthe machine

Final originals?

End


made?

Required number of copies

made?

Copy transportedinto the ADU


STSOLON

YES

YES

YES

YES

YES

NO

NO

NO

NO

NO

SA4

DM1

CLT2

SOL1

SOL1

YES

NO

CLT2

DM1

SA4

Stacking operation

End guide moves to theposition matching the papersize.

Side guides move to thepaper size width +5 mmposition.

ADU-MTRrotates CW

STCLTON

JAM-SW

ON?

3 sec. elapsedafter copier’s EXIT-SW was

turned ON?

ADU jam

Standby

JAM-SWOFF?

2.5 sec. elapsedafter copier’s EXIT-SW was

turned OFF?

ADU jam

Align/5 sheetstacked?

Side guides move to thepaper size width +1 mmposition. (Aligning)

Side guides move back tothe paper size width +5 mmposition

Final copy?

STSOL

OFF

OFF

ADU-MTR stops

STCLT

[B] Control flow charts

(1) Stacking operation


YES

YES

NO

NO

DM1

CLT1

CLT1

YES

YES

NO

NO

DM1

(2) Duplex copying operation

Duplex copying

ADU jam

stops

FEDCLT

ADU-MTR

ON

ON

CopierPSTP-SW

ON?

FEDCLT

1.1 sec elapsed afterFEDCLT wasturned on?

Final copy?

Has thefinal copy exited

into the copytray?

ADU-MTR

Standby

stops


0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.0

011

.00

12.0

0

0.76 1.

06

1.61

0.1

1.71

1.71

8.54

9.79

5.85

3.31

3.26

2.26

4.20

11.4

1

11.4

1

11.4

1

9.34

15.8.6 Timing charts

(A) Timing for ADU stacking (A4 size, feeding from copier’s two cassettes)

Cop

ier

side

AD

U s

ide

PS

TP

CU

(Pap

er s

top

switc

h)

PS

TP

C0

(Pap

er s

top

switc

h)

RG

T-C

LT(A

ligni

ng r

olle

r)

EX

IT-S

W(E

xit s

witc

h)

AD

U-M

TR

(AD

U m

otor

)

ST

SO

L(G

ate

sole

noid

)

ST

CLT

(Sta

ck c

lutc

h)

EM

P-S

W(A

DU

em

pty

switc

h)

JAM

-SW

(Ja

m

de

tect

ion

sens

or)


0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.0

011

.00

12.0

0

0.65

1.02

1.52

4.11

0.1

0.17

0.67

7.50

5.76

3.22

3.17

2.15

0.71

(B) Timing for ADU re-feeding (A4 size, single-sheet stacking)

Cop

ier

side

AD

U s

ide

PS

TP

CU

(Pap

er s

top

switc

h)

PS

TP

C0

(Pap

er s

top

switc

h)

RG

T-C

LT(A

ligni

ng r

olle

r)

EX

IT-S

W(E

xit s

witc

h)

AD

U-M

TR

(AD

U m

otor

)

ST

SO

L(G

ate

sole

noid

)

ST

CLT

(Sta

ck c

lutc

h)

EM

P-S

W(A

DU

em

pty

switc

h)

FE

DC

LT(F

eed

clut

ch)


15.8.7 Harness connection diagram

To c

opie

r


15.8.8 Circuit diagrams (1/2)

[R]

[R]

[R]

[C]

[C]

[R]

[R]

[R]

[C]

[C]

F

12

A B

54

36

78

C D E

78

16

54

23

DBA

C E F

[R][R]

[R]

[R]

[R]

[C]

[C]

[VCC]

[VCC]

[GND]

[GND]

[GND]

[GND]CLAMP

CLAMP

[I62308S]

[VCC]

[VCC]

[GND]

[GND]

[GND]

[GND]CLAMP

CLAMP

[I62308S]

[VCC]

[VCC]

[GND]

[GND]

[GND]

[GND]CLAMP

CLAMP

[I62308S]

VDD

R124.7K 12

4.7K R102 1

4.7K R112 1

0.1/12

C5

1 20.1/50

C4

1 2

GND

VDD

R24.7K 12

R44.7K 12

4.7K R32 1

[SIDM-A]

0.1/50

C8

1 2C9

0.1/1221

GND

12

VDD

[SIDMA]

4.7K R52 1

VDD

R74.7K 12

4.7K R62 1

R84.7K 12

4.7K R92 1

[ENDMA]

[ENDM-A]

GND

C7

0.1/1221

C6 0.1/50

21

IC3

9

107

152

16

3

146

11 8 4 5

12

131

[ENDMC]

[ENDMB]

[ENDMD]

IC2

9

107

152

16

3

14611 8 4 512131

[ENDM-C]

[ENDM-B]

[ENDM-D]

[STSOLAD]

[FDCLTAD]

[STCLTAD]

[STSOL-AD]

[STCLT-AD]

[FDCLT-AD]

[SIDMC]

[SIDMB]

[SIDMD]

[SIDM-C]

[SIDM-B]

IC1

1

1312548

116

143

16 2

157109

[SIDM-D]

+5VSW

+5VSW

ENDMB

24V

24V

DG

DG

DG

STSOLAD

FDCLTAD

SIDMA

SIDMC

SIDMD

SIDMB

SIDM-A

ENDMC

ENDMD

ENDMA

DG

24V

ENDM-A

DG

STCLTAD

DG

ENDM-C

ENDM-B

ENDM-D

+5VSW

STSOL-AD

STCLT-AD

FDCLT-AD

SIDM-C

SIDM-B

SIDM-D

How to search for where a signal in a circuit diagram has jumped to.

HINT


Circuit diagrams (2/2)

[CN4]

[CN2]

[CN10]

[CN14]

TO LGC

PJAM1SW

PEMPSW

SIDSW

AD-CNT

ENDSW

[CN9]

[CN13]

F

12

AA

B

54

36

78 8

C D E

71

65

42

3

DB C E F

TO ACC

TO LGC

END-MTR

SID-MTR

ADU-NOT

FED-CLT

STK-CLT

GATE-SOL

[CEP]

[CEP]

[R]

[CEP]

[CN6]

[CN6]

[SIDMD]

[SIDMB]

[SIDMC]

J416

53052-4V

321 4

J414

53052-2V

21

J402

17548710V

2 3 4 5 6 7 8 9101

J410

53052-14V

14

11121 98765432

10

13

[SIDMA]

[ENDMC]

VDD

J405

175487-9V

87654321 9

J401

17548713V

1211102 3 4 5 6 7 8 91

13

22

[STSOLAD]

[STCLTAD]

[FDCLTAD]

[ENDMD]

[ENDMB]

[ENDMA]

GND

DG

GND

VDD VDD

[SIDM-A]

[SIDM-C]

[SIDM-B]

[SIDM-D]

[ENDM-A]

[ENDM-C]

[ENDM-B]

[ENDM-D]

[STSOL-AD]

[STCLT-AD]

[FDCLT-AD]

GND

GND

22/16

C1

1 2

VDD

47/50

C3

1 2

1/2W10K

R12 1

22/16

C2

1 2

53324-6

J413

1 2 3 4 5 6

53324-6

J418

1 2 3 4 5 6

SIDM-A

SIDM-C

SIDM-B

SIDM-D

PJAM1AD

PEMPAD

SIDSW

24V

DG

ENDMC

ENDMB

ENDMD

SIDMC

STSOLAD

24V

ENDMA

SIDMD

24V

FDCLTAD

STCLTAD

SIDMB

+5VSW

24V

SIDMA

MOTON-AD

ENDM-B

ENDM-A

ENDM-C

ENDM-D

STSOL-AD

STCLT-AD

FDCLT-AD

MOTBK-AD

PLLOK-AD


HINT


15.8.9 PC board assembly

September 1997 © TOSHIBA 16 - 1 2460 ELECTRIC CIRCUIT DIAGRAM


HINT

16. ELECTRIC CIRCUIT DIAGRAM16.1 Logic circuit (PWA-LGC) 1/20

AC04F

*3

C C C

RTP

C C

C

RTP

RTP

7407M

RTP

RTP

RTP

7407M

7407M

7407M

RTP

RTP

RTP

C

RTP

RTP

/AN7

/AN6

/AN5

/AN4

/AN3

/AN2

/AN1

/LCAS3/REFOUT3

/TOB

/P20

/P21

/P22

/P23

/P24

/P25

/P26

/P27/P17

/P16

/P15

/P14

/P13

/P12

/P11

/TO7

/HWR

/BUSAK

/R/W

/CS0

/CS2

/RAS1

/WE1

/LCAS1

/TOA

/REFOUT1/WE1

/RAS3/CS3

/WE3

/PG00

/PG13

/PG12

/PG11

/PG10

/PG03

/PG02

/PG01

/BS

/INT3

/INT2

/INT1

/INT0

/NMI2

/TXD0

/TI0

/TI6

/TO5

/TI4

/TO3

/TI2

/TO1

/SCLK1

/CTS1

/RXD1

/TXD1

/RXD0

/SCLK0

/CTS0

/TI8

/TI9

/TIA

/TIB

/TO8

/TO9

/INT6

/INT7

/INT5

/INT4

95C063F

/SCOUT

/WAIT

/16

/UCAS3/UW3

/CAS3/WE3

/UCAS1/UW1

/LW1/CAS1

/CS1

/BUSRQ

/P10

/LW3

/INT8

/AN0

RTP

RTP

RTP

7407M

7407M

RTP

C

C

C

RTP

RTP

RTP

RTP

C

RTP

RTP

7407M

RTP

RTP

C

RTP

IC23

5 6

[IMGFAN-0A]

VDD

[MRD-0A]

[DUCTFAN3-0]

CC0.1/25

C106

1

2

CC0.1/25

C104

2

1

CC0.1/25

C95

1

2

R317

1/10W22K

1 2

[RGTST]

[RST-SW]

[SCCLK-0]

[LRGON-0]

[EXPON-0]

C45CC10P/50F

1

2 CC10P/50FC46

2

1CC0.1/25

C107

1

2

1/10W100R243 21

1/10W1M

R2501 2

GNDGND

IC53

4 3

R65 1/10W1001 2

R325

1/10W22K

1 2

R305

1/10W22K

1 2

IC8

3 4

IC8

5 6IC8

11 10

[DFTXDA]

[MACKDFA]

[MREQDFA]

[DFREQ]

VDD

1/10W4700R142 2 1

R135 1/10W470012

1/10W4700R100 2 1

C137

CC0.1/252

1

[MVDEN-0]

1/10W100R237 21

1/10W22K

R318 21

IC37

15

4

3

117

116

115

114

113

112

111

110

109

107

106

105

104

103

102

101

100

99

98

97

96

95

94

93

75

76

77

78

79

80

81

82

84

85

86

87

88

89

90

91

18

48

83

108

132

5

37

57

74

92

118

71

70

69

68

67

66

65

64

63

62

61

60

59

58

49

50

51

52

53

54

55

56

32

33

34

43

44

45

46

47

24

25

26

27

28

29

30

31

14

16

17

19

20

21

22

6

7

8

9

10

11

12

13

133

134

135

136

137

138

139

140

131

130

129

128

127

126

125

124

123

122

121

120

119

143

144

40

23

36

38

39

35

1

2

142

141

42

41

73

72

[PFCK-0]

[TXRDY]

GND

[CS2-0]

[HOME-1]

GND

[DEVCNT-0]

[ADCNT-0]

[FNCNT-0]

[DFACK]

[PSTP-1]

[PLTM-1]

[ATN-0] [HTRTH2-]

[ATTN0]

[DRMTH]

R83

1/10W4700

12

1/10W4700

R315

21

[RAS1-0]

[CAS1-0]

[MDT[0:15]-1A]

[MAD[0:18]-1A]

[TMON-0A]

[SSR+]

[MMPLL-0]

[DOCB-0]

[DOCC-0]

[DOCA-0]

[MMON-0]

[MMBRK-0]

[CW-0]

[RGTCLT-0]

[WDTEN]

[DOCD-0]

[HSYNG-1]

[PFINT2-1]

[CS0-0]

[GAWR-0]

[WDTOUT]

[HTRDY-0]

[DFRXD]

[PVDEN-0]

VDD

[WAIT]

1/10W4700

R174

12

[COM]

[HTRTH-]

[24VCHK]

IC53

13 12

IC531011

R2241/10W4700

12

VDD

C114

CC0.1/25

1

2

C88

CC0.1/25

2

1

CC0.1/25

C86

2

1

1/10W22KR172 21

R314 1/10W22K1 2

1/10W22KR82 21

1/10W4700

R307

21

VDD

[MMOTCK-0]

[UW1]

[LW1]

C85CC0.1/25

1

2

GND

GND

1/10W4700

R246

21

R242

1/10W4700

12

IC18

10 11

[OPTFAN2-0]

1/10W4700

R316

21

[SCRSOL-0]

1/10W10K

R64

21

22MX3 21

[DUCTFAN-0]

[MWR-0A]

[MRST-0]

[CPUCK-1]

C115CC2200P/50

1

2

1/10W4700R152 21

CPUCK-1

MWR-0A

ATN-0

LRGON-0

PSTP-1

DFACK

GAWR-0

SCRSOL-0

RST-SW

UW1

CS0-0

PFINT2-1

MACKDFA

DFTXDA

MREQDFA

DFREQ

DOCC-0

DOCB-0

LW1

MVDEN-0 HTRTH-

ADCNT-0

24VCHK

MMON-0

WR

RD

RESET

WDTOUT

VREFH

VREFL

DAREFL

DAREFH

AM8

X2

X1

CLK

NMI

EA

AVCC

AVSS

PE7

PE6

PE5

PE4

PE3

PE2

PE1

PE0

PD4

PD3

PD2

PD1

PD0

PC7

PC6

PC5

PC4

PC3

PC2

PC1

PC0

PB7

PB6

PB5

PB4

PB3

PB2

PB1

PB0

PA7

PA6

PA5

PA4

PA3

PA2

PA0

P97

P96

P95

P94

P93

P92

P91

P90

P87

P86

P85

P84

P83

P82

P81

P80

P77

P76

P75

P74

P73

P72

P71

P70

P67

P66

P65

P64

P63

P62

P61

P60

P57

P56

P55

P54

P53

P52

DVSS6

DVSS5

DVSS4

DVSS3

DVSS2

DVSS1

DVCC5

DVCC4

DVCC3

DVCC2

DVCC1

D15

D14

D13

D12

D11

D10

D9

D8

D7

D6

D5

D4

D3

D2

D1

D0

A23

A22

A21

A20

A19

A18

A17

A16

A15

A14

A13

A12

A11

A10

A9

A8

A7

A6

A5

A4

A3

A2

A1

A0

DAOUT0

DAOUT1

PA1

MMOTCK-0

PFCK-0

CAS1-0

ATTN0

RGTST

DOCD-0

WAIT

COM

DOCA-0

HSYNG-1

MMPLL-0

SCCLK-0

RGTCLT-0

PLTM-1

FNCNT-0

DFRXD

TMON-0A

CW-0

MMBRK-0

WDTEN

PVDEN-0

HTRDY-0

SSR+

RAS1-0

HOME-1

TXRDY

DRMTH

CS2-0

MRD-0A

MDT[0:15]-1A

MDT14-1A

MDT13-1A

MDT12-1A

MDT11-1A

MDT10-1A

MDT9-1A

MDT8-1A

MDT7-1A

MDT6-1A

MDT5-1A

MDT4-1A

MDT3-1A

MDT2-1A

MDT1-1A

MDT15-1A

MDT0-1A

MAD[0:18]-1AMAD18-1A

MAD17-1A

MAD1-1A

MAD2-1A

MAD3-1A

MAD4-1A

MAD5-1A

MAD6-1A

MAD7-1A

MAD8-1A

MAD9-1A

MAD10-1A

MAD11-1A

MAD12-1A

MAD13-1A

MAD14-1A

MAD15-1A

MAD16-1A

MAD0-1A

OPTFAN2-0

DEVCNT-0

WDTOUT

HTRTH2-

DUCTFAN-0

EXPON-0

IMGFAN-0A

DUCTFAN3-0

MRST-0

32

45

67

81

87

63

45

21

120

F E C BD A

F E D C B A

2460 ELECTRIC CIRCUIT DIAGRAM 16 - 2 September 1997 © TOSHIBA


HINT

16.1 Logic circuit (PWA-LGC) 2/20

C

7407M

7407M

7407M

*2

7407M

7407M

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

C2XB

RTP

RTP

C

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*3

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*9

7407M

7407M

7407M

7407M

7407M

7407M

RTP

RTP7407M

RTP

RTP

RTP

7407M

RTP

CC

C138CC0.1/25 2

1

[PMSP0-0A]

[HVGB-0A]

IC8

1 2

[PMSP1-0A]

[CTRADD]

IC8

9 8 IC54

21

[FDCLT-AD]

[STCLTAD] IC41

4 3

GND [EXPPWM]IC41

9 8

1/10W100R207 21

R103

1/10W4700

21

1/10W100R308 21

1/10W100R201 21

[CSIP2-0]

[ZMDTCT]

R73 1/10W22K1 2

1/10W4700

R156

12

R173 1/10W1001 2

1/10W100R168 21

E8

E7

E6

E5

E4

E3

E2

E1

IC33

GND_PIN=176,182,191,202GND_PIN=155,156,159,162GND_PIN=131,139,144,149GND_PIN=105,106,112,121

GND_PIN=26,37,44,51GND_PIN=1,2,7,12,17VDD_PIN=183,198,208VDD_PIN=104,130,157VDD_PIN=27,53,67,78

GND_PIN=52,57,79,88,97

18

20

29

19

21

22

23

24

72

95

93

73

94

74

77

76

41

42

38

82

40

80

39

81

43

69

34

35

31

70

68

33

32

36

190

181

184

180

179

186

187

177

178

100

101

99

98

188

189

185

160

96

71

83

111

136

138

201

137

85

86

87

89

90

91

92

107

108

109

110

113

114

115

116

117

118

119

120

122

123

124

125

126

127

128

129

132

133

134

135

75

199

200

161

16

15

14

13

11

10

9

8

6

5

4

3

206

205

204

203

197

196

195

194

193

192

166

165

164

163

154

153

152

151

150

65

64

63

62

61

60

59

58

50

49

48

47

148

147

146

145

143

142

141

140

175

174

173

172

171

170

169

168

167

66

84

55

56

102

30

28

25

46

45

VDD

R151 1/10W470021

R177 1/10W47001 2

GND

C62CC2200P/50

1

2

[HVMNG-0A]

[APS1]

1/10W4700R217 21

R216 1/10W47001 2

1/10W4700R206 21

R205 1/10W47001 2

R185 1/10W47001 2

1/10W22KR51 21

1/10W22KR8 21

1/10W22KR319 21

R313 1/10W22K1 2

R212 1/10W1001 2

R176 1/10W1001 2

R183 1/10W1001 2

1/10W100R186 21

R19 1/10W22K1 2

1/10W22KR230 21

R161 1/10W22K1 2

1/10W22KR154 21

1/10W100R171 21

R146 1/10W22K1 2

[DATA1-1]

[MAD0-1A]

[MAD1-1A]

[MAD2-1A]

[MAD9-1A]

[MAD10-1A]

[MAD11-1A]

[MAD12-1A]

[MAD13-1A]

[MAD14-1A]

[PSTPR]

[FANCHG1]

[PFRXD]

[PFACK]

[MREQ-PF]

[MACK-PF]

[PMTLK-0]

[CTR-RET]

[APSR]

[TFUL-0]

[SZ2]

[A3DTCT]

[ERROR]

[SZ1]

[WDTCLK]

[CTR-ON]

[LDON-1]

[DRVEN-0]

[FANCHG0]

[DUCTFAN2-0]

[OPTFAN-0]

[PCC-0A]

[HVSP-0A]

[HVTR-0A]

[PFTXD]

[MWR-0A]

[GARST]

[CS0-0]

[GAWR-0]

[MRD-0A]

[DADAT2]

[DALTH]

[DADAT1]

[DACLK]

[HVM-0A]

[ERSLP-0]

[FANCHG2]

[PMON-0A]

[CLKSL0-1]

[CLKSL1-1]

[MNLOFF-1]

[LE-0]

[SZ0]

[EXITSW-0]

[APSC]

[OVUN-0]

[ENABLE]

[ATSET-0]

[MDT[0:7]-1A]

GND

[SARAHCS-0]

[PFREQ]

1/10W470

R200

21

R195

1/10W470

12

1/10W470

R211

21

[H.OFF-1]

[CWCCW-0]

[DATA0-1]

[DATA2-1]

[SCNCNT-0]

R204 1/10W47021

R184 1/10W47021

VDD

1/10W4700R320 1 2

R46 1/10W470021

[APS2]

[APS3]

VDD

GND

1/10W4700

R153

12

R150

1/10W4700

21

R241

1/10W4700

21

1/10W4700

R233

12

R18

1/10W4700

21

1/10W22KR311 21

[TXRDY]

R72

1/10W4700

21

GND

1/10W470R218 1 2

[PFINT2-1]

[PGNCNT-0]

R48 1/10W470021

VDD

R247 1/10W22K1 2

1/10W22KR99 21

1/10W4700

R310

12

IC53

21IC53

65 IC53

9 8

IC8

13 12

IC54

1213

IC54

89

R106 1/10W1001 2

[PLGCLK]R116

1/10W100

1 2

IC54

65

1/10W100R69 21 [CSSCC]

GND

[FDCLTAD]

1/10W1M

R1551 2

R312 1/10W470021

IC54

11 10

R70

1/10W100

1 2

C82

CC10P/50F

1

2CC10P/50F

C582

1

8MX1 21

[PMBRK-0A]

GND

[DATA3-1]

PMSP0-0A

PMSP1-0A

FANCHG0

SZ2

SZ1

SZ0

ERROR

ZMDTCT

CTR-RET

CTR-ON

PMBRK-0A

FANCHG2

STCLTAD

FDCLT-AD DADAT2

PFINT2-1

PGNCNT-0

EXITSW-0

APS1

DECOA

ENB

MULTA

DECOB

Y0B

Y1B

Y2B

Y3B

TXD2

RXD2

DSR2

DTR2

CTS2

RTS2

UARTINT2

RXRD2

TXRD1

RXRD1

TXD1

RXD1

RTS1

DSR1

DTR1

CTS1

UARTINT1

CTS0

TXRD0

RXRD0

TXD0

RXD0

DSR0

RTS0

DTR0

UARTINT0

TO1

DSPLTH

DSPDAT

DSON1

DSON0

DALTH

DADAT

LELTH

LEDAT

CSIPC0

CSIPC1

CSRAM1

CSRAM0

WRRAM

PWM

SCK

X2

UTEST2

UTEST0

UTEST1

TEST2

TE01

RW

RST

EN0

O01

O02

O03

O04

O05

O06

O07

O10

O11

O12

O13

O14

O15

O16

O17

O20

O21

O22

O23

O24

O25

O26

O27

O30

O31

O32

O33

O34

O35

O36

O37

TXRD2

WR

RD

X1

IO17

IO16

IO15

IO14

IO13

IO12

IO11

IO10

IO07

IO06

IO05

IO04

IO03

IO02

IO01

IO00

IN32

IN31

IN30

IN27

IN26

IN25

IN24

IN23

IN22

IN21

IN20

IN17

IN16

IN15

IN14

IN13

IN12

IN11

IN10

IN07

IN06

IN05

IN04

IN03

IN02

IN01

IN00

DT7

DT6

DT5

DT4

DT3

DT2

DT1

DT0

ADRS14

ADRS13

ADRS12

ADRS11

ADRS10

ADRS9

ADRS2

ADRS1

ADRS0

IN33

O00

X2O

X1I

CSI0

MULTY

MULTD1

MULTD0

INVO

INVI

TXRDY

APS3

PFACK

PSTPR

ATSET-0

OVUN-0

DATA1-1

MAD1-1A

MAD9-1A

FANCHG1

PFREQ

PFRXD

MREQ-PF

MACK-PF

PMON-0A

WDTCLK

MNLOFF-1

CLKSL0-1

GARST

GAWR-0

PFTXD

HVTR-0A

HVSP-0A

HVM-0A

HVGB-0A

ERSLP-0

PCC-0A

OPTFAN-0

MRD-0A

MWR-0A

DACLK

LE-0

CLKSL1-1

LDON-1

DRVEN-0

CS0-0

DATA0-1

CWCCW-0

DATA2-1

MAD2-1A

MAD13-1A

MAD12-1A

MAD11-1A

MAD10-1A

MDT6-1A

MDT5-1A

MDT4-1A

MDT3-1A

MDT2-1A

MDT1-1A

MDT7-1A

MDT[0:7]-1A

MDT0-1A

MAD14-1A

APSR

MAD0-1A

SCNCNT-0

TFUL-0

PMTLK-0

APS2

APSC

SARAHCS-0

CSIP2-0

HVMNG-0A

DALTH

DADAT1

PLGCLK

CSSCC

EXPPWM

FDCLTAD

DUCTFAN2-0

H.OFF-1

A3DTCT

CTRADD

ENABLE

DATA3-1

32

45

67

81

87

63

45

21

220

F E C BD A

F E D C B A



HINT


RTP

7407M

7407M

7407M

7407M

7407M

7407M

7407M

RTP

RTP

*3

RTP

RTP

RTP

7407M

7407M

RTP

91C640N

RTP

RTP

RTP

C

RTP

7407M

7407M

7407M

7407M

7407M

RTP

4 2 1

&

7 6 5 4 3 2 01

[HC138A]

BIN/OCT

EN

[STCLTAD]

VDD

RR14

4700

54

3

1

68

97

2 VDD

GND

R124

1/10W4700

21

GND

IC26 6

5

IC18 2

1

IC18 6

5IC18 8

9

IC18 4

3

IC26 8

9

IC26 4

3

1/10W470

R109

12

R90

1/10W4700

2 1

1/10W4700

R11012

R105

1/10W4700

12

1/10W4700

R10112

[PFREQ]

[PSTPR]

[DRV-[0:7]]

VDD

IC26 2

1[ENDM-A]

[ENDM-B]

[ENDM-C]

[ENDM-D]

[SIDM-A]

[SIDM-B]

[SIDM-C]

[SIDM-D]

[PFRXD]

[PFACK]

IC26 10

11

[CLK-D]

[CLK-C]

[CLK-B]

[CLK-A]

[STSOL-AD]

[FDCLTAD]

GND

X2

12M

13

2

R157

1/10W1M

21

[SKT]

IC20

56

22

55

63

21

60

62

34

19

18

17 876

57

59

20

61

16

15

14

13

9 10

11

12

28

29

30

31

24

25

26

27

51

52

53

54

47

48

49

50

43

44

45

46

39

40

41

42

35

36

37

38

58

23

3 4 52 1

33

R123

1/10W22K

21

[AD-CNT]

[MACK-PF]

[PFTXD]

[PSTP-1]

VDD

1/10W22K

R84

12

[24VCHK]

1/10W4700

R147

12

C60

CC2200P/50

12GND

[SIZE[0:3]]

[MREQ-PF]

[RGTST]

[PFCRST]

VDD

R81

1/10W4700

21

[RETS[0:7]]

[AMOT-BRK]

[AMOT-OFF]

[RGCLT-CU]

IC41 2

1

IC41

56

IC41 12

13

IC41

11

10

IC26 12

13

[STCLT-AD]

R108

1/10W470

21

4700

RR8

82

65

7

1

94

3

VDD

[SCSW-A]

[SCSW-B]

[SCSW-C]

[SCSW-D]

[SCSW-E]

[SCSW-F]

IC15

6 2 1

1097

12

13

5

15

14

11

34

STCLTAD

PSTPR

PFACK

DRV-[0:7]

DRV-5

DRV-0

DRV-1

DRV-2

DRV-3

DRV-4

DRV-6

DRV-7

SIDM-D

SIDM-C

SIDM-B

SIDM-A

ENDM-D

ENDM-C

ENDM-B

ENDM-A

CLK-C

CLK-D

STSOL-AD

STCLT-AD

RETS[0:7]

RETS0

RETS1

RETS2

RETS3

RETS4

RETS7

RETS6

RETS5

SIZE3

SIZE2

SIZE1

SIZE0

SIZE[0:3]

PSTP-1

24VCHK

PFTXD

PFCRST

MACK-PF

AD-CNT

RGTST

P30/RXD

RST

EA

P37/WAIT

NMI

P34/CTS

P36/WR

X2

P82/INT2

P81/INT1

P80/INT0

P55/AN5

P54/AN4

P53/AN3

P31/RXD

P33/TXD

P83/TO34

P35/RD

P73/M13

P72/M12

P71/M11

P70/M10

P60/M00

P61/M01

P62/M02

P63/M03

P04/D4

P05/D5

P06/D6

P07/D7

P00/D0

P01/D1

P02/D2

P03/D3

P40/A16

P41/A17

P42/A18

P43/A19

P24/A12

P25/A13

P26/A14

P27/A15

P20/A8

P21/A9

P22/A10

P23/A11

P14/A4

P15/A5

P16/A6

P17/A7

P10/A0

P11/A1

P12/A2

P13/A3

P32/TXD

CK

P50/AN0

P51/AN1

P52/AN2

AGND

VREF

X1

CLK-B

CLK-A

PFRXD

AMOT-BRK

AMOT-OFF

RGCLT-CU

PFREQ

MREQ-PF

FDCLTAD

SCSW-A

SCSW-B

SCSW-C

SCSW-D

SCSW-E

SCSW-F

87

63

45

21

320

E C BD A

32

45

67

81

E D C B A



HINT


27C4002100F1

RTP

[VSS/L]

[VDD/U]

D/A8

[AA62353S]

DI

CK

LD

AO8

AO7

AO6

AO5

AO4

AO3

AO2

AO1

DO

[VCC]

[GND]

RTP

RTP

[VSS/L]

[VDD/U]

D/A8

[AA62353S]

DI

CK

LD

AO8

AO7

AO6

AO5

AO4

AO3

AO2

AO1

DO

[VCC]

[GND]

RTP

RTP

C

RTP

RTP

C

OE

0

255

DRAM64KX16

[M61664]

A

UW

LW B12

B16

B15

B14

B13

B11

B10

B9

B8

B7

B6

B5

B4

B3

B2

B1

6

0

1

2

3

4

5

7

RAS

CAS

IC42

[SKT]

9

1

21

32

31

25

26

27

28

29

24

23

22

33

34

35

36

37

38 4

3

5

6

8

7

10

20

2

39

19

16

17

15

14

12

13

18

[LW1]

[UW1]

R125

1/10W100

1 2

[RAS1-0]

[CAS1-0]

IC51

15

2

3

4

5

6

7

10

9

8

14 11

12

13

16

1

VDD

VDD

R115 1/10W1001 2[DACLK]1/10W100R112 21[DALTH]

[DADAT1]

IC45

1

16

13

12

1114

8

9

10

7

6

5

4

3

2

15

[GRVREF]

[SPAVREF]

[DACLK]

[HTRVREF]

[SCNVREF]

[LPVREF2]

[LPVREF1]

[MRD-0A]

[CS2-0]

R236

1/10W3300

12

1/10W3300

R231

21

VDD

VDD

[MAD[0:18]-1A]

[MDT[0:15]-1A]

[PCAVREF]

[ATVREF]

[DADAT2]

GND

CC0.1/25C132

2

1

1/10W100R114 21

R113 1/10W1001 2[DALTH]

[SPDVREF]

[TVREF]

[DEDVREF]

C36CC0.1/25

1

2

GND

60

IC38

14

29

37

39

38

36

35

34

33

32

9

8

7

5

4

3

215

16

17

18

19

22

23

24

13

12

6

28

Q9

VPP

A0

A10

A9

A4

A5

A6

A7

A8

A3

A2

A1

A11

A12

A13

A14

A15

A16 Q14

Q15

Q13

Q12

Q10

Q11

Q8

OE

CE

A17

Q0

Q3

Q2

Q4

Q5

Q7

Q6

Q1

LW1

UW1

MRD-0A

RAS1-0

CAS1-0

DACLK

DALTH

DADAT1

GRVREF

SPAVREF

DADAT2

HTRVREF

SCNVREF

LPVREF2

LPVREF1

CS2-0

MDT15-1A

MDT14-1A

MDT13-1A

MDT12-1A

MDT11-1A

MDT10-1A

MDT9-1A

MDT8-1A

MDT7-1A

MDT6-1A

MDT5-1A

MDT4-1A

MDT3-1A

MDT2-1A

MDT1-1A

MDT0-1A

MDT[0:15]-1A

MDT0-1A

MDT1-1A

MDT2-1A

MDT3-1A

MDT4-1A

MDT5-1A

MDT6-1A

MDT7-1A

MDT8-1A

MDT9-1A

MDT10-1A

MDT11-1A

MDT12-1A

MDT13-1A

MDT14-1A

MDT15-1A

MAD2-1A

MAD18-1A

MAD17-1A

MAD16-1A

MAD15-1A

MAD14-1A

MAD13-1A

MAD12-1A

MAD11-1A

MAD10-1A

MAD9-1A

MAD8-1A

MAD7-1A

MAD6-1A

MAD5-1A

MAD4-1A

MAD3-1A

MAD1-1A

MAD1-1A

MAD2-1A

MAD3-1A

MAD4-1A

MAD5-1A

MAD6-1A

MAD7-1A

MAD8-1A

MAD[0:18]-1A

PCAVREF

ATVREF

DACLK

DALTH

SPDVREF

TVREF

DEDVREF

32

45

67

81

87

63

45

21

420

F E C BD A

F E D C B A



HINT


MC74

HC14F

MC74

HC14F

MC74

HC14F

RTP

HC32F

MC74

RN2401

4700

4700

4700

RN1401

4700

4700

RN1401

4700

RN2401

4700

4700

HC32F

MC74

C

C

RTP

7046P

14538F

RTP

RTP

RTP

4700

RN1401

4700

RTP

RTP

RTP

HC132F

MC74

MC74

HC14F

MC74

HC14F

RTP

RTP

4700

RN1401

4700

RTP

MC74

HC14F

RTP

RTP

RTP

C

RTP

HC32F

MC74

HC32F

MC74

RTP

IC32 12

13

IC32

98

IC32

11

10

VDD

1SS184 D6

32

1

GND

1SS184 D8

32

1

1/10W4700

R104

21

IC17 11

12

13

Q13

1

23Q16

2 3

1

Q14

1

32

Q93 2

1[EXPON-0]

VDD

[DRVEN-0]

[DRVEN-0A]

IC17 8

9

10

GND

GND

C34

CC2200P/50

12

C41

CC0.1/25

12

R167

1/10W4700

1 2

VDD

VDD

IC31

312

IC22

115

97

133

10

6

142

124

[GARST]

[PFCRST]

[MRST-0]

VDD

[WDTCLK]

1/10W1000

R119

21

R166

1/10W68

21

02CZ3.3X

D9

32

R169

1/10W4700

21

Q12SA1428Y

1

2 3

Q3

1

32

1/10W4700

R120

21

1/10W100K

R121

21

[WDTOUT]

[WDTEN]

1/10W3300

R175

12

GND

IC16

9

10

8

IC32 2

1

IC32

56

1/10W22K

R178

21

1/10W120

R179

21

Q4

1

32

VDD

1/10W4700

R180

21

IC32 4

3

GND

GND

GND

C9

CE4.7/16

12

[24VCHK]

1/10W22K

R91

21

GND

[FINRST-0]

1/10W4700

R102

21

R118

1/10W4700

12

GND

C52

CC0.1/25

12

CE4.7/16 C7

2 1

1/10W22K

R85

21

VDD

VDD

[EXPON-0A]

[LRGON-0A]

IC17

546

[LRGON-0]

IC17 3

1 2

R136

1/10W4700

1 2

MRST-0

PFCRST

GARST

LRGON-0A

FINRST-0

24VCHK

EXPON-0A

LRGON-0

EXPON-0

+5VSW

DG

+5VSW

DG

GND

VCC

O

BB

BA

NQB

NQA

CLRB

CLRA

QB

QA

CX/RXB

CX/RXA

AB

AA

WDTCLK

WDTOUT

WDTEN

+24V

DRVEN-0A

DRVEN-0

+5VSW

32

45

67

81

87

63

45

21

520

F E C BD A

F E D C B A



HINT


[HC273]

C1

1D

R

[HC273]

C1

1D

RRTP

*4

MC74HC244F

C C

C

RTP

8428KS

8428KS

C

CC

CC

CC

[CLK-B]

IC13

6

11 3 4 7 8

13

14

17

181

2 5 9

12

16

19

15

IC19

15

19

16

12952

1

18

17

14

138743

11

6

R75

1/10W4700 2

1[PFCRST]

[CLK-A]

GND

IC30

10

20

17

15

13

11864

191

357912

14

16

18

2

CC0.1/50G

C30

2 1

C32

CC0.1/50G

12C16

CC0.1/50G

12

[TRMLC-A]

[TRMLC-B]

CE10/50

C3

2 1

CE10/50

C2

2 1

[DRV-[0:7]]

[FDCLT-CL]

[FDCLT-CU]

[TRMCLA]

[TRMCLB]

R170

1/10W470

12

[DRV1]

[DRV2]

[DRV3]

[DRV4]

[DRV5]

[DRV6]

[DRV7]

IC5

35

4 7 1 2

[TRMCUB]

[TRMCUA]

IC6

2174

5 3

[FDMLC-A]

[FDMLC-B]

C28

CC0.1/50G

12

C31

CC0.1/50G

12

C29

CC0.1/50G

12

VDD

[LC-LED]

[DRV0]

CC0.1/50G

C24

2 1C33CC0.1/50G

12C40

CC0.1/50G

12

CC0.1/50G

C43

2 1

[FDCLT-SF]

TRMCU-B

TRMCU-A

FDCLT-CU

FDCLT-CL

CLK-B

TRMLC-A

TRMLC-B

FDMLC-A

LC-LED

PFCRST

CLK-A

DRV-7

DRV-0

DRV-1

DRV-2

DRV-3

DRV-4

DRV-5

DRV-6

DRV-7

DRV-0

DRV-1

DRV-2

DRV-3

DRV-4

DRV-5

DRV-6

DRV-7

DRV-2

DRV-1

DRV-0

DRV-[0:7]

DRV-3

DRV-4

DRV-5

DRV-6

DRV5

DRV3

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y0

1A0

DG

DG

IN2

IN1

VCC

GND

OA0

OA1

TRMCLB

TRMCLA

+24V

IN2

IN1

VCC

GND

OA0

OA1

DG

DG

DRV0

DRV1

DRV2

DRV4

DRV6

DRV7

TRMCUA

TRMCUB

FDCLT-SF

FDMLC-B

TRMCL-B

TRMCL-A

32

45

67

81

87

63

45

21

620

F E C BD A

F E D C B A



HINT


62308F

MSPTRGBPCC

C

62308F

62308F

62308F

C

C

C

C

62308F

62385F

C

C

C

C

C

C

R249

2W180

21

2W180

R1 1 2

R2

2W180

21

[IMGFAN-0B][IMGFAN-0A]

[DUCTFAN3-0] [DUCTFAN3-0A]

IC55

9

16

4

17

5

18

12

13

3

6

11

14

2

7

10

15

1

8

[SCRSOL-0] [SCRSOL-0A]

[DUCTFAN2-0A]

[DUCTFAN-0A]

[HVTR-0A]

[PCC-0B]

TP8

C117 CC0.1/50G1

2

[OPTFAN2-0]

[ERSLP-0A][ERSLP-0]

IC2

9

16

4

17

5

18

12

13

3

6

11

14

2

7

10

15

1

8

IC3

9

16

4

17

5

18

12

13

3

6

11

14

2

7

10

15

1

8

IC44

18

4

3

14

10

15

2

11

6 7

8

1

13

16

9

12

5

17

GND

GND

C127CC0.1/25

1

2

[FEDCLTCU]

[FEDCLTCL]

[PCC-0A]

[HVGB-0A]

[HVTR-0B]

[HVM-0A]

[FEDCLTSF][FDCLT-SF]

[DOCD-0A]

[DOCA-0]

[DOCB-0]

[DOCC-0]

[DOCD-0]

[DOCC-0A]

[DOCB-0A]

[DOCA-0A]

[HVSP-0A]

[HVM-0B]

[HVSP-0B]

[RGTCLT-0] [RGTCLT-0A]

C119CC0.1/25

1

2

CC0.1/25C118

2

1

[HVGB-0B]

CC0.1/25

C20

2

1

IC4

17

5

12

9

16

13

1

8

76

11

2

15

10

14

3

4

18

[FDCLT-CU]

[FDCLT-CL]

IC43

9

8

13

12

18

17

16

11

14

15

7

6

5

4

3

2

1

10

GND

[OPTFAN-0] [OPTFAN-0A]

[FANCHG1]

C22CC0.1/25

1

2

GND

CC0.1/25C21

2

1

GND

[PMON-0A] [PMON-0B]

[OPTFAN2-0A]

[RGCLT-CU]

CC0.1/50GC1232

1

CC0.1/50G

C17

2

1

C23 CC0.1/50G1

2

C15

CC0.1/50G

1

2

TP9 TP10 TP11 TP12

GND

[FANCHG2]

[DUCTFAN-0]

[DUCTFAN2-0]

[FANCHG0]

[CTR-ON] [CTR-ONA]

D22 1S18341

2

[RGTCLTCU]

R117 2W1001 2

R3 2W1001 2

[MMON-0] [MMON-0A]

PCC-0B

IMGFAN-0BIMGFAN-0A

DUCTFAN3-0

FANCHG0

CTR-ONA

GND0FIN

GND1

GND2

COM0

COM1

GND3

VDD0

VDD1

O1I1

I2

O0

O3

O2

I3

I0

GND0

GND1FIN

FANCHG2

OPTFAN2-0A

DUCTFAN2-0ADUCTFAN2-0

+24V

OPTFAN-0A

HVTR-0A HVTR-0B

HVM-0B

DG

GND0FIN

GND1

GND2

COM0

COM1

GND3

VDD0

VDD1

O1I1

I2

O0

O3

O2

I3

I0

GND0

GND1FIN

+24V

GND0FIN

GND1

GND2

COM0

COM1

GND3

VDD0

VDD1

O1I1

I2

O0

O3

O2

I3

I0

GND0

GND1FIN

+5VSW

+24V

DG

GND0FIN

GND1

GND2

COM0

COM1

GND3

VDD0

VDD1

O1I1

I2

O0

O3

O2

I3

I0

GND0

GND1FIN

+5VSW

+24V

+5VSW

RGTCLT-0

HVGB-0A

HVM-0A

HVSP-0A

DOCD-0A

DOCC-0A

DOCB-0A

DOCA-0A

DOCD-0

DOCC-0

DOCB-0

DOCA-0

RGTCLT-0A

FEDCLTSFFDCLT-SF

DG

DG

DG

+5VSW

PCC-0A

DG

DG

FEDCLTCL

FEDCLTCU

GND0FIN

GND1

GND2

COM0

COM1

GND3

VDD0

VDD1

O1I1

I2

O0

O3

O2

I3

I0

GND0

GND1FIN

+5VSW

FDCLT-CU

FDCLT-CL

RGCLT-CU

GND

I7

O5

O6

O0

O1

O2

O7

O4

O3

I6

I5

I4

I3

I2

I1

I0

VDD

OPTFAN-0

FANCHG1

DG

DG

+5VSW

+24V

PMON-0A PMON-0B

ERSLP-0

DG

OPTFAN2-0

HVGB-0B

ERSLP-0A

HVSP-0B

DUCTFAN-0 DUCTFAN-0A

+24V

RGTCLTCU

SCRSOL-0ASCRSOL-0

CTR-ON

DUCTFAN3-0A

MMON-0 MMON-0A

32

45

67

81

87

63

45

21

720

F E C BD A

F E D C B A



HINT


RTP

AC74F

4700

RN1401

4700

4700

RN1401

4700

RTP RTP

4700

RN1401

4700

RTP

RTP

AC74F AC74F

[7SH08]&

&[AC08]

AC04F

AC74F

RTP

R98 1/10W221 2

[MAINWR-0]

[MWR-0A]

IC35

4

6

5

1

2

3

[MMBRK-0]

C10CE22/16

1

2

[PWR-DN]

D16

02CZ5.1Y2

3C12

CE47/35

1

2

Q20

2

3

1

GND

Q19

2

3

1

GND

1/10W680

R26221

D14

1SS184

1

2 3

1/10W22K

R26121

Q8

2

3

1

1/10W2200R255

21

2SC2712YQ10

3

2

1

GND

GND

D1502CZ18

23

R2561/10W10K

12

GND

GND

IC39

3

2

1

5

6

4

IC39

10

8

9

13

12

11

VDD

IC57

42

1

IC28

1112

13

IC23

1 2

IC35

11

12

13

9

8

10

R97 1/10W221 2

[CPUCK-1]

MAINWR-0

PR

NQ

Q

R

D

CK

MMBRK-0

PWR-DN

+5V

+5V

+24V

PR

NQ

Q

R

D

CK

PR

NQ

Q

R

D

CK

CPUCK-1

MWR-0A

PR

NQ

Q

R

D

CK

32

45

67 7

63

45

2

820

E C BD A

E D C B A



HINT

16.1 Logic circuit(PWA-LGC) 9/20

RTP

*5

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

MC74HC244F

MC74HC244F

MC74HC244F

MC74HC244F

MC74HC244F

*4

RTP

RTP

*4

*8

*8

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RRS9 RRS9

*8

RTP

RTP

RTP

RTP

RTP*8

RTP

RTP

RTP

RTP

RTP

RTP

R10

1/10W4700

12

R35

1/10W4700

12

1/10W4700

R86

21

1/10W4700

R77

21

R66

1/10W4700

12

1/10W4700

R9

21

R26

1/10W4700

12

R22

1/10W4700

12

1/10W4700

R92

21

1/10W470

R160

21

R159

1/10W470

12

1/10W4700

R93

21

R132

1/10W4700

12

R141

1/10W4700

12

1/10W4700

R149

21

R87

1/10W470

12

1/10W4700

R145

21

[RETS[0:7]]

[SIZE[0:3]]

IC27

10

20

17

15

13

11

8

6

4

19

1

3

5

7

9

12

14

16

182

IC10

10

20

17

15

13

11

8

6

4

19

1

3

5

7

9

12

14

16

182

IC7

10

20

17

15

13

11

8

6

4

19

1

3

5

7

9

12

14

16

182

IC12

10

20

17

15

13

11

8

6

4

19

1

3

5

7

9

12

14

16

182

IC29

2 18

16

14

12

9

7

5

3

1

19

4

6

8

11

13

15

17

20

10

[SCOVDOR]R126

1/10W22K

1 2

VDD

[APLL-OK]

VDD

GND

VDD

GND

VDD

VDD

VDD

R76

1/10W4700

12

1/10W22K

R29 21

R88

1/10W22K

1 2

1/10W22K

R74 21

R71

1/10W22K

1 2

1/10W22K

R36 21

R25

1/10W22K

1 2

1/10W22K

R21 21

R44

1/10W22K

1 2

R140

1/10W22K

1 2

1/10W22K

R148 21

1/10W22K

R144 21

1/10W22K

R50 21

R53

1/10W22K

1 2

1/10W22K

R43 21

R24

1/10W22K

1 2

1/10W22K

R28 21

R38

1/10W22K

1 2

1/10W4700

R57

21

R23

1/10W4700

12

R15

1/10W4700

12

1/10W4700

R14

21

R13

1/10W4700

12

R12

1/10W4700

12

[SF-CNT]

[SCSW-F]

[SSIZE0]

VDD

4700/22KRR7

98765

1

432

RR34700/22K

2 3 4

1

5 6 7 8 9

[PEMPCL]

[TUPCL]

[LC-CNT]

[SFBSW]

[SIZCU0]

[SIZCU1]

[SIZCU2]

[SIZCU3]

[SIZCL0]

[SIZCL1]

[SIZCL2]

[SIZCL3]

VDD VDD

[ENDSW]

[PJAM1AD]

[PEMPAD]

[SCSW-E]

[LCDOR]

[TDWNLC]

[TUPLC]

[PEMPLC]

[TUPCU]

[PEMPCU]

[PSTPCU]

[UCOVDOR]

[SCSW-B]

[SCSW-A]

[SSIZE1]

[SSIZE2]

[SSIZE3]

GND

VDD

GND

VDD

GND

[PSTPCL]

[SIDSW]

1/10W22K

R131 21

R94

1/10W22K

1 2

1/10W4700

R47

21

1/10W4700

R16

21

1/10W4700

R27

21

1/10W22K

R37 21

[LC-KEY]

R39

1/10W22K

1 2

1/10W22K

R40 21

R41

1/10W22K

1 2

1/10W22K

R42 21

1/10W4700

R60

21

SFBSW

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y01A0

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y01A0

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y01A0

SIZE3

SIZE1

SIZE0

SIZE2

SIZE[0:3]

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y01A0RETS4

RETS7

RETS6

RETS5

RETS1

RETS0

RETS2

RETS3

RETS[0:7]

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y01A0PEMPAD

SCSW-E

ENDSW

SIZCU0

SIZCU1

SIZCU2

SIZCU3

SIZCL0

SIZCL1

SIZCL2

SIZCL3

TDWNLC

TUPLC

PEMPLC

UCOVDOR

TUPCU

LCDOR

SCSW-A

SCSW-B

SSIZE1

SSIZE2

SSIZE3

SSIZE0

SCSW-F

PEMPCU

PJAM1AD

SIDSW

APLL-OK

PSTPCL

PEMPCL

TUPCL

SF-CNT

LC-CNT

LC-KEY

PSTPCU

SCOVDOR

32

45

67

81

87

63

45

21

920

F E C BD A

F E D C B A



HINT


AC04F

HC32F

MC74

HC32F

MC74

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

HC32F

MC74

MC74HC244F

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

MC74HC244F

CC

CC

CC

CC

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*8

C

MC74HC245F

&[AC08]

IC23

98

[MRD-0D]

[MWR-0D]

[MAINWR-0]

GND

[MDT0-1D]

[MDT1-1D]

[MDT2-1D]

[MDT3-1D]

[MDT4-1D]

[MDT5-1D]

[MDT6-1D]

[MDT7-1D]

IC50

213

IC50

109

8

[GAWR-0]

[MDT7-1A]

[MDT6-1A]

[MDT4-1A]

[MDT3-1A]

[MDT2-1A]

[MDT1-1A]

[MDT5-1A]

[MAD7-1A]

[MAD6-1A]

[MAD5-1A]

[MAD4-1A]

[MAD3-1A]

[MAD2-1A]

[MAD1-1A]

[MAD0-1A]

1/10W22

R2762 1

R286

1/10W22

12

R285

1/10W22

12

1/10W22

R284

21

1/10W22

R283

21

1/10W22

R282

21

R279

1/10W22

12

1/10W22

R278

21

R277

1/10W22

12

[MAD0-1D]

[MAD7-1D]

[MAD6-1D]

[MAD5-1D]

[MAD4-1D]

[MAD2-1D]

[MAD3-1D]

[MAD1-1D]

VDD

[MDT0-1A]

IC50

546

IC56

10

20

17

15

13

11864

191

357912

14

16

18

2

1/10W22

R193

21

1/10W22

R252

21

R253

1/10W22

12

R258

1/10W22

12

R259

1/10W22

12

1/10W22

R260

21

R263

1/10W22

12

1/10W22

R264

21

IC1

10

20

17

15

13

11864

191

357912

14

16

18

2

CC100P/50

C239

12

C242

CC100P/50

2 1

CC100P/50

C241

12

C240

CC100P/50

2 1

CC100P/50

C238

12

C237

CC100P/50

2 1

CC100P/50

C236

12

C235

CC100P/50

2 1

R68

1/10W22

12

R80

1/10W22

12

1/10W22

R133

21

[MRST-0]

[CWCCW-0A]

[H.OFF-1]

[DATA1-1A]

[DATA0-1A]

[DATA2-1A]

[DATA3-1A]

R67

1/10W100

1 2

[DATA2-1]

[DATA3-1]

[DATA1-1]

[CWCCW-0]

[DATA0-1]

VDD

[SCCLK-0]

[SCCLK-0A]

[MRST-0B]

1/10W22

R128

21

1/10W22

R129

21

R130

1/10W22

12

1/10W22

R79

21

R78

1/10W22

12

GND

GND

[H.OFF-1A]

[MRD-0A]

[CSIP2-0]

C253

CC0.1/25

12

IC52

987654321

19

11

12

13

14

15

16

17

18

IC28

810 9

MWR-0D

MAINWR-0

MDT0-1D

MDT2-1D

MDT3-1D

MDT7-1D

MDT4-1D

MAD3-1D

MAD7-1D

MAD6-1D

MAD5-1D

MAD4-1D

MAD2-1D

MAD1-1D

MAD5-1A

MAD4-1A

MAD3-1A

MAD2-1A

MAD1-1A

MAD0-1A

MDT1-1A

MDT2-1A

MDT3-1A

MDT4-1A

MDT5-1A

MDT6-1A

MDT7-1A

MAD6-1A

MAD7-1A

MAD0-1D

MDT0-1A

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y0

1A0

MDT5-1D

MDT1-1D

GND

VDD

2A3

2A2

2A1

2A0

1A3

1A2

1A1

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y0

1A0

H.OFF-1A

DATA0-1A

CWCCW-0A

DATA2-1A

H.OFF-1

MRST-0

SCCLK-0

CWCCW-0

DATA0-1

DATA1-1

DATA2-1

DATA3-1

SCCLK-0A

DATA3-1A

DATA1-1A

MRST-0B

MDT6-1D

MRD-0A

CSIP2-0

GAWR-0

B0

B1

B2

B3

B4

B5

B6

B7

OE

DIR

A0

A1

A2

A3

A4

A5

A6

A7

MRD-0D

32

45

67

81

87

63

45

21

10

20

F E C BD A

E D C B A



HINT


RTP

RTP

RN2401

4700

4700

RTP

RN2401

4700

4700

RTP

RN2401

4700

4700

C

RTP

HC132FMC74

7407M

RTP

RTP

RTP

RTP

RTP

RTP

C

RTP

RTP

RTP

C

RTP

RTP

RTP

RTP

C

C

RTP

RTP

RTP

2902M

2902M

R268

1/10W1000F

1 2

GND

R137

1/10W1000

1 22SD1417Q17

2

3

1

Q181

2

3

[RST-SW]

1/10W3300

R13821

[RSTSW]

1S1834

D2

12

[SSRA+]

D5

1S1834

21

[SSR+]Q12

3

2

1

[TMON-0B]

R303

1/10W3300

1 2

[TMON-0A] Q11

3

2

1

Q22SD1417

1

3

2

[HTRDY-0]

GND

GND

C135CC0.1/252

1

R3261/10W4700F

12

IC1612

1311

IC18

13 12[SSR-]

1/10W1000

R30421

1SS184

D18

32

1

R139

1/10W1000

1 2

1/10W1MF

R26721

R49

1/10W1MF

1 2

1/10W1000

R1721

VDD

VDD

R3061/10W1500F

21

C55CC0.1/25 2

1

[HTRVREF]

1/10W3900F

R2881 2

R2691/10W4700F

12

R2701/10W3900F

21

CC0.1/25C8

1

2

R1271/10W3300F

12

1/10W3300F

R4

21

[HTRTH2+]

R327

1/10W4700F

1 2

VDD

R11

1/10W3300F

1 2

[HTRTH-]

C125CC0.1/25

1

2

C124CC0.1/25 2

1

1/10W10KF

R290

21

VDD

1/10W4700F

R328

21[HTRTH+]

R2891/10W3300F

12

IC48

11

13

12

14

4

GND

[HTRTH2-]IC48

4

8

10

9

11

+5VSW +24V

DG

SSRA+

DG

+24V

TMON-0B

SSR+

+5VSW

TMON-0A

+5VSW

SSR-

RST-SW

RSTSW

HTRDY-0

HTRVREF

HTRTH2+

HTRTH+

HTRTH-

HTRTH2-

32

45

67

1

76

34

52

1

11

20

E C BD A

E D C B A



HINT


2902M

RTP

RTP

2902M

2902M

RTP

RTP

2902M

C

RTP

2902M

RTP

RTP

RTP

[SPAVREF]

IC47

4

1

3

2

11

1/10W10K

R297

21

1/10W15K

R29821

[SPAVREFA]

[SCNVREFA]

[SCNVREF]

IC49

4

14

12

13

11

IC47

11

13

12

14

4

1/10W10K

R300

21

1/10W15K

R29921

IC47

4

7

5

6

11

[GRVREFA]

[GRVREF]

[TVREFA]

[TVREF]

CC0.1/50G

C134

2

1

1/10W15K

R28021

IC47

11

9

10

8

4

1/10W10K

R281

21

[SPDVREF]

[SPDVREFA]

R295

1/10W15K

1 2

R296

1/10W10K 12

SPAVREF

SPAVREFA

DG

+24V

SCNVREFA

SCNVREF

DG

+24V

+24V

DG

DG

GRVREFA

DG

GRVREF

+24V

TVREF

TVREFA

DG

+24V

SPDVREF

SPDVREFA

32

45

67

81

87

63

45

21

12

20

F E C BD A

E D C B A



HINT


RTP

RTP

C

RTP

RTP

LDV

2902M

2902M

2902M

2902M

2902M

ATV

ATC

C

RTP

C

RTP

RTP

RTP

C

RTP

358M

[DEDVREFA]

R52

1/10W15K

1 2

1/10W10K

R5421

C128

CC0.1/50G1

2

R271

1/10W330

12

1/10W220

R27221

TP3

GND

GND

IC48

11

2

3

1

4

IC48

4

7

5

6

11

IC49

4

8

10

9

11

IC49

4

7

5

6

11

IC49

11

2

3

1

4

GND

TP2

TP1

CC0.1/50G

C122

2

1

[PCAVREFA]

[PCAVREF]

[LPVREFA1]

[LPVREF2]

[LPVREFA2]

[LPVREF1]

[ATVREFA]

02CZ5.1Y

D17

32

R273

1/10W22K

1 2[ATTN0A]

C126

CC0.1/25

1

2

ATTN0

R2751/10W10K

12

[ATVREF]

1/10W10K

R292

21

1/10W15K

R29121

CC0.1/50G

C136

2

1

R274

1/10W15K

1 2

VDD

VDD

GND

IC46

8

1

3

2

4

[DEDVREF]

+24V

DEDVREFA

DEDVREF

LPVREF2

LPVREF1

ATTN0

DG

DG

ATTN0A

ATVREF

+24V

+24V

PCAVREF

DG

ATVREFA

PCAVREFA

+24V

LPVREFA2

LPVREFA1

DG

DG

32

45

67

81

87

63

45

21

13

20

F E C BD A

F E D C B A



HINT


*2

RTP

RTP

EN

&[ALS541]

HC32F

MC74

*4

RTP

C

RTP

RTP

RTP

RTP

RTP

*2

*2

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*4

*4

RTP

RTP

RTP

RTPRTP

RTP

RTP

RTP

RTP

CC

CC

CC

CC

CC

CC

C

*7

CC

CC

CC

C*8

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

EN

&[ALS541]

RTP

*2

AC04F

G3

3EN2[AB]

3EN1[BA]

2

1

[ALS245]

HC32F

MC74

HC32F

MC74

&[AC08]

[MRD-0A]

R96

1/10W2200

12

R198

1/10W680

12

IC36

19 2 3 4 5 6 7 8 91

18

17

16

15

11

12

13

14

IC21

213

[GAWR-0]

1/10W680

R2202 1

VDD

GND

RR21

1000

54

3

1

68

97

2

VDD

VDD

CC100P/50

C133

12

R163

1/10W1000

12

GND

GND

[MWR-0C]

1/10W22

R165

21

1/10W22

R187

21

GND

R208

1/10W22

12

1/10W22

R214

21

[MAINWR-0]

R210

1/10W22

12

GND

[COMB]

[WAITB]

[PVDEN-0]

[WAIT]

[PVDEN-0A]

[COM]

[MAD6-1B]

R228

1/10W22

12

[MAD6-1A]

1/10W22

R248

21

R244

1/10W22

12

R239

1/10W22

12

1/10W22

R234

21

R245

1/10W22

12

1/10W22

R240

21

[MDT7-1A]

[MDT6-1A]

[MDT5-1A]

[MDT4-1A]

[MDT3-1A]

[MDT2-1A]

[MDT1-1A]

[MDT3-1B]

[MDT2-1B]

[MDT1-1B]

[MDT4-1B]

[MDT5-1B]

[MDT6-1B]

[MDT7-1B]

[MAD5-1B]

[MAD4-1B]

[MAD3-1B]

[MAD2-1B]

[MAD1-1B]

[MAD0-1B]

[MAD0-1A]

[MAD1-1A]

[MAD2-1A]

[MAD3-1A]

[MAD4-1A]

[MAD5-1A]

[MDT0-1A]

[MDT0-1B]

GND

GND

[ATN-0]

R219

1/10W22

12

R34

1/10W22

12

[ATN-0A]

[MRD-0C]

RR20

680

54

3

1

68

97

2

R451/10W680

121/10W680

R2222 1

1/10W680

R1582 1

R162

1/10W680

12

1/10W1000

R1642 1

R225

1/10W1000

12

1/10W1000

R202 1

1/10W1000

R2022 1

R215

1/10W1000

12

CC100P/50 C183

12

C182

CC100P/50

2 1

CC100P/50

C147

12

C146

CC100P/50

2 1

C149

CC100P/50

2 1

CC100P/50

C148

12

[CSSCC]

C145

CC100P/50

2 1

CC100P/50

C144

12

C143

CC100P/50

2 1

CC100P/50

C139

12

C142

CC100P/50

2 1

CC100P/50

C141

12

C140

CC100P/50

2 1

C131

CC100P/50

2 1

CC100P/50

C121

12

C120

CC100P/50

2 1

CC100P/50

C35

12CC100P/50

C59

12

C37

CC100P/50

2 1

C4

CC100P/50

2 1GND

GND

1/10W22

R194

21

1/10W22

R235

21

R229

1/10W22

12

1/10W22

R226

21

R223

1/10W22

12

1/10W22

R209

21

1/10W22

R203

21

R199

1/10W22

12

VDD

GND

RR16

680

54

3

1

68

97

2

RR17

1000

54

3

1

68

97

2

IC40

14

13

12

11

15

16

17

18

1 98765432

19

1/10W2200

R95

2 1

IC23

10

11

IC34

8 9

18

19 1

14

12

11

13

16

17

15

2 3 4 5 6 7

IC11

213

IC11

546

IC28

32 1

ATN-0

CSSCC

MRD-0A

GAWR-0

COMB

WAITB

PVDEN-0

COM

WAIT

MAD6-1A

MDT1-1A

MDT2-1A

MDT3-1A

MDT4-1A

MDT5-1A

MDT6-1A

MDT7-1A

MAD4-1A

MAD3-1A

MAD2-1A

MAD1-1A

MAD0-1A

MDT0-1A

PVDEN-0A

ATN-0A

MRD-0C

MWR-0C

MAD3-1B

MAD2-1B

MAD1-1B

MAD0-1B

MAD5-1B

MAD4-1B

MAD6-1B

MDT0-1B

MDT7-1B

MDT6-1B

MDT5-1B

MDT4-1B

MDT3-1B

MDT2-1B

MDT1-1B

MAD5-1A

MAINWR-0

32

45

67

81

87

63

45

21

14

20

F E C BD A

E D C B A



HINT


AC04F

HC32F

MC74

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

HC32F

MC74

HC32F

MC74

RTP RTP

*8

*8*8

EN

&[ALS541]

EN

&[ALS541]

G3

3EN2[AB]

3EN1[BA]

2

1

[ALS245]

&[AC08]

IC23 4

3[GAWR-0]

IC21 6

4 5

RR12

1000

54

3

1

68

97

2

RR10

680

54

3

1

68

97

2

1000

RR2

27

98

6

1

34

5

680

RR1

27

98

6

1

34

5 RR13

1000

54

3

1

68

97

2

RR11

680

54

3

1

68

97

2

CC100P/50

C170

12

C173

CC100P/50

2 1

CC100P/50

C172

12

C171

CC100P/50

2 1

CC100P/50

C169

12

C168

CC100P/50

2 1

CC100P/50

C167

12

C166

CC100P/50

2 1

CC100P/50

C154

12

C157

CC100P/50

2 1

CC100P/50

C156

12

C155

CC100P/50

2 1

CC100P/50

C153

12

C152

CC100P/50

2 1

CC100P/50

C151

12

C150

CC100P/50

2 1

CC100P/50

C162

12

C165

CC100P/50

2 1

CC100P/50

C164

12

C163

CC100P/50

2 1

CC100P/50

C161

12

C160

CC100P/50

2 1

CC100P/50

C159

12

C158

CC100P/50

2 1

[MAINWR-0]

[MRD-0A]

[SARAHCS-0]

IC11 11

12

13

IC11 8

9

10

[MDT0-1C]

[MDT0-1A]

GND

1/10W22

R143

2 1

GND

R56

1/10W22

12

2200

RR22

92

43

5

1

87

6

VDD

VDD

2200

RR4

27

98

6

1

34

5

VDD

VDD

[MAD7-1A]

[SARAHCS-0A]

[MWR-0B]

[MRD-0B]

[MAD8-1C]

[MAD9-1C]

[MAD10-1C]

[MAD11-1C]

[MAD12-1C]

[MAD8-1A]

[MAD9-1A]

[MAD10-1A]

[MAD11-1A]

[MAD12-1A]

[MAD7-1C]

[MAD5-1A]

[MAD4-1A]

[MAD3-1A]

[MAD2-1A]

[MAD1-1A]

[MAD0-1A]

[MAD0-1C]

[MAD1-1C]

[MAD2-1C]

[MAD3-1C]

[MAD4-1C]

[MAD5-1C]

[MDT7-1C]

[MDT6-1C]

[MDT5-1C]

[MDT4-1C]

[MDT1-1C]

[MDT2-1C]

[MDT3-1C]

[MDT1-1A]

[MDT2-1A]

[MDT3-1A]

[MDT4-1A]

[MDT5-1A]

[MDT6-1A]

[MDT7-1A]

[MAD6-1C]

[MAD6-1A]

GND

VDD

RR23

2200

54

3

1

68

97

2

VDD

GND

GND

GND

GNDGND

IC9

19 2 3 4 5 6 7 8 91

18

17

16

15

11

12

13

14

IC24

14

13

12

11

15

16

17

18

1 98765432

19

IC25

765432

15

17

16

13

11

12

14

1

19

18

98

IC28

65 4

SARAHCS-0

MRD-0A

MDT0-1C

MDT0-1A

MAD12-1A

MAD6-1A

MAD5-1A

MAD4-1A

MAD3-1A

MAD2-1A

MAD1-1A

MAD0-1A

MAD7-1A

MDT6-1A

MDT5-1A

MDT4-1A

MDT3-1A

MDT2-1A

MDT1-1A

MDT7-1A

MAD9-1A

MAD11-1A

MDT6-1C

MDT4-1C

MDT5-1C

MDT7-1C

MDT1-1C

MDT2-1C

MDT3-1C

MAD3-1C

MAD1-1C

MAD0-1C

MAD7-1C

MAD5-1C

MAD4-1C

MAD6-1C

MRD-0B

MAD12-1C

MWR-0B

MAD8-1C

MAD9-1C

MAD10-1C

MAD11-1C

MAD8-1A

MAD10-1A

GAWR-0

MAINWR-0

MAD2-1C

SARAHCS-0A

32

45

67

81

87

63

45

21

15

20

F E C BD A

E D C B A



HINT


CC

CC

CC

CC

*4

RTP

RTP

RTP

RTP

CC

RTP

RTP

RTP

RTP

RRS9

RRS9

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*8

EN

&[ALS541]

RR6

680

54

3

1

68

97

2

1000

RR5

27

98

6

1

34

5

C178

CC100P/50

2 1

CC100P/50

C181

12

C180

CC100P/50

2 1

CC100P/50

C179

12

C177

CC100P/50

2 1

CC100P/50

C176

12

C175

CC100P/50

2 1

CC100P/50 C174

12

VDD

GND

GND

GND

VDD

1/10W4700

R266 21

1/10W4700

R7 21[DFRXD]

1/10W4700

R134 1 2

[DFRXDA]

1/10W22K

R30

21

CC1000P/50

C19

12

C18

CC1000P/50

2 1

1/10W4700

R61 21

R59

1/10W4700

1 2

1/10W22K

R58

21

[APSRA]

[APSCA]

[APSR]

[APSC]

[ADCNT-0A]

[DFACKA]

1/10W4700

R5 21

RR19

4700/22K

23

4

1

56

78

9

4700/22K

RR18

98

76

5

1

43

2

VDD

1/10W22K

R265

21

1/10W22K

R33

21

1/10W22K

R32

21

[ADCNT-0]

[FNCNT-0]

[DFACK]

[DFREQA]

[DFREQ]

1/10W22K

R31

21

VDD

VDD

[SIZE-0]

[SIZE-1]

[SIZE-2]

[SIZE-3]

[RETS-0]

[RETS-1]

[RETS-2]

[RETS-3]

[RETS-4]

[RETS-5]

[RETS-6]

[RETS-7]

1/10W22K

R181

21

R188

1/10W22K

12

1/10W22K

R191

21

R196

1/10W22K

12

[SIZE[0:3]]

[RETS[0:7]]

R182

1/10W4700

12

1/10W4700

R1892 1

R192

1/10W4700

12

1/10W4700

R1972 1

R55

1/10W22K

12

[FNCNT-0A]

VDD

1/10W22 R89

2 1

[MVDEN-0A]

[MVDEN-0]

[LDON-1]

[DRVEN-0A]

[CLKSL1-1]

[CLKSL0-1]

[LE-0]

[MNLOFF-1]

[DRVEN-0B]

[LDON-1A]

[MNLOFF-1A]

[LE-0A]

[CLKSL0-1A]

[CLKSL1-1A]

[MRST-0]

[MRST-0A]

RR9

2200

54

3

1

68

97

2

1/10W4700

R6 1 2

GND

IC14

19 2 3 4 5 6 7 8 91

18

17

16

15

11

12

13

14

SIZE2

SIZE3

SIZE1

SIZE0

SIZE[0:3]

DRVEN-0A

CLKSL1-1

CLKSL0-1

LE-0

MNLOFF-1

LDON-1

MVDEN-0

MRST-0

RETS[0:7]

RETS0

RETS7

RETS6

RETS5

RETS4

RETS3

RETS2

RETS1

DFRXDA

DFRXD

APSRA

SIZE-0

SIZE-1

SIZE-2

DFACKA

ADCNT-0A

DFACK

DFREQ

FNCNT-0

ADCNT-0

DFREQA

RETS-7

RETS-0

RETS-1

RETS-2

RETS-3

RETS-4

RETS-5

RETS-6

SIZE-3

APSC

APSR

APSCA

FNCNT-0A

MRST-0A

MVDEN-0A

LDON-1A

MNLOFF-1A

LE-0A

CLKSL0-1A

CLKSL1-1A

DRVEN-0B

32

45

67

8

87

63

45

21

16

20

F E C BD A

E D C B A



HINT


CC

C

C

HC32F

MC74

HC32F

MC74

HC32F

MC74

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

CC

C

CC

C

GND

GND

GND

GND

CC

CC

C CC

CC

CC C

CC

CC

CC

C

CC

CC

C

C

CC

CC

CC

CC

CC

CC

CC

CC

C

C

C

CC

C

CC

CC

CC

CC

CC

C

HC132F

MC74

HC132F

MC74

C

CC

CC

C

358M

7407M

AC04F

C11CC0.1/25

2 1

CC0.1/25

C89

12

GND

CC0.1/25

C189

2 1

C64CC0.1/25

12

CE220/10

C248

2 1

GND

IC50 11

12

13

IC21

13

12

11

IC21

109

8

GND

VDD

GND

CC0.1/25

C219

2 1C220

CC0.1/25

12

CC0.1/25

C221

2 1C222

CC0.1/25

12

CC0.1/25

C223

2 1C224

CC0.1/25

12

CC0.1/25

C225

2 1

CC0.1/25

C226

2 1C227

CC0.1/25

12

CC0.1/25

C228

2 1C229

CC0.1/25

12

CC0.1/25

C230

2 1C231

CC0.1/25

12

CC0.1/25

C232

2 1C233

CC0.1/25

12

CC0.1/25

C234

2 1

CC0.1/25

C203

2 1

C204

CC0.1/25

12

CC0.1/25

C205

2 1

C206

CC0.1/25

12

CC0.1/25

C207

2 1

C208

CC0.1/25

12

CC0.1/25

C209

2 1

CC0.1/25

C210

2 1

C211

CC0.1/25

12

CC0.1/25

C212

2 1

C213

CC0.1/25

12

CC0.1/25

C214

2 1

C215

CC0.1/25

12

CC0.1/25

C216

2 1

C217

CC0.1/25

12

CC0.1/25

C218

2 1

C192

CC0.1/25

12C197

CC0.1/25

12

CC0.1/25

C198

2 1C199

CC0.1/25

12

CC0.1/25

C200

2 1C201

CC0.1/25

12

CC0.1/25

C202

2 1

CC0.1/25

C184

2 1

C1CC0.1/25

12

CC0.1/25

C103

2 1

TP7

TP4

C38

CC0.022/50

2 1

CC0.022/50

C71

12C70

CC0.022/50

2 1C80

CC0.022/50

2 1

CC0.022/50

C72

12

C98

CC0.022/50

2 1

CC0.022/50

C99

12

CC0.022/50

C69

12C83

CC0.022/50

2 1

C77

CC0.022/50

2 1

CC0.022/50

C96

12

C97

CC0.022/50

2 1

CC0.022/50

C94

12

CC0.022/50

C111

12

C79CC0.1/25

12

CC0.1/25

C92

2 1C56CC0.1/25

12

CC0.1/25

C84

2 1C25CC0.1/25

12

C54CC0.1/25

12

CC0.1/25

C44

2 1

C75CC0.1/25

12C57CC0.1/25

12

CC0.1/25

C67

2 1

CC0.1/25

C78

2 1

CC0.1/25

C93

2 1

C73CC0.1/25

12

CC0.1/25

C87

2 1C81CC0.1/25

12

CC0.1/25

C90

2 1C47CC0.1/25

12C61CC0.1/25

12C48CC0.1/25

12C50CC0.1/25

12

CC0.1/25

C76

2 1

CC0.1/25

C51

2 1

C42CC0.1/25

12

CC0.1/25

C39

2 1

C49CC0.1/25

12

CC0.1/25

C66

2 1

C68CC0.1/25

12

CC0.1/25

C53

2 1

C63CC0.1/25

12

CC0.1/25

C91

2 1

C102 CC0.022/50

2 1C105 CC0.022/50

2 1

CC0.022/50

C112

12

GND

VDD

C101

CC0.1/25

12

CC0.1/25

C116

2 1

CC0.1/25

C130

2 1

C129

CC0.1/25

12

CC0.1/25

C74

2 1

C110

CC0.1/25

12

CC0.1/25

C27

2 1

C26CC0.1/25

12

CC0.1/25

C100

2 1

C108

CC0.1/25

12

CC0.1/25

C109

2 1

TP5

TP6

IC16

1 23

IC16 6

54

VDD

GND

CE220/10

C250

2 1C249

CE220/10

12

CC0.1/25

C65

2 1

C[243-247]

0.1/50

12

C254

CC0.1/25

12

CC0.1/25

C255

2 1C256

CC0.1/25

12

CC0.1/25

C257

2 1C258

CC0.1/25

12

IC46

8

7

56

4

GND

IC54

34

IC23

13

12

DG

+24V

DG

+24V

32

45

67

8 87

63

45

2

17

20

F E C BD A

F E D C B A



HINT


C

SDV

POWER-UNIT

SYSTEM

RTP

HVT-UNIT

TFUL-SW

DRM-THM

HTR & SSR

MAIN-MOT

EXT-SW

APS

HOME

SCN-FAN

FINISHER

DOC-M

DUCT-FAN

C

[DUCTFAN3-0A]

[DUCTFAN2-0A]

CC0.1/25

C251

2 1

J1

53052-12V

125

12 679

10

11 348

[H.OFF-1A]

[MRST-0B]

[CWCCW-0A]

[SCCLK-0A]

[DATA3-1A]

[DATA2-1A]

[DATA1-1A]

[DATA0-1A]

GND

[SCNVREFA]

[EXPPWM]

[EXPON-0A]

GND

2743-2112

FL1

12

53313V

J4

A1

A2

A5

A13

A14

A12 A6

A7

A9

A10

A11B1

B3

B4

B5

B6

B14

B13

B12

B11

B10 B9

B8

B7

A3

A4

A8

B2

1/10W1000

R62

21

[PWR-DN]

[MAD3-1B]

[MAD6-1B]

[COMB]

[WAITB]

[ATN-0A]

[MWR-0C]

[MRD-0C]

[MDT3-1B]

[MDT4-1B]

[MDT5-1B]

[MDT6-1B]

[MDT7-1B]

[MAD0-1B]

[MAD1-1B]

[MAD2-1B]

[MAD4-1B]

[MAD5-1B]

[MDT0-1B]

[MDT1-1B]

[MDT2-1B]

VDD

J3

53313V

B5

A8

A4

A3

B8

B7

B6

B4

A11

A10 A9

A7

A6

B1

B3

B2

A5

A2

A1

B9

B10

B11

GND

[HVTR-0B]

[HVM-0B]

[CW-0]

[MMPLL-0]

[MMOTCK-0]

[MMBRK-0]

[MMON-0A]

[EXITSW-0]

VDD

VDD

C14

CE100/16

12

[SPDVREFA]

[SPAVREFA]

[HVSP-0B]

[PCAVREFA]

[PCC-0B]

[TVREFA]

[DEDVREFA]

[GRVREFA]

[HVMNG-0A]

[HVGB-0B]

J2

17548715V

125

13

14

12 679

10

11

15 348

[HTRTH2-]

[HTRTH2+]

[SSRA+]

[HTRTH-]

[HTRTH+]

[SSR-]

[RSTSW]

[TFUL-0]

GND

[CSIP2-0]

[MAD1-1D]

[MWR-0D]

[MAD2-1D]

[MDT6-1D]

[MAD0-1D]

[MDT4-1D]

[MDT2-1D]

[MDT0-1D]

[MAD6-1D]

[MAD4-1D]

[MAD3-1D]

[MAD5-1D]

[MAD7-1D]

[MDT1-1D]

[MDT3-1D]

[MDT5-1D]

[MDT7-1D]

[MRD-0D]

[FINRST-0]

[FNCNT-0A]

VDD

[DOCA-0A]

[DOCB-0A]

[DOCC-0A]

[DOCD-0A]

[HOME-1]

[APS3]

[APS2]

[APS1]

[DUCTFAN-0A]

[APSCA]

VDD

GND

J6

174215V

16 8 4 3

21

22

23

24

25

26

27

28

29

30

20

19

18

17

15

11

10 9 7 6

12

14

13 5 2 1

53313V

J7

A1

A2

A5

A13

A14

A12 A6

A7

A9

A10

A11B1

B3

B4

B5

B6

B14

B13

B12

B11

B10 B9

B8

B7

A3

A4

A8

B2

[OPTFAN-0A]

GND

J5

17548712V

125

12 679

10

11 348

[LRGON-0A]

C13

CE47/50

12

C252

CC0.1/50G

12

+24V

DUCTFAN3-0A

DUCTFAN2-0A

HVM-0B

DG

MRST-0B

MRD-0C

+24V

H.OFF-1A

SCNVREFA

CWCCW-0A

SCCLK-0A

DATA3-1A

DATA2-1A

DATA1-1A

DATA0-1A

EXPON-0A

EXPPWM

DG

MPOW

MAD3-1B

MAD6-1B

WAITB

COMB

ATN-0A

MAD1-1B

MDT3-1B

MDT4-1B

MDT5-1B

MDT6-1B

MDT7-1B

MAD0-1B

MAD2-1B

MAD4-1B

MAD5-1B

MDT0-1B

MDT1-1B

MDT2-1B

MWR-0C

TFUL-0

HVTR-0B

MMON-0A

EXITSW-0

CW-0

MMPLL-0

MMOTCK-0

MMBRK-0

SPDVREFA

SPAVREFA

HVSP-0B

PCAVREFA

PCC-0B

TVREFA

DEDVREFA

GRVREFA

HVMNG-0A

HVGB-0B

SSRA+

HTRTH2+

HTRTH2-

HTRTH-

SSR-

HTRTH+

RSTSW

CSIP2-0

APS2

MWR-0D

MDT7-1D

MAD7-1D

MAD5-1D

MDT4-1D

MDT2-1D

MRD-0D

MDT1-1D

MAD3-1D

FNCNT-0A

FINRST-0

DOCA-0A

DOCC-0A

DOCD-0A

DOCB-0A

HOME-1

DUCTFAN-0A APS1

APSCA

APS3

MDT0-1D

MAD1-1D

MDT3-1D

OPTFAN-0A

LRGON-0A

PWR-DN

MAD0-1D

MAD2-1D

MAD6-1D

MAD4-1D

MDT6-1D

MDT5-1D

+24V

32

45

67

81

87

63

45

21

18

20

F E C BD A

E D C B A



HINT


C

POL-M

SFB,PSTPU

ADF

IMG

IMG2

DEV-UNIT

SCAN1

ERS-LAMP

BTM-FAN

CLT,SOL

CTR

[IMGFAN-0B]

CE47/50

C6

12

[PMSP0-0A]

[PLGCLK]

[CTR-RET]

CC0.1/50G

C5

2 1

[DRMTH]

[SCOVDOR]

[OPTFAN2-0A]

[PLTM-1]

[SSIZE3]

[PSTPCU]

[SFBSW]

[SF-CNT]

[SSIZE0]

[SSIZE1]

[SSIZE2]

VDD

VDD

GND

J14

53324-9

9 8 3 124567

GND

[LPVREFA1]

[LPVREFA2]

[MAD0-1C]

[PVDEN-0A]

[DRVEN-0B]

[SARAHCS-0A]

[MVDEN-0A]

[HSYNG-1]

[LDON-1A]

[MNLOFF-1A]

[LE-0A]

[CLKSL0-1A]

[CLKSL1-1A]

[MAD1-1C]

[MAD2-1C]

[MAD3-1C]

[MAD4-1C]

[MAD5-1C]

[MAD6-1C]

[MAD7-1C]

[MAD8-1C]

[MAD9-1C]

[MAD10-1C]

[MAD11-1C]

[MAD12-1C]

[MDT0-1C]

[MDT1-1C]

[MDT2-1C]

[MDT3-1C]

[MDT4-1C]

[MDT5-1C]

[MDT6-1C]

[MDT7-1C]

[MRD-0B]

[MRST-0A]

[MWR-0B]

[PGNCNT-0]

[PSTP-1]

[RGTCLT-0A]

[FEDCLTSF]

[MREQDFA]

[DFACKA]

[DFREQA]

[ADCNT-0A]

[DFRXDA]

[DFTXDA]

[MACKDFA]

[SCNCNT-0]

GND

53324-9

J10

7 6 5 4 2 1389

53313V

J8

B1

A8

A4

A3

B6

B7

B8

B9

B10

B11

B12

B13

B14

B15 B5

B4

B3

B2

A15

A11

A10 A9

A7

A6

A12

A14 A5

A2

A1

A13

J9

53313V

A1

A2

A5

B5

B6

B4

A6

A7

B1

B2

B3

B7

A3

A4

A8

B8

[PMBRK-0A]

[PMTLK-0]

[PMON-0B]

[TMON-0B]

[ATTN0A]

[ATVREFA]

[DEVCNT-0]

[ERSLP-0A]

53313V

J13

A1

A2

A5

A13

A14

A12 A6

A7

A9

A10

A11B1

B3

B4

B5

B6

B14

B13

B12

B11

B10 B9

B8

B7

A3

A4

A8

B2

GND

GND

J12

53313V

B10 B8

B9

B6

B7

B5

B4

B3

B2

A10 A8

A6

A5

A4

A3

A2

A1

A7

A9

B1

GND

VDD

[CTR-ONA]

[SCRSOL-0A]

[CTR-ONA]

53313V

J11

B5

B4

B2

B1

A5

A4

A2

A1

A3

B3

GNDRXE017

R63

21

[PMSP1-0A]

[APSRA]

+24V

PMSP1-0A

PMSP0-0A

+24V

CTR-RET

CTR-ONA

CTR-ONA

+24V

SCRSOL-0A

OPTFAN2-0A

PLTM-1

SSIZE3

SFBSW

SF-CNT

SSIZE2

SSIZE0

SSIZE1

CLKSL0-1A

LPVREFA1

LPVREFA2

MAD0-1C

PGNCNT-0

PVDEN-0A

DRVEN-0B

CLKSL1-1A

LE-0A

LDON-1A

SARAHCS-0A

MDT4-1C

MAD1-1C

MAD2-1C

MAD3-1C

MAD4-1C

MAD5-1C

MAD7-1C

MAD9-1C

MAD10-1C

MAD11-1C

MDT0-1C

MDT1-1C

MDT2-1C

MDT3-1C

MDT5-1C

MDT6-1C

MWR-0B

MRD-0B

HSYNG-1

MVDEN-0A

MAD8-1C

MAD12-1C

MNLOFF-1A

PSTP-1

RGTCLT-0A

FEDCLTSF

MACKDFA

DFACKA

DFREQA

DFRXDA

DFTXDA

MREQDFA

ADCNT-0A

MRST-0A

MDT7-1C

SCNCNT-0

MAD6-1C

PLGCLK

PMTLK-0

PMON-0B

DEVCNT-0

ATVREFA

ATTN0A

TMON-0B

DG

PSTPCU

ERSLP-0A

SCOVDOR

PMBRK-0A

DRMTH

+24V

APSRA

IMGFAN-0B

32

45

67

8

87

63

45

2

19

20

E C BD A

E D C B A



HINT


ADJ

CST-UNIT

PFP

ADU

COIN-VENDER

LCC

[CTRADD]

VDD

[SZ2]

[SZ1]

[OVUN-0]

[ATSET-0]

[TRMCLB]

[TRMCLA]

[FEDCLTCL]

[PEMPCL]

[TUPCL]

[SIZCL0]

[RGTCLTCU]

[UCOVDOR]

53313V

J15

B20

B13

B14

B15

B16

B17

B18

B19

A13 A1

A2

A5

A14

A12 A6

A7

A9

A10

A11

A15

A17

A18

A19

A20B8

B7

B6

B5

B4

B3

B2

B1

A3

A4

A8

A16B9

B10

B12

B11

[APLL-OK]

[AMOT-OFF]

[AMOT-BRK]

[ENDM-A]

[ENDM-D]

[ENDM-C]

[ENDM-B]

VDD

[SIZCU3]

[SIZCU2]

[SIZCU1]

[SIZCU0]

[TUPCU]

[PEMPCU]

[FEDCLTCU]

[TRMCUB]

[TRMCUA]

VDD

[CTR-ONA]

[A3DTCT]

[ERROR]

[ENABLE]

[CTR-RET]

[AD-CNT]

[ENDSW]

[SIDSW]

[PEMPAD]

[PJAM1AD]

[SIDM-D]

[SIDM-B]

[SIDM-C]

[STCLT-AD]

[STSOL-AD]

[SIDM-A]

[FDCLT-AD]

[DRV3]

[DRV2]

[DRV1]

[DRV0]

[DRV7]

[DRV6]

[DRV5]

[DRV4]

[CLK-D]

[CLK-C]

[SIZE-0]

[SIZE-2]

[PFCRST]

[SCSW-E]

[SIZE-3]

[SIZE-1]

[RETS-0]

[RETS-1]

[RETS-3]

[RETS-2]

[SCSW-D]

[SCSW-C]

[RETS-7]

[RETS-6]

[RETS-5]

[RETS-4]

[PFCK-0]

GND

[LC-CNT]

VDD

[TRMLC-B]

[TRMLC-A]

[FDMLC-B]

[FDMLC-A]

[LC-KEY]

[LC-LED]

[LCDOR]

[TDWNLC]

[PEMPLC]

[TUPLC]

[ZMDTCT]

GND

[PSTPCL]

J16

17548710V

1

10 234567891

7548714V

J17

8 4 3

11

10 9 7 6

12

14

13 5 2 1

53313V

J18

B1

A9

A7

A1

A2

A3

A4

A5

A6

A8

A10B2

B3

B4

B5

B7

B6

B9

B8

B10

J19

53313V

B2

A8

A4

A3

B7

B8

B9

B10

B11

B12

B13

B14 B6

B5

B4

B3

B1

A11

A10 A9

A7

A6

A12

A14

A13 A5

A2

A1

GND

[SIZCL1]

[SIZCL2]

[SIZCL3]

GND

175487-8V

J20

7 6 4 3 2 158

[SZ0]

ERROR

CTR-RET

CTR-ONA

ATSET-0

OVUN-0SZ2

SZ1

TRMCLB

TRMCLA

+24V

FEDCLTCL

PEMPCL

TUPCL

RGTCLTCU

TRMCUA

FEDCLTCU

UCOVDOR

AMOT-OFF

APLL-OK

AMOT-BRK

ENDM-A

ENDM-B

ENDM-D

ENDM-C

TRMCUB

PEMPCU

TUPCU

SIZCU0

SIZCU1

SIZCU2

SIZCU3

+24V

ENABLE

AD-CNT

ENDSW

SIDSW

PEMPAD

PJAM1AD

SIDM-D

SIDM-C

SIDM-A

+5VSW

SIDM-B

STCLT-AD

STSOL-AD

FDCLT-AD

DRV3

DRV2

DRV1

DRV7

DRV6

DRV5

DRV4

CLK-D

CLK-C

SIZE-0

SIZE-2

PFCRST

+5VSW

DRV0

SCSW-E

SIZE-3

SIZE-1

RETS-0

RETS-1

RETS-3

RETS-2

SCSW-D

SCSW-C

RETS-7

RETS-6

RETS-5

RETS-4

PFCK-0

LC-CNT

TRMLC-B

TRMLC-A

FDMLC-B

FDMLC-A

LC-KEY

LC-LED

LCDOR

TDWNLC

PEMPLC

TUPLC

DG

PSTPCL

SIZCL3

SIZCL2

SIZCL1

SIZCL0

SZ0

CTRADD

ZMDTCT

A3DTCT

32

45

67

1

76

34

52

1

20

20

E C BD A

E D C B A



HINT

16.2 Control panel — Display circuit (PWA-DSP) 1/3

HC14

91P640N

LS04

HC14

HC14

HC14

HCT138

HCT138

LS04

LS04

LS04

LS04

HC14

HC14

IC2

11

10

VDD

IC4

[SKT]

34

22

55

61

12 543

23

58

38

37

36

35

42

41

40

39

46

45

44

43

50

49

48

47

54

53

52

51

27

26

25

24

31

30

29

28

12

11

10

9 13

14

15

16

20

59

576 7 8

17

18

19

62

60

21

63

56

33

X1

10M

2

31

IC1 8

9

IC2 4

3

GND

C13

CQ2200P/50

12

22K

R48

21

R33

100

12

C1

CE10/16

12

4700

R16

21

VDD

R1

4700

12

R41

4700

12

R40

4700

12

RR5

4700

87

6

1

93

24

5

10K

R10

21

R3

10K

12

VDD

R15

1M

12

R20

22K

12

[RSTCP-0]

[RTS-0]

[TXD-0]

[RET8-0]

[RXD-0]

[CTS-0]

GND

VDD

[RET11-0]

[RET10-0]

[RET9-0]

[RET0-0]

[RET1-0]

[RET2-0]

[RET3-0]

[RET4-0]

[RET5-0]

[RET6-0]

[RET7-0]

[RST-0]

22K

R19

21

10K

R4

21

R5

10K

12

10K

R6

21

R7

10K

12

10K

R8

21

R9

10K

12

R11

10K

12

10K

R12

21

R13

10K

12

10K

R14

21

[SCN7-0]

[SCN6-0]

[SCN5-0]

[SCN4-0]

[SCN3-0]

[SCN2-0]

[SCN1-0]

[SCN0-0]

[SCN8-0]

[SCN9-0]

[SCN10-0]

[SCN11-0]

[SCN12-0]

[SCN13-0]

[SCN14-0]

IC2 12

13

IC2

12

IC6

7910

11

12

13

14

15

321546

GND

IC5

6 4 5 1 2 3

15

14

13

12

11

10

9 7

VDD

VDD

IC1

12

IC1 12

13

IC1

11

10

IC1 4

3

R22

4700

12

4700

R21

21

R18

4700

12

GND

4700

R2

21

VDD

IC2

98

IC2 6

5

4700

RR4

94

23

5

1

87

6

RR3

4700

76

5

1

82

39

4

VDD

RR2

56K

67

8

1

53

24

9

56K

RR1

94

23

5

1

87

6

GND

0.1/50

C6

2 1

X2

CLR

EA

P35/RD

VREF

AGND

P52/AN2

P51/AN1

P50/AN0

CK

P32/TXD

P13/A3

P12/A2

P11/A1

P10/A0

P17/A7

P16/A6

P15/A5

P14/A4

P23/A11

P22/A10

P21/A9

P20/A8

P27/A15

P26/A14

P25/A13

P24/A12

P43/A19

P42/A18

P41/A17

P40/A16

P03/D3

P02/D2

P01/D1

P00/D0

P07/D7

P06/D6

P05/D5

P04/D4

P63/M03

P62/M02

P61/M01

P60/M00

P70/M10

P71/M11

P72/M12

P73/M13

P83/TO34

P33/TXD

P31/RXD

P53/AN3

P54/AN4

P55/AN5

P80/INT0

P81/INT1

P82/INT2

P36/WR

P34/CTS

NMI

P37/WAIT

P30/RXD

X1

RSTCP-0

TXD-0

RST-0

SCN9-0

SCN10-0

SCN12-0

RET7-0

RET8-0

RET9-0

RET10-0

RET0-0

RET1-0

RET2-0

RET3-0

RET5-0

RET6-0

SCN0-0

SCN2-0

SCN6-0

SCN8-0

CTS-0

RXD-0

RET11-0

SCN14-0

SCN13-0

SCN11-0

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

CBAEN2B

EN2A

EN1

SCN1-0

SCN5-0

SCN7-0

SCN3-0

SCN4-0

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

CBAEN2B

EN2A

EN1

RET4-0

RTS-0

32

45

67

8

87

63

45

21

13

E C BD A

E D C B A



HINT

BUZZER

LS04

IN

INGND

OUT

OUTGND

[AZ041094]

5302

RAV

75358CP

75358CP

[CN4]

GND

CE100/10

C38

2 1C29

CE100/10

12

C10

0.1/50

12

0.1/50

C14

2 1

C30

CE220/10

12

TP1

CE47/50

C4

21

C16

0.1/50

12

VDD

R17

56K

12

510

R35

21

R30

12K

12

[SCN8-0A]

1SS184

D11

32 1

D10

1SS184

123

1SS184D3

32 1

D2

1SS184

123

[VOP-0]

VDD

[BZON-0]

MEB-12C-5

BZ1

12

[LCDEN-0]

GND

27K

R29

21

R31

27K

12

R28

10K

12

R32

22K

12

E1

NTH42G

21

VDD

GND

IC1 6

5

[LDON0-1]

C3

CE47/16

2 1

IC3

13

24

[LDON1-1]

[LDON1-0]

[LDON0-0]

2SA1428Y

Q1

32

1

150

R27

21

R23

2200

12

2SA1428Y

Q2

32

1

2200

R24

21

Q3

2SA1428Y

1

2 3R26

150

12

1SS184D4

32 1

1SS184

D12

32 1

D15

1SS184

123

D7

1SS184

123

1SS184D5

32 1

D6

1SS184

123

1SS184

D13

32 1

D14

1SS184

123

D8

1SS184

123D9

1SS184

32 1

D16

1SS184

123

[SCN14-0]

[SCN13-0]

[SCN12-0]

[SCN11-0]

[SCN10-0]

[SCN9-0]

[SCN8-0]

[SCN7-0]

[SCN6-0]

[SCN5-0]

[SCN4-0]

[SCN3-0]

[SCN2-0]

[SCN1-0]

[SCN0-0]

[SCN0-0A]

[SCN1-0A]

[SCN2-0A]

[SCN3-0A]

[SCN4-0A]

[SCN5-0A]

[SCN6-0A]

[SCN7-0A]

[SCN9-0A]

[SCN10-0A]

[SCN11-0A]

[SCN12-0A]

[SCN13-0A]

[SCN14-0A]

IC8

2

74 1 93 8

R34

100K

12

VR1

RK09K10K

231

IC7

8

2 3

1

4

VDD

IC7

4

7

56

8

VDD

CE47/16C2

12

TP2

B4PS-VH

J295

41 2 3

CE220/10 C31

2 1

0.1/50

C11

2 1

0.1/50

C7

2 1C9

0.1/50

12

0.1/50

C15

2 1C8

0.1/50

12

C5

CE100/10

12

VOP-0

LDON0-0

LCDEN-0

BZON-0

GNDL

5VL

5VL VL+

SCN0-0A

SCN1-0A

SCN2-0A

SCN3-0A

SCN4-0A

SCN5-0A

SCN6-0A

SCN7-0A

SCN8-0A

SCN9-0A

SCN10-0A

SCN11-0A

SCN12-0A

SCN13-0A

SCN14-0A

SCN0-0

SCN1-0

SCN2-0

SCN3-0

SCN4-0

SCN5-0

SCN6-0

SCN7-0

SCN8-0

SCN9-0

SCN10-0

SCN11-0

SCN12-0

SCN13-0

SCN14-0

LDON1-0

LDON0-1

LDON1-1

VOUT

GND2

GND1

CO

VIN

VREF

ON/OFF

VEE

VEE

VL-

32

45

67

81

87

63

45

21

23

F E C BD A

F E D C B A




HINT


[CN12]

LCD

TOUCH PANEL

PNL

[CN12]

KEY

LGC

CTR

CNT

SYS

CC

CC

CC

CC

CC

Cx12

C

[CN14]

[CN13]

CE10/16

C37

2 1C34

0.1/50

12

C32

0.1/50

12

[GNDL]

[RET4-0]

[RET5-0]

[RET6-0]

[SCN11-0A]

[SCN12-0A]

[SCN13-0A]

[LDON0-1]

[LDON1-1]

[LDLTH-0]

[LDDAT-0]

[LDCLK-0]

[RST-0]

[DPLTH-0]

[DPOUT-0]

[DPCLK-0]

GND

C35

CE10/16

12

[GNDL]

R25

22

12

GND

[RET8-0]

[RSTCP-0]

2200

R36

21

[BZON-0]

[LDFC-1]

[LDON1-1]

[RET0-0]

[RET1-0]

[RET2-0]

[RET3-0]

[SCN11-0A]

[SCN12-0A]

[SCN13-0A]

[SCN14-0A]

[CTRSI-0]

[CTRRT-0]

[CTRON-0]

J293

SLP12R-5

12 19 8 7 6 5 4 3 2

10

11

[RET9-0]

[SCN11-0A]

[SCN12-0A]

[SCN13-0A]

[RST-0]

[DPCLK-0]

[DPOUT-0]

[DPLTH-0]

[LDON1-1]

[LDON0-1]

[RTS-0]

[CTS-0]

[TXD-0]

VDD

[LDCLK-0]

[LDDAT-0]

[LDLTH-0]

[LDON1-0]

J300

53313V

A13 A1

A2

A5

A14

A12 A6

A7

A9

A10

A11

A15B2

B3

B4

B5

B15

B14

B13

B12

B11

B10 B9

B8

B7

B6

A3

A4

A8

B1

[RET11-0]

[RET10-0]

[RET9-0]

[RET9-0]

[RET7-0]

[RET6-0]

[RET5-0]

[RET4-0]

[RET3-0]

[RET2-0]

[RET1-0]

[SCN10-0A]

[SCN9-0A]

[SCN8-0A]

[SCN7-0A]

[SCN6-0A]

[SCN5-0A]

[SCN4-0A]

[SCN3-0A]

[SCN2-0A]

[SCN1-0A]

[SCN0-0A]

[YD-0]

[WF-0]

[LP-0]

[XSCL-0]

[LCDEN-0]

[UD0-0]

[UD1-0]

[UD2-0]

[UD3-0]

330

R45

21

[XSCL-0]

[YD-0]

[WF-0]

[LP-0]

[LCDEN-0]

[UD0-0]

[UD1-0]

[UD2-0]

[UD3-0]

R38

330

12

330

R39

21

R42

330

12

330

R43

21

R44

330

12

R46

330

12

330

R47

21

VDD

VDD

VDD

VDD

[RET0-0]

SLP12R-5

J294

11

10 23456789 1

12

GND

53014-5V

J301

5 1234

S5277B

D1

2 1

[CTRSI-0]

[CTRRT-0]

[CTRON-0]

J291

173979-11

125679

10

11 348

GND

3A3

GND

[RXD-0]

330

R37

21

[LDON0-0]

VDD

53324-4

J297

4 3 2 1

DF3-14V

J298

8 4 3

11

10 9 7 6

12

14

13 5 2 1

C12

CKM4P/50

12CE10/16

C36

2 1

GND

2A5

CC100P/50

C18 12

C19

CC100P/50

2 1

C22

CC100P/50

2 1

C28

CC100P/50

2 1CC100P/50

C20 12

CC100P/50

C23 12

CC100P/50

C24 12

C26

CC100P/50

2 1

C21

CC100P/50

2 1

C25

CC100P/50

2 1CC100P/50

C27 12

C17

CC100P/50

2 1

173981

J292

13

10 23456789 1

12

11

14

173981V

J299

8 4 3

11

10 9 7 6

12 5 2 1

[LDFC-1]

173981

J296

13 19 8 7 6 5 4 3 2

10

11

12

[SCN14-0A]

[RET7-0]

C33

0.1/50

12

UD3-0

CTRON-0

CTRRT-0

RSTCP-0

RTS-0

TXD-0

UD0-0

LDCLK-0

LCDEN-0

WF-0

YD-0

BZON-0

XSCL-0

CTRON-0

GNDL

LDON1-0

LDLTH-0

+24V

+24V

RET0-0

SCN14-0A

RET1-0

SCN13-0A

RET3-0

RET2-0

SCN3-0A

SCN10-0A

RET10-0

RET11-0

YD-0

RET9-0

DPLTH-0

DPOUT-0

LDON1-1

LDON0-1

RXD-0

VOP-0

UD3-0

UD2-0

UD1-0

UD0-0

LCDEN-0

XSCL-0

LP-0

WF-0

SCN0-0A

SCN1-0A

SCN2-0A

SCN4-0A

SCN5-0A

SCN6-0A

SCN7-0A

SCN8-0A

SCN9-0A

RET1-0

RET2-0

RET4-0

RET5-0

RET6-0

RET7-0

RET9-0

RST-0

DPCLK-0

RET8-0

CTS-0

LDON0-0

LP-0

RET8-0

RET3-0

RET0-0

CTRSI-0

LDON1-1

LDFC-1

CTRSI-0

CTRRT-0

SCN11-0A

SCN12-0A

SCN11-0A

SCN12-0A

SCN13-0A

VEE

LDDAT-0

5VL

VL+

GNDL

VL-

UD1-0

UD2-0

LDON0-1

LDON1-1

LDLTH-0

LDDAT-0

LDCLK-0

RST-0

DPLTH-0

DPOUT-0

DPCLK-0

LDFC-1

SCN14-0A

SCN13-0A

SCN12-0A

SCN11-0A

RET7-0

RET6-0

RET5-0

RET4-0

GNDL

32

45

67

81

87

63

45

21

33

F E C BD A

F E D C B A



HINT

16.3 Control panel — Key circuit (PWA-KEY) 1/2

PAUSE

0

5

2

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

43

8

1

6

9 #

AC

C/S

START

7*

B3F

B3F

[RET0-0]

[RET1-0]

[SCN11-0]

S4

1000

1 2

3 4

S5

1000

1 2

3 4

S6

1000

1 2

3 4

1000

S10

43

21

1000

S9

43

21

1000

S8

43

21

1000

S7

43

21

S3

1000

1 2

3 4

1000

S11

43

21

S2

1000

1 2

3 4

S1

1000

1 2

3 4

[SCN14-0]

1000

S14

43

21

1000

S12

43

21

1000

S13

43

21

[SCN13-0]

[SCN12-0]

[RET3-0]

[RET2-0]

S15

1000

1 2

3 4

S16

1000

1 2

3 4

SCN13-0

SCN14-0

SCN12-0

SCN11-0

RET0-0

RET1-0

RET2-0

RET3-0

32

45

67

81

87

63

45

21

12

E C BD A

E D C B A



HINT

16.3 Control panel — Key circuit (PWA-KEY) 2/2

LDFC-1

LDON1-1

LP1

LTL16KY

12

[RET1-0]

[RET2-0]

[RET3-0]

[SCN11-0]

[SCN12-0]

[SCN13-0]

[SCN14-0]

[RET0-0]

DF3-11P

J302

8 4 3

11

10 9 7 6 5 2 1

RET3-0

RET2-0

RET1-0

RET0-0

SCN14-0

SCN13-0

SCN12-0

SCN11-0

32

45

67

76

34

52

22

E C BD A

D C B A



HINT

16.4 Control panel — Panel circuit (PWA-PNL) 1/2

P LIN

F MEM

B3F

B3F

PRT

PS

B3F

B3F

B3F

B3F

FAX

COPY

INT

TIME

F ALM

COPY

FAX

PRT

HELP

INT

PS

P DAT

P ALM

F COM

7932M

LP5

LTL16KY

12

LTL16KG

LP1

21

C1

33P/50

2 1

C2

CKME0.1/25

12

[RET8-0]

[RET9-0]

[SCN13-0]

[SCN12-0]

S1

1000

1 2

3 4

1000

S2

43

21

S3

1000

1 2

3 4

1000

S5

43

21

R5

100

12

R4

1000

12

[DPOUT-0]

[DPLTH-0]

[RST-0]

[DPCLK-0]

VDD

GND

R9

100

12

100

R8

21

100

R2

21

100

R7

21

R6

100

12

100

R3

21

R1

100

12

[LDON0-1]

1000

S4

43

21

1000

S6

43

21

[SCN11-0]

[LDON1-1]

LP3

LTL16KG

12

LTL16KG

LP2

21

LP11

LTL16KG

12

LTL16KG

LP4

21

LP7

LTL16KG

12

LP10

LTL16KG

12

LP8

LTL16KY

12

LTL16KY

LP12

21

LTL16KG

LP9

21

LP6

LTL16KG

12

IC1

421

27

26

29 3

28

308

13

18

23

5 25

24

22

21

20

19

17

16

15

14

12

11

10

9 7 6

GNDL

DPOUT-0

DPLTH-0

RST-0

DPCLK-0

SCN11-0

SCN12-0

SCN13-0

RET9-0

RET8-0

LDON0-1

LDON1-1

L/R

BE0

VSSL

LAST

SIN

CK

STB

LATCH

VDD

VSSD0

VSSD1

VSSD2

VSSD3

SOUT D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

D14

D15

D16

32

45

67

81

87

63

45

21

12

F E C BD A

E D C B A



HINT

16.4 Control panel — Panel circuit (PWA-PNL) 2/2

J303

DF3-14P

125

13

14

12 679

10

11 348

GND

VDD

[RET8-0]

[RET9-0]

[SCN11-0]

[SCN12-0]

[SCN13-0]

[RST-0]

[DPCLK-0]

[DPOUT-0]

[DPLTH-0]

[LDON1-1]

[LDON0-1]

GNDL

SCN13-0

SCN12-0

SCN11-0

RET9-0

RET8-0

LDON0-1

LDON1-1

DPLTH-0

DPOUT-0

RST-0

DPCLK-0

32

45

67

87

63

45

2

22

E C BD A

D C B A



HINT

16.5 Control panel — Control key circuit (PWA-CNT) 1/3

7932M

AMS

O/4

O/3

O/2

O/1

O/0

P/4

P/3

P/2

P/1

P/0

APS

LTL16KG

LP12

21

LTL16KG

LP10

21

LP8

LTL16KG

12

LTL16KG

LP6

21

LP4

LTL16KG

12

LP1

LTL16KG

12

LTL16KG

LP3

21

LP5

LTL16KG

12

LTL16KG

LP7

21

LP9

LTL16KG

12

LTL16KG

LP11

21

C233P/50

2 1

33P/50C3

12

VDD

IC1

421

27

26

29 3

28

308

13

18

23

5 25

24

22

21

20

19

17

16

15

14

12

11

10

9 7 6

R9

1000

12

R15

100

12

100

R14

21

R13

100

12

100

R12

21

R11

100

12

R5

100

12

[LDCLK-0]

[RST-0]

[LDLTH-0]

[LDDAT-0]

GND

100

R10

21

1000

R1

21

R7

1000

12

1000

R6

21

R4

1000

12

1000

R8

21

R3

330

12

100

R2

21

VDD

[DPOUT-0]

[DPLTH-0]

[DPCLK-0]

33P/50C4

12

C133P/50

2 1

LTL16KG

LP2

21

[LDON0-1]

[LDON1-1]

[LDFC-1]

CKME0.1/25C5

2 1

GNDL

LDON0-1

LDON1-1

LDCLK-0

LDLTH-0

LDDAT-0

L/R

BE0

VSSL

LAST

SIN

CK

STB

LATCH

VDD

VSSD0

VSSD1

VSSD2

VSSD3

SOUT D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

D14

D15

D16

RST-0

DPOUT-0

DPLTH-0

DPCLK-0

LDFC-1

32

45

67

81

87

63

45

21

13

F E C BD A

E D C B A



HINT


B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

B3F

O/0

O/1

O/4

P/0

O/2

O/3

P/1

P/2

P/3

P/4

AMS

25%

APS

100%

400%

1000

S15

43

21

1000

S14

43

21

1000

S2

43

21

S3

1000

1 2

3 4

S13

1000

1 2

3 4

S11

1000

1 2

3 4

S1

1000

1 2

3 4

1000

S7

43

21

1000

S5

43

21

1000

S12

43

21

1000

S9

43

21

[SCN14-0]

[SCN13-0]

S10

1000

1 2

3 4

S4

1000

1 2

3 4

S6

1000

1 2

3 4

S8

1000

1 2

3 4

[SCN12-0]

[RET7-0]

[RET6-0]

[SCN11-0]

[RET4-0]

[RET5-0]

RET6-0

SCN13-0

SCN12-0

RET5-0

RET4-0

SCN11-0

RET7-0

SCN14-0

32

45

67

81

87

63

45

21

23

E C BD A

E D C B A



HINT


DF3-13P

J305

8 4 3

11

10 9 7 6

12

13 5 2 1

J304

DF3-12P

125

12 679

10

11 348

[LDFC-1]

[LDCLK-0]

[LDDAT-0]

[LDLTH-0]

[LDON1-1]

[RET4-0]

[RET5-0]

[RET6-0]

[RET7-0]

[SCN11-0]

[SCN12-0]

[SCN13-0]

[SCN14-0]

[DPOUT-0]

[DPOUT-0]

[DPLTH-0]

[RST-0]

[LDON0-1]

VDD

GND

GNDL

LDFC-1

DPCLK-0

DPOUT-0

DPLTH-0

RST-0

LDCLK-0

LDLTH-0

RET4-0

RET5-0

RET6-0

SCN14-0

SCN11-0

SCN12-0

SCN13-0

RET7-0

LDON0-1

LDON1-1

LDDAT-0

32

45

67 7

63

45

2

33

C BD A

D C B A



HINT

16.6 Image process circuit (PWA-IMG) 1/17

C

RTP

RTP

RTP

C

C

RTP

RTP

CC

CC

RTP

*4

C C

C

C

CC

C

RTP

4190

86253

RTP

RTP

VID1-0

RTP

C*3

CC

CC

C

C

CC

RTP

C

CC0.1/25

C51

12

R51

1/10W22

12

1/10W22

R8

21

R7

1/10W22

12

C23

CC2200P/50

2 1

C26

CC0.1/25

2 1

1/10W1000

R55

21

R52

1/10W22

12

GND

CC0.1/25

C25

12

GND

CC0.1/25

C35

12GND

GND

2SC2712Y

Q2

1

2 3

CC2200P/50

C24

2 1

GND

C29

CC0.1/25

2 1GND

GND

VDD

1/10W2200

R53

21 CC0.1/25

C34

12

CC0.1/25

C36

2 1

C104

CC2200P/50

12

CC0.1/25 C32

12

C27CC0.1/25

2 1

CC0.1/25 C30

12

C22

CC0.1/25

2 1

R5

1/10W150

1 2

GND

GND

GND

GND

[DOA[0:7]-1]

GND

GND

[VID1-0]

[LOAD-0]

GND

[ADCK-1]

GND

[CB-1]

[CA-1]

[CHCK-1]

[CLMP-1]

[KEY-1]

[MRST-0A]

[VL[3:0]-1]

IC2

3

138

32

249

18

30 6

25

27

26 7

29 4 125

34

33

10

28

17

23

22

20

19

14

16

11

15

12

IC9

54

55

59

19

17

53

62

61

60

38

39

40

41

43

44

45

46

56

18

1 7

13

14

15

25

42

50

37 9

10

11

12345

24

28

21

22

23

31

30

35

20

36

51

29

16

26

58

57

642 8

63

27

34

33

32

47

48

49 6

R56

1/10W22

12

1/10W330R6

12

TP4

R54

1/10W1000

12

GND

VDD

CC0.1/25

C56

12

C53

CC0.1/25

2 1

C55

CC0.1/25

12CC0.1/25

C5412CC0.1/25

C5212

CC0.1/25

C33

12

CC0.1/25

C50

12

CC0.1/25

C28

2 1C37

CC0.1/25

2 1GND

GND

VDD

R9

1/10W100

12

CC0.1/25

C31

12

VDD3

CLMP-1

LOAD-0

VL[3:0]-1

VL3-1

VL2-1

VL1-1

VL0-1

KEY-1

CB-1

ADCK-1

CHCK-1

+12V

VCC1

AGND3

AGND2

AGND1

CB2

MPX

VLA

ADJP

SWAP

CB1

CA1

CA2

SWAM

ADJM

SWBM

BVIN1

BVIN0

SWBP

AVIN1

AVIN0

VCC2

DGND

VDD

VL0

VL1

VL2

VL3

VRM

VRH

OUT

VRLVR

VIN

TS2

TS1

TS0

TP

AC1

AC0

ADCK

VSSA4

VDDA2

VDDA1

VDDA4

VSS4

VDD3

VDD2

VDD1

CHCK

CHMOD

CHSEL

KEY

LOAD

POL

CLMP

VL2

VL1

VL0

CHS

VL3

VRL1

VRM1

VRH1

ADJ

VRL2

VRM2

VRH2

MAX

CLR

VSS3

VSS2

VSS1

VDDA3

VSSA3

VSSA2

VSSA1

SWA

DO4

DP7

DP6

DP5

DP4

DP3

DP2

DP1

DP0

DO2

DO1

DO0

DO7

MPX

SWB

DO3

DO5

DO6

DOA0-1

DOA1-1

DOA2-1

DOA3-1

DOA4-1

DOA5-1

DOA6-1

DOA7-1

DOA[0:7]-1

MRST-0A

VDD3

VDD3

CA-1

VID1-0

32

45

67

81

87

63

45

21

117

F E C BD A

F E D C B A



HINT


RTP

C

CC

CC

*3

CC

CC

CC

C C

C

CC

C

C

RTP

86253

RTP

CC

CC

C

RTP

4190

*4

RTP

VID2-0

C

RTP

RTP

RTP

RTP

RTP

RTP

R48

1/10W22

12

GND

2SC2712Y

Q1

1

2 3

GND

CC0.1/25

C6

12

GND

GND

GND

GND

CC0.1/25

C1112

CC0.1/25

C1712

CC0.1/25

C1912

C10

CC0.1/25

2 1

CC0.1/25

C49

12

CC0.1/25

C44

12

CC0.1/25

C4812

C47

CC0.1/25

2 1

C46

CC0.1/25

12CC0.1/25

C4512

TP5

GND

GND

CC0.1/25

C18

12

CC0.1/25

C20

2 1

C103

CC2200P/50

2 1

C21

CC0.1/25

2 1

CC0.1/25 C16

2 1

CC0.1/25 C12

12

CC0.1/25C9

12

1/10W150

R1

21

GND

GND

GND

GND

GND

GND

[VID2-0]

GND

VDD

[CA-1]

[CB-1]

[DOB[0:7]-1]

[DP[0:7]-1]

[CHCK-1]

[MRST-0A]

[CLMP-1]

[KEY-1]

[LOAD-0]

GND

[TP-1]

[ADCK-1]

GND

[VL[3:0]-1]

IC8

54

55

59

19

17

53

62

61

60

38

39

40

41

43

44

45

46

56

18

1 7

13

14

15

25

42

50

37 9

10

11

12345

24

28

21

22

23

31

30

35

20

36

51

29

16

26

58

57

642 8

63

27

34

33

32

47

48

49 6

1/10W100

R10

21

CC2200P/50

C8

2 1

C7

CC2200P/50

2 1

CC0.1/25

C15

12

CC0.1/25

C13

12

C14

CC0.1/25

2 1

R50

1/10W22

12

IC1

3

138

32

249

18

30 6

25

27

26 7

29 4 125

34

33

10

28

17

23

22

20

19

14

16

11

15

12

VDD

GND

VDD

R21/10W330

12

CC0.1/25

C43

12

1/10W22

R3

21

R4

1/10W22

12

1/10W2200

R49

21 R20

1/10W1000

12

1/10W1000

R21

21

1/10W22

R47

21

CHCK-1

ADCK-1

MRST-0A

DOB[0:7]-1

DOB7-1

DOB6-1

DOB5-1

DOB4-1

DOB3-1

DOB2-1

DOB1-1

DOB0-1

VIN

TS2

TS1

TS0

TP

AC1

AC0

ADCK

VSSA4

VDDA2

VDDA1

VDDA4

VSS4

VDD3

VDD2

VDD1

CHCK

CHMOD

CHSEL

KEY

LOAD

POL

CLMP

VL2

VL1

VL0

CHS

VL3

VRL1

VRM1

VRH1

ADJ

VRL2

VRM2

VRH2

MAX

CLR

VSS3

VSS2

VSS1

VDDA3

VSSA3

VSSA2

VSSA1

SWA

DO4

DP7

DP6

DP5

DP4

DP3

DP2

DP1

DP0

DO2

DO1

DO0

DO7

MPX

SWB

DO3

DO5

DO6

+12V

CLMP-1

DP7-1

DP6-1

DP5-1

DP4-1

DP3-1

DP2-1

DP1-1

DP0-1

DP[0:7]-1

VID2-0

VCC1

AGND3

AGND2

AGND1

CB2

MPX

VLA

ADJP

SWAP

CB1

CA1

CA2

SWAM

ADJM

SWBM

BVIN1

BVIN0

SWBP

AVIN1

AVIN0

VCC2

DGND

VDD

VL0

VL1

VL2

VL3

VRM

VRH

OUT

VRLVR

CA-1

CB-1

TP-1

KEY-1

VL0-1

VL[3:0]-1

VL3-1

VL2-1

VL1-1

LOAD-0

VDD3

VDD3

VDD3

32

45

67

81

87

63

45

21

217

F E C BD A

E D C B A



HINT


RTP

RTP

AC04F

AC04F

AC04F

AC04F

AC04F

RTP

SARAH

C

RTP

C

RTPOE

[G]

[V]

OSC

[XOE1]

OUT

1/10W2200

R822 1

VDD

VDD

R86 1/10W10001 2

IC3

21

IC3

65

IC3

1011

IC3

43

IC3

89

[VL[0:3]-1]

[BKD[0:8]-1]

[SARCS-0A]

[MA[0:12]-1A]

[MD[0:7]-1A]

[HHSYC-0]

[MWR-0A]

[MRD-0A]

[MRST-0A]

[PGNSL-0]

[DOA[0:7]-1]

[DOB[0:7]-1]

[DP[0:7]-1]

[DIDT[0:7]-1]

[MOA[0:12]-1]

[WHD[0:7]-1]

[LOAD-0]

[TP-1]

[CLMP-1]

[KEY-1]

[CHCK-1]

[ADCK-1]

[CB-1]

[CA-1]

[CP-0]

[RS-0]

[CK2-0]

[CK1-0]

[SH-0]

[MCLK-1]

[DVDEN-0]

[DHDEN-0]

[WHWE-0]

[WHOE-0]

[BKWE-0]

[BKOE-0]

1/10W1000R85 21

IC21

GND_PIN=136,144

VDD_PIN=65,90,126,142GND_PIN=1,19,36,44,54GND_PIN=64,72,73,91GND_PIN=108,116,117

VDD_PIN=15,28,33,45,55

119

122

79

78

77

76

75

74

80

81

5

6

7

8

10

11

12

9

4

2

3

14

13

50

29

30

31

32

34

35

38

39

40

41

42

43

46

109

102

100

37

18

105

89

88

87

111

114

113

112

84

82

83

140

47

48

49

52

53

56

20

21

22

23

24

25

26

27

59

60

61

62

63

66

67

68

69

137

17

16

141

139

85

93

94

95

96

97

98

99

86

143

92

51

138

135

134

133

132

131

130

129

128

107

106

110

115

118

120

121

123

124

125

127

101

104

103

58

57

70

71

CC0.1/25C90

1

2

R84

1/10W22

1 2

C139CC2200P/50

2

1

GND

R83

1/10W22

1 2

X3

24M

3

4

2

1

GND

+3.3V

CA-1

PGNSL-0

WHD[0:7]-1

WHD2-1

WHD7-1

WHD6-1

WHD5-1

WHD4-1

WHD3-1

WHD1-1

WHD0-1

MA[0:12]-1A

MA1-1A

MA2-1A

MA3-1A

MA4-1A

MA5-1A

MA6-1A

MA7-1A

MA8-1A

MA9-1A

MA10-1A

MA11-1A

MA12-1A

MA0-1A

BKOE-0

BKWE-0

WHOE-0

WHWE-0

DHDEN-0

DVDEN-0

CB-1

ADCK-1

CHCK-1

KEY-1

CLMP-1

TP-1

LOAD-0

VL[0:3]-1VL3-1

VL2-1

VL1-1

VL0-1

BKD[0:8]-1BKD8-1

BKD7-1

BKD6-1

BKD5-1

BKD4-1

BKD3-1

BKD2-1

BKD1-1

BKD0-1

DIDT[0:7]-1DIDT7-1

DIDT6-1

DIDT5-1

DIDT4-1

DIDT3-1

DIDT2-1

DIDT1-1

DIDT0-1

MD[0:7]-1A MD7-1A

MD6-1A

MD5-1A

MD4-1A

MD3-1A

MD2-1A

MD1-1A

MD0-1A

DP[0:7]-1

DP1-1

DP2-1

DP3-1

DP4-1

DP5-1

DP6-1

DP7-1

DP0-1

DOB[0:7]-1

DOB1-1

DOB2-1

DOB3-1

DOB4-1

DOB5-1

DOB6-1

DOB7-1

DOB0-1

DOA[0:7]-1

DOA0-1

DOA1-1

DOA2-1

DOA3-1

DOA4-1

DOA5-1

DOA6-1

DOA7-1

MWR-0A

MRD-0A

SARCS-0A

MCLK-1

CP-0

RS-0

CK2-0

CK1-0

SH-0

HHSYC-0

MOA12-1

MOA11-1

MOA10-1

MOA9-1

MOA8-1

MOA7-1

MOA6-1

MOA5-1

MOA4-1

MOA3-1

MOA2-1

MOA1-1

MOA0-1

MOA[0:12]-1

ADCK1

CP1

DOA21

DOA31

DOA41

DOA51

DOA61

DOA71

DOA11

DOA01

CPA91

CPA81

CPA71

CPA61

CPA41

CPA31

CPA21

CPA51

CPA101

CPA121

CPA111

CPA01

CPA11

WHD41

MOA121

MOA111

MOA101

MOA91

MOA81

MOA71

MOA61

MOA51

MOA41

MOA31

MOA21

MOA11

MOA01

VDD5

VDD4

VDD3

VDD2

VDD1

IDTOE1

DOB01

DOB11

DOB21

VL31

VL01

VL11

VL21

DOB51

DOB71

DOB61

TESTP0

WHD71

WHD61

WHD51

WHD21

WHD11

WHD01

CPUD71

CPUD61

CPUD51

CPUD41

CPUD31

CPUD21

CPUD11

CPUD01

BKD81

BKD71

BKD61

BKD51

BKD41

BKD31

BKD21

BKD11

BKD01

PHSYC0

CPUWR0

CPURD0

CPUCS0

RESET0

DOB41

AIDT61

AIDT51

AIDT41

AIDT31

AIDT21

AIDT11

AIDT01

DOB31

MNCK1

AIDT71

WHD31

TEST0

DP01

DP11

DP21

DP31

DP41

DP51

DP61

DP71

TP1

LOAD0

CLMP1

KEY1

CHCK1

CB1

CA1

RS1

CK21

CK11

SH1

MCLK1

AVDEN0

AHDEN0

WHOE0

WHWE0

BKWE0

BKOE0

MRST-0A3

24

56

78

87

63

45

2

120

E C BD A

E D C B A



HINT


[M7C188]

CE2

B8

B2

B3

B4

B5

B6

B7

A

2 011

10

8 7 6 5 4 39 1

B1

13

WE

OE

12

14

0

32767

SRAM32KX9

B9

CE1

[M7C199]

32767

0

14

12

CE

OE

WE

13

B1

19 34567810

11

02

A

B7

B6

B5

B4

B3

B2

B8

SRAM32KX8

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*8

*8

RTP

GND

GND

7C188VC IC1725

5

21

12

20

31

19

15

14

13

6

24

1087

27

26

25

29

23

28

22

30 43 9

11

18

17

7C199VC IC2225

23

11

19

10

17

16

15

13

12

22

21

25

26234567

27 89

20 1

18

24

[WHOE-0]

[WHWE-0]

R58

1/10W2200

21

[BKOE-0]

[BKWE-0]

R57

1/10W2200

21

VDD

R60

1/10W2200

1 2

1/10W2200

R22 21

R62

1/10W2200

1 2

R23

1/10W2200

21

R65

1/10W2200

21

R66

1/10W2200

21

R64

1/10W2200

1 2

R61

1/10W2200

21

R59

1/10W2200

21

R89

1/10W2200

1 2

R91

1/10W2200

21

R93

1/10W2200

21

R63

1/10W2200

21

1/10W2200

R94 21

R92

1/10W2200

21

R90

1/10W2200

21

VDD

R88

1/10W2200

1 2

VDD

[BKD[0:8]-1]

[WHD[0:7]-1]

[MOA[0:12]-1]

[MOCE-0]

1/10W2200

R87

12

WHD7-1

WHD6-1

WHD5-1

WHD4-1

WHD3-1

WHD2-1

WHD1-1

WHD0-1

WHD[0:7]-1

MOA12-1

MOA11-1

MOA10-1

MOA9-1

MOA8-1

MOA7-1

MOA6-1

MOA5-1

MOA4-1

MOA3-1

MOA2-1

MOA1-1

MOA0-1

MOA[0:12]-1

MOA12-1

MOA0-1

MOA1-1

MOA2-1

MOA3-1

MOA4-1

MOA5-1

MOA6-1

MOA7-1

MOA8-1

MOA9-1

MOA10-1

MOA11-1

BKD0-1

BKD1-1

BKD[0:8]-1

BKD2-1

BKD8-1

BKD7-1

BKD6-1

BKD5-1

BKD4-1

BKD3-1

BKWE-0

BKOE-0

MOCE-0

WHWE-0

WHOE-0

32

45

67

81

87

63

45

21

417

F E C BD A

E D C B A



HINT


RTP

[7SH08S]&

[VCC]

[GND]

C

RFL0

C

C

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

C

RTP

R197 1/10W221 2

GND

IC101

24

3

5

GND

CC100P/50

C2401

2

IC12

VDD_PIN=16,43,69,77VDD_PIN=83,89,97,122VDD_PIN=147,201GND_PIN=1,11,15,19,25GND_PIN=31,36,38,44GND_PIN=49,55,60,68GND_PIN=76,82,88,96GND_PIN=99,101,105,107GND_PIN=113,119,121,126GND_PIN=128,134,142,146

GND_PIN=177,184,192,200GND_PIN=152,158,164,170

104

125

124

123

127

118

117

115

112

116

111

34

35

33

100

51

52

53

54

56

57

58

59

39

40

41

42

45

46

47

48

5

6

7

8

9

12

13

14

62

63

64

65

66

67

70

71

72

73

74

75

78

79

185

153

114

102

193

178

171

159

135

129

32

165

61

50

37

10

26

20

2

139

138

137

136

133

132

131

191

190

189

188

187

186

183

182

157

156

155

154

151

150

149

148

21

22

23

24

27

28

29

30

84

85

86

87

90

91

92

93

208

207

206

205

204

203

202

199

198

197

196

195

194

176

175

174

173

172

169

168

167

166

163

162

161

160

106

98

81

80

94

95

18

17

120

110

4

3

130

141

140

179

180

181

145

143

144

109

108

103

GND

[DHDEN-0]

C83CC2200P/50 2

1

CC30P/50C66

2

1

R75 1/10W221 2

1/10W22R35 21

1/10W1000R70 21

R74 1/10W1001 2

R26 1/10W10001 2

[RIDT0-1]

[SMA13-1A]

[SMA12-1A]

[SMA11-1A]

[SMA10-1A]

[SMA9-1A]

[SMA8-1A]

[SMA7-1A]

[SMA6-1A]

[SMA5-1A]

[SMA4-1A]

[SMA3-1A]

[SMA2-1A]

[SMA1-1A]

[SMA0-1A]

[LDL27-1]

[LDL26-1]

[LDL25-1]

[LDL24-1]

[LDL23-1]

[LDL22-1]

[LDL21-1]

[LDL20-1]

[LDL17-1]

[LDL16-1]

[LDL15-1]

[LDL14-1]

[LDL13-1]

[LDL12-1]

[LDL11-1]

[LDL10-1]

[DIDT7-1]

[DIDT6-1]

[DIDT5-1]

[DIDT4-1]

[DIDT3-1]

[DIDT2-1]

[DIDT1-1]

[DIDT0-1]

[DVDEN-0]

[RCSO-0]

[SMCWT-0A]

[SMCRD-0A]

[IMGCS-0A]

[MCLK-1]

[SMCD7-1A]

[SMCD6-1A]

[SMCD5-1A]

[SMCD4-1A]

[SMCD3-1A]

[SMCD2-1A]

[SMCD1-1A]

[SMCD0-1A]

[FLDT7-1]

[FLDT6-1]

[FLDT5-1]

[FLDT4-1]

[FLDT3-1]

[FLDT2-1]

[FLDT1-1]

[FLDT0-1]

[LIMB2-1]

[LIMB3-1]

[LIMB4-1]

[LIMB5-1]

[LIMB6-1]

[LIMB7-1]

[RHDEN-0]

[RIDT1-1]

[RIDT2-1]

[RIDT3-1]

[RIDT4-1]

[RIDT5-1]

[RIDT6-1]

[RIDT7-1]

[RVDEN-0]

[LIMB1-1]

[LIMB0-1]

[LWEB-0]

[LCEB-0]

[LOEB-0]

[ADB12-1]

[ADB11-1]

[ADB10-1]

[ADB9-1]

[ADB8-1]

[ADB7-1]

[ADB6-1]

[ADB5-1]

[ADB4-1]

[ADB3-1]

[ADB2-1]

[ADB1-1]

[ADB0-1]

[LIMA7-1]

[LIMA6-1]

[LIMA5-1]

[LIMA4-1]

[LIMA3-1]

[LIMA2-1]

[LIMA1-1]

[LIMA0-1]

[LWEA-0]

[LCEA-0]

[LOEA-0]

[ADA12-1]

[ADA11-1]

[ADA10-1]

[ADA9-1]

[ADA8-1]

[ADA7-1]

[ADA6-1]

[ADA5-1]

[ADA4-1]

[ADA3-1]

[ADA2-1]

[ADA1-1]

[ADA0-1]

[HCS-0]

[BCS-0]

[RCSO-0]

[L1WE-0]

[L1CLK-1]

[L1RST-0]

[SMRST-0A]

1/10W1000R27 21

R73 1/10W10001 2

R71 1/10W10001 2

[MCLK5-1]

[MOCE-0]

VDD

GND

TP18

TP17

CC100P/50

C1861

2

GND

R130

1/10W22

1 2

MCLK5-1

POTO20

OVDEN0

OHDEN0

OIDT1

RAREA1

YCS0

XCS0

HCS0

BCS0

PCS0

RCSO0

L1WE0

L1CLK1

L1RST0

ARST0

LDL271

LDL261

LDL251

LDL241

LDL231

LDL221

LDL211

LDL201

LDL171

LDL161

LDL151

LDL141

LDL131

LDL121

LDL111

LDL101

DIDT71

DIDT61

DIDT51

DIDT41

DIDT31

DIDT21

DIDT11

DIDT01

CPA151

CPA141

CPA131

CPA121

CPA111

CPA101

CPA91

CPA81

CPA71

CPA61

CPA51

CPA41

CPA31

CPA21

VDD13-4

VDD13-3

VDD13-2

VDD13-1

VDD10

VDD9

VDD8

VDD7

VDD6

VDD5

VDD4

VDD3-5

VDD3-4

VDD3-3

VDD3-2

VDD3-1

VDD3

VDD2

VDD1

RIDT71

RIDT61

RIDT51

RIDT41

RIDT31

RIDT21

RIDT11

LIMB71

LIMB61

LIMB51

LIMB41

LIMB31

LIMB21

LIMB11

LIMB01

LIMA71

LIMA61

LIMA51

LIMA41

LIMA31

LIMA21

LIMA11

LIMA01

FLDT71

FLDT61

FLDT51

FLDT41

FLDT31

FLDT21

FLDT11

FLDT01

CPDT71

CPDT61

CPDT51

CPDT41

CPDT31

CPDT21

CPDT11

CPDT01

ADB121

ADB111

ADB101

ADB91

ADB81

ADB71

ADB61

ADB51

ADB41

ADB31

ADB21

ADB11

ADB01

ADA121

ADA111

ADA101

ADA91

ADA81

ADA71

ADA61

ADA51

ADA41

ADA31

ADA21

ADA11

ADA01

MCLK1

CS0

TEST10

TEST00

CPURD0

CPUWT0

POTI01

POTI11

TIDT1

RCSI0

DHDEN0

DVDEN0

RIDT01

RVDEN0

RHDEN0

LOEB0

LWEB0

LCEB0

LCEA0

LOEA0

LWEA0

POTO01

POTO11

POTO31

DHDEN-0

+3.3V

+3.3V

SMRST-0A

MCLK-1

IMGCS-0A

RIDT5-1

LDL27-1

LDL26-1

L1RST-0

L1CLK-1

L1WE-0

SMCD7-1A

SMCD6-1A

SMCD5-1A

SMCD4-1A

SMCD3-1A

SMCD2-1A

SMCD1-1A

SMCD0-1A

LIMB7-1

RIDT7-1

LDL25-1

LDL24-1

LDL23-1

LDL22-1

LDL21-1

LDL20-1

LDL14-1

LDL11-1

ADA12-1

ADA11-1

ADA10-1

ADA9-1

ADA8-1

ADA7-1

ADA6-1

ADA5-1

ADA4-1

ADA3-1

ADA2-1

ADA1-1

ADA0-1

LOEA-0

LCEA-0

LIMA0-1

LIMA1-1

LIMA7-1

LIMA6-1

LIMA5-1

LIMA4-1

LIMA3-1

LIMA2-1

ADB12-1

ADB11-1

ADB10-1

ADB9-1

ADB8-1

ADB7-1

ADB6-1

ADB5-1

ADB4-1

ADB3-1

ADB2-1

ADB1-1

ADB0-1

LOEB-0

LCEB-0

LIMB6-1

LIMB5-1

LIMB4-1

LIMB3-1

LIMB2-1

LIMB1-1

LIMB0-1

FLDT7-1

FLDT6-1

FLDT5-1

FLDT4-1

FLDT3-1

FLDT2-1

FLDT1-1

FLDT0-1

LWEB-0

LWEA-0

RIDT6-1

RIDT4-1

RIDT2-1

RIDT1-1

RIDT0-1

RVDEN-0

RIDT3-1

LDL17-1

SMA0-1A

SMA1-1A

SMA2-1A

SMA3-1A

SMA4-1A

SMA5-1A

SMA6-1A

SMA7-1A

SMA8-1A

SMA9-1A

SMA10-1A

SMA11-1A

SMA12-1A

SMA13-1A

RHDEN-0

MOCE-0

RCSO-0

SMCRD-0A

SMCWT-0A

DIDT7-1

DIDT6-1

DIDT5-1

DIDT4-1

DIDT3-1

DIDT0-1

DVDEN-0

DIDT1-1

DIDT2-1

LDL16-1

LDL15-1

LDL13-1

LDL12-1

LDL10-1

BCS-0

HCS-0

RCSO-0

32

45

67

81

87

63

45

21

517

F E C BD A

F E D C B A



HINT

16.6 Image process circuit(PWA-IMG) 6/17

[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

66282FP

66282FP

RTP

RTP

[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

RTP

RTP

RTP

RTP

RTP

RTP

15

IC424

18

1

20

9

8

27

7

6

5

4

3

2

26

25

21

22

12

13

15

16

17

10

19

11

23

28

14

[LIMA7-1]

[LIMA6-1]

[LIMA5-1]

[LIMA4-1]

[LIMA3-1]

[LIMA2-1]

[LIMA1-1]

[LIMA0-1]

[LCEA-0]

[LOEA-0]

[LWEA-0]

[ADA0-1]

[ADA1-1]

[ADA2-1]

[ADA3-1]

[ADA4-1]

[ADA5-1]

[ADA6-1]

[ADA7-1]

[ADA12-1]

[ADA8-1]

[ADA9-1]

[ADA11-1]

[ADA10-1]

GND

[L1WE-0]

[FLDT0-1]

IC11

18

9

13 12

4

11

1015

20

17

19

5

8

6

16

24

23

22

21

14

3

2

1

7

IC18

18

9

13 12

4

11

1015

20

17

19

5

8

6

16

24

23

22

21

14

3

2

1

7

[FLDT7-1]

[FLDT6-1]

[FLDT5-1]

[FLDT4-1]

[FLDT3-1]

[FLDT2-1]

[FLDT1-1]

[LDL17-1]

[LDL16-1]

[LDL15-1]

[LDL14-1]

[LDL13-1]

[LDL12-1]

[LDL11-1]

[LDL10-1]

[LDL27-1]

[LDL26-1]

[LDL25-1]

[LDL24-1]

[LDL23-1]

[LDL22-1]

[LDL21-1]

[LDL20-1]

[L1CLK-1]

[L1RST-0]

R17 1/10W1001 2

[ADB10-1]

[ADB11-1]

[ADB9-1]

[ADB8-1]

[ADB12-1]

[ADB7-1]

[ADB6-1]

[ADB5-1]

[ADB4-1]

[ADB3-1]

[ADB2-1]

[ADB1-1]

[ADB0-1]

[LWEB-0]

[LOEB-0]

[LCEB-0]

GND

1/10W100R16 21

[LIMB7-1]

[LIMB6-1]

[LIMB5-1]

[LIMB4-1]

[LIMB3-1]

[LIMB2-1]

[LIMB0-1]

[LIMB1-1]

IC5

1514

28

23

11

19

10

17

16

15

13

12

22

21

25

26

2

3

4

5

6

7

27

8

9

20

1

18

24

R24 1/10W10021

1/10W22R25 1 2

R67 1/10W2221

1/10W22R69 1 2

R97 1/10W1001 2

R68 1/10W2221

GND

L1CLK-1

+3.3V

LIMB0-1

LIMA7-1

LIMA6-1

LIMA5-1

LIMA4-1

LIMA3-1

LIMA2-1

LIMA1-1

LIMA0-1

LDL27-1

LDL26-1

LDL25-1

LDL24-1

LDL23-1

LDL22-1

LDL21-1

LDL20-1

FLDT7-1

FLDT6-1

FLDT5-1

FLDT4-1

FLDT3-1

FLDT2-1

FLDT1-1

FLDT0-1

VCC

Q4

D7 Q7

Q3

Q6

Q5D5

WE

WCK

WRES

RE

RCK

RRES

D4

D0

D1

D2

D3

D6

Q2

Q1

Q0

GND

VCC

Q4

D7 Q7

Q3

Q6

Q5D5

WE

WCK

WRES

RE

RCK

RRES

D4

D0

D1

D2

D3

D6

Q2

Q1

Q0

GND

ADA10-1

ADA11-1

ADA9-1

ADA8-1

ADA12-1

ADA7-1

ADA6-1

ADA5-1

ADA4-1

ADA3-1

ADA2-1

ADA1-1

LCEA-0

LOEA-0

LWEA-0

ADA0-1

ADB10-1

ADB11-1

ADB9-1

ADB8-1

ADB12-1

ADB7-1

ADB6-1

ADB5-1

ADB4-1

ADB3-1

ADB2-1

ADB1-1

ADB0-1

LWEB-0

LOEB-0

LCEB-0

LIMB7-1

LIMB6-1

LIMB5-1

LIMB4-1

LIMB3-1

LIMB2-1

LIMB1-1

+3.3V

L1RST-0

L1WE-0

LDL17-1

LDL16-1

LDL15-1

LDL14-1

LDL13-1

LDL12-1

LDL11-1

LDL10-1

32

45

67

81

87

63

45

21

617

F E C BD A

F E D C B A



HINT


[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

66282FP

66282FP

RTP

RTP

[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

RTP

RTP

RTP

RTP

RTP

RTP

15

IC424

18

1

20

9

8

27

7

6

5

4

3

2

26

25

21

22

12

13

15

16

17

10

19

11

23

28

14

[LIMA7-1]

[LIMA6-1]

[LIMA5-1]

[LIMA4-1]

[LIMA3-1]

[LIMA2-1]

[LIMA1-1]

[LIMA0-1]

[LCEA-0]

[LOEA-0]

[LWEA-0]

[ADA0-1]

[ADA1-1]

[ADA2-1]

[ADA3-1]

[ADA4-1]

[ADA5-1]

[ADA6-1]

[ADA7-1]

[ADA12-1]

[ADA8-1]

[ADA9-1]

[ADA11-1]

[ADA10-1]

GND

[L1WE-0]

[FLDT0-1]

IC11

18

9

13 12

4

11

1015

20

17

19

5

8

6

16

24

23

22

21

14

3

2

1

7

IC18

18

9

13 12

4

11

1015

20

17

19

5

8

6

16

24

23

22

21

14

3

2

1

7

[FLDT7-1]

[FLDT6-1]

[FLDT5-1]

[FLDT4-1]

[FLDT3-1]

[FLDT2-1]

[FLDT1-1]

[LDL17-1]

[LDL16-1]

[LDL15-1]

[LDL14-1]

[LDL13-1]

[LDL12-1]

[LDL11-1]

[LDL10-1]

[LDL27-1]

[LDL26-1]

[LDL25-1]

[LDL24-1]

[LDL23-1]

[LDL22-1]

[LDL21-1]

[LDL20-1]

[L1CLK-1]

[L1RST-0]

R17 1/10W1001 2

[ADB10-1]

[ADB11-1]

[ADB9-1]

[ADB8-1]

[ADB12-1]

[ADB7-1]

[ADB6-1]

[ADB5-1]

[ADB4-1]

[ADB3-1]

[ADB2-1]

[ADB1-1]

[ADB0-1]

[LWEB-0]

[LOEB-0]

[LCEB-0]

GND

1/10W100R16 21

[LIMB7-1]

[LIMB6-1]

[LIMB5-1]

[LIMB4-1]

[LIMB3-1]

[LIMB2-1]

[LIMB0-1]

[LIMB1-1]

IC5

1514

28

23

11

19

10

17

16

15

13

12

22

21

25

26

2

3

4

5

6

7

27

8

9

20

1

18

24

R24 1/10W10021

1/10W22R25 1 2

R67 1/10W2221

1/10W22R69 1 2

R97 1/10W1001 2

R68 1/10W2221

GND

L1CLK-1

+3.3V

LIMB0-1

LIMA7-1

LIMA6-1

LIMA5-1

LIMA4-1

LIMA3-1

LIMA2-1

LIMA1-1

LIMA0-1

LDL27-1

LDL26-1

LDL25-1

LDL24-1

LDL23-1

LDL22-1

LDL21-1

LDL20-1

FLDT7-1

FLDT6-1

FLDT5-1

FLDT4-1

FLDT3-1

FLDT2-1

FLDT1-1

FLDT0-1

VCC

Q4

D7 Q7

Q3

Q6

Q5D5

WE

WCK

WRES

RE

RCK

RRES

D4

D0

D1

D2

D3

D6

Q2

Q1

Q0

GND

VCC

Q4

D7 Q7

Q3

Q6

Q5D5

WE

WCK

WRES

RE

RCK

RRES

D4

D0

D1

D2

D3

D6

Q2

Q1

Q0

GND

ADA10-1

ADA11-1

ADA9-1

ADA8-1

ADA12-1

ADA7-1

ADA6-1

ADA5-1

ADA4-1

ADA3-1

ADA2-1

ADA1-1

LCEA-0

LOEA-0

LWEA-0

ADA0-1

ADB10-1

ADB11-1

ADB9-1

ADB8-1

ADB12-1

ADB7-1

ADB6-1

ADB5-1

ADB4-1

ADB3-1

ADB2-1

ADB1-1

ADB0-1

LWEB-0

LOEB-0

LCEB-0

LIMB7-1

LIMB6-1

LIMB5-1

LIMB4-1

LIMB3-1

LIMB2-1

LIMB1-1

+3.3V

L1RST-0

L1WE-0

LDL17-1

LDL16-1

LDL15-1

LDL14-1

LDL13-1

LDL12-1

LDL11-1

LDL10-1

32

45

67

81

87

63

45

21

717

F E C BD A

F E D C B A



HINT

16.6 Image process circuit(PWA-IMG) 8/17

[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

[M7C1399S]

SRAM32KX8

B8

B2

B3

B4

B5

B6

B7

A

2

0

11

10

8

7

6

5

4

3

9

1

B1

13

WE

OE

CE

12

14

0

32767

[VCC]

[VSS]

RR4AT

RR4AT

RTP

RTP

RTP

RTP

IC6

15

10

27

20

23

11

19

17

16

15

13

12

22

21

25

26

2

3

4

5

6

7

8

9

1

18

24

28

14

IC7

15

14

28

24

18

1

9

8

7

6

5

4

3

2

26

25

21

22

12

13

15

16

17

19

11

23

20

27

10

15

IC24

14

28

24

18

1

9

8

7

6

5

4

3

2

26

25

21

22

12

13

15

16

17

19

11

23

20

27

10

IC25

15

10

27

20

23

11

19

17

16

15

13

12

22

21

25

26

2

3

4

5

6

7

8

9

1

18

24

28

14

[MAA10-1] RM2

2200

25

1

34

RM12200

4 3

1

5 2

[E2A0-1]

[E2A1-1]

[E2A2-1]

[E2A3-1]

[E2A4-1]

[E2A5-1]

[E2A6-1]

[E2A7-1]

[MAA0-1]

[MAA1-1]

[MAA2-1]

[MAA3-1]

[MAA4-1]

[MAA5-1]

[MAA6-1]

[MAA7-1]

[MBA0-1]

[MBA1-1]

[MBA2-1]

[MBA3-1]

[MBA4-1]

[MBA5-1]

[MBA6-1]

[MBA7-1]

GND

[E1A10-1]

[E1A11-1]

[E1A9-1]

[E1A8-1]

[E1A12-1]

[E1A7-1]

[E1A6-1]

[E1A5-1]

[E1A4-1]

[E1A3-1]

[E1A2-1]

[E1A1-1]

[E1A0-1]

[E1WE-0]

[E1OE-0]

[MECE-0]

[E1D7-1]

[E1D6-1]

[E1D5-1]

[E1D4-1]

[E1D0-1]

[E1D1-1]

[E1D3-1]

[E1D2-1]

[E2A10-1]

[E2A11-1]

[E2A9-1]

[E2A8-1]

[E2A12-1]

[E2WE-0]

[E2OE-0]

GND

[E2D7-1]

[E2D6-1]

[E2D5-1]

[E2D4-1]

[E2D1-1]

[E2D3-1]

[E2D2-1]

[E2D0-1]

1/10W100R108 21

R107 1/10W1001 2

[MAA9-1]

[MAA8-1]

[AWE-0]

[AOE-0]

[ADAT0-1]

[ADAT1-1]

[ADAT2-1]

[ADAT3-1]

R19 1/10W1001 2

[MBA10-1]

[MBA9-1]

[MBA8-1]

[BWE-0]1/10W100R18 21[BOE-0]

[BDAT0-1]

[BDAT1-1]

[BDAT2-1]

[BDAT3-1]

+3.3V

MAA10-1

+3.3V

E2A3-1

MBA7-1

MBA2-1

MBA0-1

MAA7-1

MAA6-1

MAA5-1

MAA4-1

MAA3-1

MAA2-1

MAA1-1

E2A7-1

E2A6-1

E2A5-1

E2A4-1

E2A2-1

E2A1-1

E2A0-1

MBA1-1

MBA3-1

MBA6-1

MBA4-1

MBA5-1

+3.3V

+3.3V

E1A11-1

E1A9-1

E1A8-1

E1A12-1

E1A7-1

E1A4-1

E1A3-1

E1A2-1

E1A1-1

E1OE-0

E1A6-1

E1A5-1

E1WE-0

E1A0-1

E1D7-1

E1D6-1

E1D5-1

E1D4-1

E1D0-1

E1D1-1

E1D3-1

E1D2-1

E1A10-1

E2A10-1

E2A11-1

E2A9-1

E2A8-1

E2A12-1

E2WE-0

E2OE-0

E2D7-1

E2D6-1

E2D5-1

E2D4-1

E2D0-1

E2D1-1

E2D3-1

E2D2-1

MAA9-1

MAA8-1

MAA0-1

AWE-0

AOE-0

ADAT0-1

ADAT1-1

ADAT2-1

ADAT3-1

MBA10-1

MBA9-1

MBA8-1

BWE-0

BOE-0

MECE-0

BDAT0-1

BDAT1-1

BDAT2-1

BDAT3-1

32

45

67

81

87

63

45

21

817

F E C BD A

F E D C B A



HINT


27.705MHz

RTP

RTP

C

HC132F

MC74

RTP

C

7S04F

C

PCLK

HPLSE

7S02F

TR

C

M66235FP

CLK

RTP

C

C

31.168MHz

RTP

OE

[G]

[V]

OSC

[XOE1]

OUT

OE

[G]

[V]

OSC

[XOE1]

OUT

1/10W22

R46

21

1/10W22

R109

12

GND

GND

C97

CC100P/50

2 1

VDD

GND

VDD

IC19

321

VDD

1/10W3300 R77

1 2

C95

CC0.1/25

12

IC16

24

CC0.1/25

C98

2 1GND

TP8

[CKSL0-1A]

[SYNC-0]

[PCLK-1]

[HPLSE-1]

[CKSL1-1A]

TP7

GND

IC15

24

1

TP6

CC30P/50

C135

2 1

IC14

10

6

2

11

7 4

13

9 3 15

1

TP14

1/10W22

R44

21 CC100P/50 C96

12GND

C99

CC100P/50

2 1

E1

[MRST-0A]

R45

1/10W22

12

XO745S

34.87M

X1

12 4

3

XO745S

30.99M

X2

3

42 1

MRST-0A

PCLK-1

HPLSE-1

SYNC-0

CKSL1-1A

CKSL0-1A

CKO0

CKO/20

TEST1

CKO1

CKO/21

PULSE

TR

CNTCK

TEST2

TEST3

CKI

32

45

67

81

87

63

45

21

917

F E C BD A

E D C B A



HINT


RTP

RTP

C C C C C C C C

CCCC

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

ALS245F

ALS541F

RTP

ALS541F

RTP

RTP

ALS541F

RTP

*4

*7CCCCC CC

*8CCCCCCCC

*8

RM19 680

432

1

5 6 7 8 9

R28

1/10W0

12

VDD

1/10W22R168 21

GND

CC100P/50

C163

2

1

C164

CC100P/501

2CC100P/50

C165

2

1

C166

CC100P/501

2CC100P/50

C160

2

1

C151

CC100P/501

2CC100P/50

C152

2

1

C153

CC100P/501

2

CC100P/50

C207

2

1

C205

CC100P/501

2CC100P/50

C201

2

1

C203

CC100P/501

2

GND

GND

GND

RM9 2.2K

432

1

5 6 7 8 9

RM6 2.2K

432

1

5 6 7 8 9

RM10 2.2K

432

1

5 6 7 8 9

1/10W22R147 21

R148 1/10W221 2

1/10W22R149 21

R150 1/10W221 2

1/10W22R151 21

R152 1/10W221 2

1/10W22R153 21

R154 1/10W221 2

1/10W22R165 21

R166 1/10W221 2

1/10W22R167 21

GND

1/10W22R139 21

R140 1/10W221 2

1/10W22R141 21

R142 1/10W221 2

R143 1/10W221 2

1/10W22R144 21

R145 1/10W221 2

1/10W22R156 21

R157 1/10W221 2

1/10W22R158 21

R159 1/10W221 2

1/10W22R160 21

R161 1/10W221 2

1/10W22R162 21

R163 1/10W221 2

GND

[SMCRD-0]

[SMCWT-0]

[SMRST-0]

[IMGCS-0]

[SMA13-1]

[SMA14-1]

[SMA3-1]

[SMA0-1]

[SMA1-1]

[SMA2-1]

[SMA5-1]

[SMA6-1]

[SMA4-1]

[SMA7-1]

VDD

[SMA13-1A]

[SMA12-1A]

[SMA11-1A]

[SMA10-1A]

[SMA9-1A]

[SMA8-1A]

VDD

VDD

VDD

VDD

[SMA0-1A]

[SMA1-1A]

[SMA2-1A]

[SMA3-1A]

[SMA4-1A]

[SMA5-1A]

[SMA6-1A]

[SMA7-1A]

[SMA12-1]

[SMA11-1]

[SMA10-1]

[SMA9-1]

[SMA8-1]

GND

[SMCD0-1A]

[SMCD1-1A]

[SMCD2-1A]

[SMCD3-1A]

[SMCD4-1A]

[SMCD5-1A]

[SMCD6-1A]

[SMCD7-1A]

[SMCD0-1]

[SMCD1-1]

[SMCD2-1]

[SMCD3-1]

[SMCD4-1]

[SMCD5-1]

[SMCD6-1]

[SMCD7-1]

[IMGCS-0A]

[SMRST-0A]

[SMCWT-0A]

[SMCRD-0A]

IC29

4

11

12

13

14

15

16

17

18

9

8

7

6

5

3

2

1

19

IC31

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

R164

1/10W100

12

GND

IC28

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

R146

1/10W100

12

GND

1/10W100

R138

21

GND

IC30

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

R1551/10W1001

2

GND

GND

VDD

2.2KRM7

98765

1

2 3 4

680RM15

98765

1

2 3 4

RM20 1K

432

1

5 6 7 8 9

RM13 680

432

1

5 6 7 8 9

RM14 1K

432

1

5 6 7 8 9

RM17 680

432

1

5 6 7 8 9

RM18 1K

432

1

5 6 7 8 9

1KRM16

98765

1

2 3 4

CC100P/50

C162

2

1

C161

CC100P/501

2CC100P/50

C155

2

1

C156

CC100P/501

2

C158

CC100P/501

2CC100P/50

C157

2

1CC100P/50

C159

2

1

CC100P/50

C154

2

1

C208

CC100P/501

2CC100P/50

C206

2

1

C204

CC100P/501

2CC100P/50

C202

2

1

C200

CC100P/501

2CC100P/50

C199

2

1

C198

CC100P/501

2

VDD

SMCD5-1

SMCD6-1

SMCD7-1

SMCD4-1

SMCD3-1

SMCD2-1

SMCD1-1

SMCD0-1

SMCRD-0

SMCWT-0

SMRST-0

SMA0-1

SMA1-1

SMA2-1

SMA3-1

SMA4-1

SMA7-1

SMA6-1

SMA5-1

SMA13-1

SMA14-1

SMA12-1

SMA11-1

SMA10-1

SMA9-1

SMA8-1

SMA9-1A

SMA13-1A

SMA12-1A

SMA11-1A

SMA10-1A

SMA8-1A

SMA6-1A

SMA5-1A

SMA4-1A

SMA3-1A

SMA2-1A

SMA1-1A

SMA0-1A

SMA7-1A

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

SMCD0-1A

SMCD1-1A

SMCD2-1A

SMCD3-1A

SMCD4-1A

SMCD5-1A

SMCD6-1A

SMCD7-1A

SMRST-0A

IMGCS-0A

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

SMCWT-0A

SMCRD-0A

IMGCS-0

32

45

67

81

87

63

45

21

10

17

F E C BD A

F E D C B A



HINT


CCC C C C C

CCCCCCCC

CCCCCCCC

CCCCCCCC

*8

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

ALS245F

ALS541F

ALS541F

RTP

RTP

*8

*7

*8ALS541F

C176

CC100P/501

2CC100P/50

C175

2

1

GND

C173

CC100P/501

2CC100P/50

C174

2

1

C177

CC100P/501

2CC100P/50

C178

2

1

C179

CC100P/501

2

C226

CC100P/501

2CC100P/50

C225

2

1

C224

CC100P/501

2CC100P/50

C223

2

1

C222

CC100P/501

2CC100P/50

C221

2

1

C220

CC100P/501

2CC100P/50

C219

2

1

GND

C235

CC100P/501

2CC100P/50

C234

2

1

C233

CC100P/501

2CC100P/50

C232

2

1

C231

CC100P/501

2CC100P/50

C230

2

1

C229

CC100P/501

2CC100P/50

C228

2

1

GND

C217

CC100P/501

2CC100P/50

C216

2

1

C215

CC100P/501

2CC100P/50

C214

2

1

C213

CC100P/501

2CC100P/50

C212

2

1

C211

CC100P/501

2CC100P/50

C210

2

1

GND

[MRD-0]

[MVDEN-0]

[LDON-1]

[LDOFF-1]

[HERR-1]

[CKSL1-1]

[CKSL0-1]

[LE-0]

VDD

GND

1/10W22R127 21

R126 1/10W221 2

1/10W22R125 21

R124 1/10W221 2

1/10W22R123 21

R122 1/10W221 2

1/10W22R121 21

R180 1/10W221 2

1/10W22R181 21

R182 1/10W221 2

1/10W22R183 21

R184 1/10W221 2

1/10W22R185 21

R186 1/10W221 2

1/10W22R187 21

R189 1/10W221 2

1/10W22R190 21

R191 1/10W221 2

1/10W22R192 21

R193 1/10W221 2

1/10W22R194 21

R195 1/10W221 2

1/10W22R196 21

1/10W22R171 21

R172 1/10W221 2

1/10W22R173 21

R174 1/10W221 2

1/10W22R175 21

R176 1/10W221 2

1/10W22R177 21

R178 1/10W221 2

R1791/10W100

12

GND

GND

GND

R1201/10W100

12

[MA7-1]

VDD

VDDVDD

GND

[MWR-0A]

GND

[MWR-0]

[LE-0A]

[CKSL0-1A]

[CKSL1-1A]

[HERR-1A]

[MA0-1A]

[MA1-1A]

[MA2-1A]

[MA3-1A]

[MA4-1A]

[MA5-1A]

[MA6-1A]

[MA7-1A]

[SARCS-0]

[MRST-0]

[MA12-1]

[MA11-1]

[MA10-1]

[MA9-1]

[MA8-1]

GND

VDD

[MD0-1A]

[MD1-1A]

[MD2-1A]

[MD3-1A]

[MD4-1A]

[MD5-1A]

[MD6-1A]

[MD7-1A]

[MD0-1]

[MD1-1]

[MD2-1]

[MD3-1]

[MD4-1]

[MD5-1]

[MD6-1]

[MD7-1]

[MA6-1]

[MA4-1]

[MA1-1]

[MA0-1]

[MA8-1A]

[MA9-1A]

[MA10-1A]

[MA11-1A]

[MA12-1A]

[MRST-0A]

[SARCS-0A]

[LDOFF-1A]

[LDON-1A]

[MVDEN-0A]

[MRD-0A]

[MA3-1]

R1281/10W470

12

VDD

VDD

[MA2-1]

[MA5-1]

1/10W330

R129

21

IC32

4

11

12

13

14

15

16

17

18

9

8

7

6

5

3

2

1

19

IC27

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

IC34

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

GND

1/10W100R188

21

1/10W100R170

21

GND

VDD

RM22 2.2K1

2 3 4 5 6 7 8 9

2.2KRM5

98765432

1

RM282.2K1

2 3 4 5 6 7 8 9

2.2KRM25

98765432

1

680RM21

98765432

1

1KRM23

98765432

1

RM11 6801

2 3 4 5 6 7 8 9

RM12 1K1

2 3 4 5 6 7 8 9

RM276801

2 3 4 5 6 7 8 9

RM29 1K1

2 3 4 5 6 7 8 9

680RM24

98765432

1

1KRM26

98765432

1

IC33

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

CKSL0-1

CKSL1-1

LE-0

LDOFF-1

LDON-1

MVDEN-0

MRD-0

MA0-1

MA1-1

MA2-1

MA3-1

MA4-1

MA7-1

MA6-1

MA5-1

MA8-1

MA9-1

MA10-1

MA11-1

MA12-1

MWR-0

SARCS-0

MRST-0

MD0-1

MD1-1

MD2-1

MD3-1

MD4-1

MD7-1

MD6-1

MD5-1

CKSL1-1A

CKSL0-1A

LE-0A

MVDEN-0A

MRST-0A

MD0-1A

MD1-1A

MD2-1A

MD3-1A

MD4-1A

MD5-1A

MD6-1A

MD7-1A

SARCS-0A

MA1-1A

MA2-1A

MA3-1A

MA4-1A

MA5-1A

MA6-1A

MA8-1A

MA9-1A

MA10-1A

MA11-1A

MA12-1A

MWR-0A

MA7-1A

MA0-1A

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

LDOFF-1A

LDON-1A

HERR-1AY7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

MRD-0A

HERR-1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

32

45

67

81

87

63

45

21

11

17

F E C BD A

F E D C B A



HINT


*3

*3

RTP

CC

LCX245F

RTP

RTP

RTP

RTP

RTP

RTP

RTP

VHC541F

RTP

LCX245F

AC04F

PIDT0

RTP

RTPAC08F

AC08F

AC08F

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

C

RTP

RTP

RTP

C

*3

RTP

RTP

RTP

GND GND

30P/50C281

2

1

RM4 2.2K1

7 8 9 2 3 4 5 6

GND

1/10W100R247

12

CC100P/50

C279

2

1

C278

CC100P/501

2

IC26

10

20

1

18

17

16

15

14

13

12

11

19

2

3

4

5

6

7

8

9

VDD

R243

1/10W470

12

1/10W470

R242

21

R241

1/10W470

12

GNDGND

R240 1/10W1001 2

1/10W100R237 21

R234 1/10W1001 2

1/10W22R236 21

IC38

17

16

15

14

13

12

11

1

19

2

3

4

5

6

7

9

8

181/10W0R246

21

IC20

9

8

7

6

5

4

3

2

19

11

12

13

14

15

16

17

18

1

20

10

[PGVDE-0]

[PGDT0-1]

[PGDT1-1]

[PGDT2-1]

[PGDT3-1]

[PGDT4-1]

[PGDT5-1]

[PGDT6-1]

[PGDT7-1]

IC3

13 12[LE-0A]

TP15

1/4W10F

R9821

[PIDT0-1A][PIDT0-1]

[DIDT0-1]

[DIDT7-1]

[DIDT6-1]

[DIDT5-1]

[DIDT4-1]

[DIDT3-1]

[DIDT2-1]

[DIDT1-1]

[PGNSL-0]

[MCLK-1]

[DHDEN-0]

[DVDEN-0]

[SMP0-1A]

[LE-0B]

[DRVEN-0] [DRVEN-0A]

[PIDT0-1B]

R95

1/4W10F

1 2

IC23

32

1

IC234

56

[SMP0-1] IC23

810

9

R111

1/10W1000

12

GND

1/10W22R116 1 2

1/10W22R117 21

1/10W22R118 1 2

1/10W22R119 21

1/10W22R115 1 2

1/10W22R114 21

1/10W22R113 1 2

1/10W22R112 21

1/10W330

R239

21

1/10W330

R238

21

R235

1/10W330

12

VDD

1/10W22

R81

21

C277

CC47P/50J1

2

RM3 2.2K1

6 5 4 3 2 7 8 9

R80 1/10W221 2

1/10W22R79 21

R78 1/10W221 2

[PGHDE-0]

[PGCLK-1]

CC100P/50

C276

2

1

1/10W100

R248

21

GND

R96 1/4W10F1 2

30P/50C280

1

2

R110

1/10W1000

12

A7

A6

A5

A4

A3

A2

A1

A0

OE

B7

B6

B5

B4

B3

B2

B1

B0

DIR

VCC

GND

SMP0-1A

PIDT0-1A

SMP0-1

LE-0A

MCLK-1

Y0

A6

A7

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

PIDT0-1

+3.3V

A7

A6

A5

A4

A3

A2

A1

A0

OE

B7

B6

B5

B4

B3

B2

B1

B0

DIR

VCC

GND

DVDEN-0

PGNSL-0

DIDT7-1

DIDT6-1

DIDT5-1

DIDT4-1

DIDT3-1

DIDT2-1

DIDT1-1

DIDT0-1

DRVEN-0ADRVEN-0

DHDEN-0

LE-0B

PGDT7-1

PGDT6-1

PGDT5-1

PGDT4-1

PGDT3-1

PGDT2-1

PGDT1-1

PGDT0-1

PGVDE-0

PGHDE-0

PGCLK-1

PIDT0-1B

+3.3V

32

45

67

81

87

63

45

21

12

17

F E C BD A

F E D C B A



HINT


*8

C C C C C C

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

ALS541F

ALS541F

ALS541F

*6

*7CCCCCC C

CCCCCCCC

GND

GND

GND

CC100P/50

C270

2

1

C271

CC100P/501

2CC100P/50

C272

2

1

C273

CC100P/501

2CC100P/50

C275

2

1

C274

CC100P/501

2

[SDAT4-1A]

R225 1/10W221 2

1/10W22R224 21

R223 1/10W221 2

1/10W22R222 21

R221 1/10W221 2

1/10W22R220 21

R219 1/10W221 2

1/10W22R218 21

R233 1/10W221 2

1/10W22R23221

R231 1/10W221 2

1/10W22R23021

R229 1/10W221 2

1/10W22R22821

R227 1/10W221 2

R211 1/10W221 2

1/10W22R212 21

R213 1/10W221 2

1/10W22R214 21

R215 1/10W221 2

1/10W22R216 21

VDD

GND

GND

GND

R2171/10W100

12

VDD

GND

1/10W100R210

21

1/10W100

R226

21

GND

[SDAT7-1A]

[SDAT6-1A]

[SDAT5-1A]

[SDAT3-1A]

[SDAT2-1A]

[SDAT1-1A]

[SDAT0-1A]

[PDAT0-1A]

[PDAT1-1A]

[PDAT2-1A]

[PDAT3-1A]

[PDCLK-1A]

[PHDEN-0A]

VDD

VDD

[PHSYC-0]

[SDCLK-1]

[SHDEN-0]

[SVDEN-0]

[PRCLK-1]

[HHSYC-0]

[PVDEN-0]

[PHDEN-0]

[PDCLK-1]

[PDAT3-1]

[PDAT2-1]

[PDAT1-1]

[PDAT0-1]

[SDAT7-1]

[SDAT6-1]

[SDAT5-1]

[SDAT4-1]

[SDAT3-1]

[SDAT2-1]

[SDAT1-1]

[SDAT0-1]

[HHSYC-0A]

[SDCLK-1A]

[SHDEN-0A]

[SVDEN-0A]

[PHSYC-0A]

[PRCLK-1A]

[PVDEN-0A]

GND

IC36

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

IC37

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

IC35

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

RM30 2.2K1

2 3 4 5 6 7 8 9

RM36 6801

2 3 4 5 6 7 8 9

RM311K1

2 3 4 5 6 7 8 9

680RM34

98765432

1

1KRM35

98765432

1

680RM32

98765432

1

RM33 1K1

2 3 4 5 6 7 8 9

C266

CC100P/501

2CC100P/50

C265

2

1

C264

CC100P/501

2CC100P/50

C263

2

1

C262

CC100P/501

2

C260

CC100P/501

2CC100P/50

C261

2

1

C258

CC100P/501

2CC100P/50

C257

2

1

C256

CC100P/501

2CC100P/50

C255

2

1

C254

CC100P/501

2CC100P/50

C253

2

1

C252

CC100P/501

2CC100P/50

C251

2

1

SDAT5-1A

SDAT6-1A

SDAT4-1A

SDAT3-1A

SDAT2-1A

SDAT1-1A

SDAT0-1A

SDCLK-1A

SHDEN-0A

SVDEN-0A

PHSYC-0A

PRCLK-1A

HHSYC-0A

PVDEN-0A

PHDEN-0

PDCLK-1

PDAT3-1

PDAT2-1

PDAT1-1

PDAT0-1

SDAT4-1

SDAT3-1

SDAT2-1

SDAT1-1

SDAT0-1

PHDEN-0A

PDCLK-1A

PDAT3-1A

PDAT2-1A

PDAT0-1A

HHSYC-0

SDAT6-1

SDAT7-1

PHSYC-0

PRCLK-1

SHDEN-0

SVDEN-0

PVDEN-0

SDCLK-1

SDAT5-1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

PDAT1-1A

SDAT7-1A

32

45

67

1

76

34

52

1

13

17

E C BD A

E D C B A



HINT


+12V

+3.3V

C

C

CC

CC

CC

CC

CC

C

C

VDD

CE470/10 C5

2 1

CE470/10C3

2 1

C101

CC0.1/25

2 1

CC0.1/25

C[170-171.302]

12

TP13

GND

GND

TP9

TP12TP10

TP11

C102

CC0.022/50

2 1

CC0.1/25

C[57.63.67.75.79-82.89.92-94]

12

CC0.1/25

C[105.110.112-116.120-122]

12

C[126-129.132-134.138.141-145]

CC0.1/25

2 1

C[147.168-169.172.194-197.209]

CC0.1/25

2 1

C[218.227.249-250.259.267]

CC0.1/25

12

C100

CC0.022/50

2 1

CC0.1/25

C[40-42.58-62.64-65.68-74]

12CC0.1/25

C[76-78.85-88.91.106-109.111]

12

CC0.1/25

C[117-119.123-125.130-131]

12

CC0.1/25

C[136-137.140.149-150.167]

12

C4

CE47/25

12

C[300-301.305-308]

CC0.1/25

2 1

VDD

GND

+12V

+3.3V3

24

56

71

87

63

45

21

14

17

F E C BD A

E D C B A



HINT


C

RTP

SH-1

GND

GND

RTP

IMAGE DATA I/F

PGN I/F

CCD I/F

RTP

RTP

RTP

RTP

C

CC100P/50

C268

12 C2

C1000/25E

2 1

1/10W0

R13

21

[CP-0]

[SH-0]

[VID1-0]

[RS-0]

[VID2-0]

[CK2-0]

[CK1-0]

TP3

TP2

TP1

GND

VDD

R244

1/10W22

12

[SHDEN-0A]

[SDAT0-1A]

[SDAT1-1A]

[SDAT2-1A]

[SDAT3-1A]

[SDAT4-1A]

[SDAT5-1A]

[SDAT7-1A]

[SDCLK-1A]

[SVDEN-0A]

[SDAT6-1A]

[PGCNT-0]

[PGNSL-0]

[PDAT0-1]

[PDAT1-1]

[PDAT2-1]

[PDAT3-1]

[PHDEN-0]

[PVDEN-0A]

[PRCLK-1A]

[PDCLK-1]

[PHSYC-0A]

[PGDT0-1]

[PGCLK-1]

[PGDT7-1]

[PGHDE-0]

[PGVDE-0]

[PGDT3-1]

[PGDT4-1]

[PGDT5-1]

[PGDT6-1]

[PGDT1-1]

[PGDT2-1]

J33

53313-24V

9

12

10 8 356 47

11

13

14

15

23

22

21

19

18

17

24

20

16 2 1

[MPSYC-0]

[HHSYC-0A]

GND

53313V

J34

A1

A2

A5

A13

A14

A12 A6

A7

A9

A10

A11B1

B3

B4

B5

B6

B14

B13

B12

B11

B10 B9

B8

B7

A3

A4

A8

B2

GND

1/10W0

R15

21

R14

1/10W0

12

1/10W0

R12

21

R11

1/10W0

12

GND

CC0.1/25

C39

12

L1

666673

12

5597-26V

J32

9

12

10 8 356 47

11

13

14

15

25

23

22

21

19

18

17

26

24

20

16 2 1

RS-0

CK1-0

CK2-0

CP-0

SH-0

VID2-0

VID1-0

MPSYC-0

SVDEN-0A

SHDEN-0A

SDAT7-1A

SDAT6-1A

SDAT5-1A

SDAT4-1A

SDAT3-1A

SDAT2-1A

SDAT1-1A

SDAT0-1A

HHSYC-0A

PGVDE-0

PGHDE-0

PGDT0-1

PGDT1-1

PGDT2-1

PGDT3-1

PGDT4-1

PGDT5-1

PGDT6-1

PGDT7-1

PGCLK-1

PRCLK-1A

PVDEN-0A

PHSYC-0A

PDAT0-1

PDAT1-1

PDAT2-1

PDAT3-1

PHDEN-0

PDCLK-1

SDCLK-1A

PGNSL-0

PGCNT-0

+12V

+12VIN

32

45

67

81

87

63

45

21

120

F E C BD A

E D C B A



HINT


C

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

C

PS I/F

[CN3]

BRT I/F

LDR I/F

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*10

CC

CC

CC

CC

CC

*9

CC

CC

CC

CC

C

DUMMY

C304

CC0.1/25

12

C303

CE47/252 1

1/10W22

R199

21

1/10W22

R209

21

R207

1/10W22

12

1/10W22

R203

21

1/10W22

R200

21

R202

1/10W22

12

1/10W22

R137

21

R135

1/10W22

12

1/10W22

R132

21

R201

1/10W22

12

1/10W22

R206

21

R204

1/10W22

12

C38

CC0.1/25

2 1

CE47/25C1

2 1

[PIDT0-1B]

J36

TX25P6HV

9 6

25

33

36

34

32

26

27

29

30

28

31

35

37

38

39

40

17

18

19

20

21

22

23

24

16

15

14

13

11 7 45 3 28

10

12 1

GND

[HHSYC-0]

GND

J39

SJ80010

3 12

VDD

[DRVEN-0A]

VDD

[VREF1-1]

VDD

[SMRST-0A]

[PIDT0-1A]

GND

[VREF0-1]

[SMP0-1A]

[LE-0B]

[MCLK5-1]

[BHDEN-0]

[BCLK-1]

[BIDT-1]

[BVDEN-0]

[HCLK-1]

[HIDT-1]

[HVDEN-0]

[HHDEN-0]

[BCS-0]

[SMCWT-0A]

[SMCD7-1A]

[SMCD6-1A]

[SMCD5-1A]

[SMCD4-1A]

[SMCD3-1A]

[SMCD2-1A]

[SMCD1-1A]

[SMCD0-1A]

[SMA6-1A]

[SMA4-1A]

[SMA3-1A]

[SMA2-1A]

[SMA1-1A]8

[SMA0-1A]

[SMCRD-0A]

[SYNC-0]

[SMA5-1A]

53313V

J37

B1

A9

A7

A1

A2

A3

A4

A5

A6

A8

A10B2

B3

B4

B5

B7

B6

B9

B8

B10

GND

J35

53052-14V

125

13

14

12 679

10

11 348

GND

1/10W22

R208

21

R134

1/10W22

12

1/10W22

R136

21

R133

1/10W22

12

1/10W22

R131

21

R198

1/10W22

12

R205

1/10W22

12

GND

CC100P/50

C24812

C246

CC100P/50

2 1CC100P/50

C24212

C244

CC100P/50

2 1CC100P/50

C18712

C189

CC100P/50

2 1CC100P/50

C19112

C193

CC100P/50

2 1CC100P/50

C23612

C237

CC100P/50

2 1

CC100P/50

C247

2 1

C243

CC100P/50

12CC100P/50

C245

2 1

C239

CC100P/50

12CC100P/50

C188

2 1

C190

CC100P/50

12CC100P/50

C192

2 1

C241

CC100P/50

12CC100P/50

C238

2 1

E2

12GND

+12V

SMCD2-1A

SMCD6-1A

VREF1-1

SMA3-1A

SMA5-1A

SMRST-0A

SMCD1-1A

SMCD3-1A

SMCD5-1A

SMCD7-1A

SMCRD-0A

SMCWT-0A

HHSYC-0

SMA6-1A

VDD2

PIDT0-1B

+3.3V

VREF0-1

PIDT0-1A

SMP0-1A

BHDEN-0

BCLK-1

BIDT-1

BVDEN-0

HCLK-1

HIDT-1

HVDEN-0

HHDEN-0

BCS-0

MCLK5-1

SYNC-0

DRVEN-0A

LE-0B

SMA2-1A

SMA4-1A

VDD3

SMA1-1A

SMA0-1A

SMCD4-1A

SMCD0-1A

VDD2

+3.3V

32

45

67

81

87

63

45

21

16

17

F E C BD A

E D C B A



HINT


C

SYS I/F

LGC1 I/F

IMAGE-DEBUG CONNECTER

HC132F

MC74

HC132F

MC74

HC132F

MC74

AC08F

LGC2 I/F

RTP

RTP

CC100P/50

C269

2 1

[SHDEN-0A]

[SMRST-0]

[IMGCS-0]

[SMCRD-0]

[SMCWT-0]

[SMCD7-1]

[SMCD6-1]

[SMCD5-1]

[SMCD4-1]

J31

53313V

A1

A12

A10 A8

A2

A3

A5

A4

A7

A11

A13

A14

A15

A16B7

B6

B5

B4

B3

B2

B1

A17

B14

B11

B13

B12

B10 B9

B15

B17

B16 B8

A6

A9

GND

[SMA8-1]

[SMA4-1]

GND

VDD

[SMA14-1]

[SMA13-1]

[SMA12-1]

[SMA11-1]

[SMA10-1]

[SMA9-1]

[SMA7-1]

[SMA6-1]

[SMA5-1]

[SMA2-1]

[SMA1-1]

[SMA0-1]

[SMA3-1]

IC19

12

13

11

IC19

9

10

8

IC19

4 56

[SMCD0-1]

[SMCD1-1]

[SMCD2-1]

[SMCD3-1]

J38

53313V

A13 A1

A2

A5

A14

A12 A6

A7

A9

A10

A11

A15B2

B3

B4

B5

B15

B14

B13

B12

B11

B10 B9

B8

B7

B6

A3

A4

A8

B1

[MPSYC-0]

[PGCNT-0]

[DRVEN-0]

[VREF1-1]

[VREF0-1]

[CKSL1-1]

[CKSL0-1]

[LE-0]

[LDOFF-1]

[LDON-1]

[HERR-1A]

[MVDEN-0]

[SARCS-0]

[MRST-0]

[MRD-0]

[MWR-0]

[MD7-1]

[MD6-1]

[MD5-1]

[MD4-1]

[MD3-1]

[MD2-1]

[MD1-1]

[MD0-1]

[MA12-1]

[MA11-1]

[MA10-1]

[MA9-1]

[MA8-1]

[MA7-1]

[MA6-1]

[MA5-1]

[MA4-1]

[MA3-1]

[MA2-1]

[MA1-1]

[MA0-1]

GND

GND

IC23 11

13

12

GND

1/10W1000

R169

21

R245

1/10W22

12

J40

53313V

A1

A2

A5

B5

B6

B4

A6

A7

B1

B2

B3

B7

A3

A4

A8

B8

GND

MVDEN-0

SHDEN-0A

SMCD4-1

SMCD3-1

SMA9-1

SMA8-1

SMA4-1

SMCD0-1

SMA5-1

SMA3-1

SMA2-1

SMA1-1

SMA0-1

SMA14-1

SMA13-1

SMA12-1

SMA11-1

SMA10-1

SMA7-1

SMA6-1

SMCD2-1

SMCD1-1

LDOFF-1

LE-0

CKSL0-1

CKSL1-1

VREF0-1

VREF1-1

DRVEN-0

PGCNT-0

MPSYC-0

MA0-1

MA1-1

MA2-1

MA3-1

MA4-1

MA5-1

MA6-1

MA7-1

MA8-1

MA9-1

MA10-1

MA11-1

MA12-1

MD0-1

MD1-1

MD2-1

MD3-1

MD4-1

MD5-1

MD6-1

MD7-1

MWR-0

MRD-0

MRST-0

SARCS-0

SMCD5-1

SMCD6-1

SMCD7-1

SMCWT-0

SMCRD-0

IMGCS-0

SMRST-0

LDON-1

HERR-1A

32

45

67

1

87

63

45

21

17

17

E C BD A

E D C B A



HINT

16.7 Scanning motor drive circuit (PWA-SDV) 1/4

HCU04

MC74

CC

C

C

HCU04

MC74

RTP

C

RTP

C

7407M

7407M

7407M

7407M

7407M

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

EIC0231

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTPCC

RTP

RTP

RTP

RTP

RTP

CC

CC

*5

IC5

34

7

14

X1

8M

12

CC0.1/25

C55

12

CC0.1/25

C56 12

CC0.1/25

C16

12

CC0.1/25

C17

12

GND

IC5

12

7

14GND

R31

1/10W1M

12

C15

CC2200P/50

2 1GND

R34

1/10W4700

12

CC470P/50J

C13

2 1

[DATA2-1B]

IC4

12

IC4

34

IC4

56

IC4

98

IC4

11

10

GND

GND

R18

1/10W100

12

GND

1/10W100

R23

12

1/10W100

R20

12

R3

1/10W100

21

R11

1/10W100

21

1/10W100

R2

12

1/10W100

R4

12

1/10W100

R5

12

1/10W100

R21

12

R22

1/10W100

21

1/10W100

R24

12

[SCCLK-0B]

[CWCCW-0B]

[H.OFF-1B]

IC6

6

18

31

20

8 9

47

48 4

22

21 5 7 2 1

32

33

34

35

36

37

38

39

30

29

28

27

14

15

16

17

23

46

45

44

41

40

10

11

12

13

26

3

24

43

19

42

[DN-1]

[CN-1]

[BN-1]

[AN-1]

[AP-1]

[BP-1]

[CP-1]

[DP-1]

[EP-1]

[EN-1]

[DATA3-1B]

[DATA1-1B]

[DATA0-1B]

VDD

R19

1/10W100

12

R12

1/10W10K

12

1/10W10K

R13

21

1/10W100

R16

21

R17

1/10W10K

12

R15

1/10W100

12

1/10W100

R14

21

1/10W390

R32

21

CC10P/50F

C21

2 1

CC10P/50F

C20

2 1

R29

1/4W1000

2 1

1/4W1000

R2812

R27

1/4W1000

2 1

1/4W1000

R2612

R25

1/4W1000

2 1

CC470P/50J

C12

2 1

CC470P/50J

C10

2 1

C9

CC470P/50J

12CC470P/50J

C11

2 1

[MRST-0B]

VDD

AN-1

BN-1

CN-1

DN-1

EN-1

AP-1

BP-1

CP-1

DP-1

+12VD

VSS1

VSS2

VSS3

CLK

TIM1

TIM2

TEST1

TEST2

A/B

DAWR

DBWR

CDOFF

HOFF

CCW

CW

F0

F1

F2

F3

F4

F5

F6

F7

EN

DN

CN

BN

DA0

DA1

DA2

DA3

CDOUTEP

DP

CP

BP

AP

DB0

DB1

DB2

DB3

AN

1P/2P

RST

VDD2

VDD1

VSS4

EP-1

DATA3-1B

DATA2-1B

DATA1-1B

DATA0-1B

SCCLK-0B

CWCCW-0B

H.OFF-1B

MRST-0B

32

45

67

81

87

63

45

21

14

F E C BD A

E D C B A



HINT


RW

RTP

RTP

RTP

C

C

RTP

C

RTP

C

RTP

C

RTP

RTP

C

RTP

RTP

C

RTP

RTP

5011

494GS

-I0

+I0

-I1

+I1

EIC0241

-12V

+5V

C

RTP

RTP

RTP

RTP

5012

RTP

RTP

RTP RTP

RTP

C

RTP

2SJ175 Q1

31

2

5W-0.1

R1

21

R30

1/10W3900

12

1/10W4700

R62

12

R66

1/10W22002

1

C19

CC0.1/25

12

C30

CC0.01/50

12

1/10W560

R75

21

CC0.01/50

C42

2 1

R73

1/10W1000

12

CC0.01/50

C40

2 1

R74

1/10W56002

1[SCNVREFB]

CC0.1/25

C38

12

1/10W10K

R68

21

1/10W22K

R71

1 2

CC0.01/50

C36

2 1

C8

CKM1/25

12

1/10W10K R67

1 2

1/10W22K R69

1 2

CC0.1/25

C34

12

1/10W3900

R63

12

R65

1/10W1502

1

IC2

3 5 7

4 6 8

10

11

9

2

12

1

IC8

65

8 11

4

9 10

3 2

15

13

14 1

167

12

IC3

15

14

13 1

10 8 6 4 2

357911

CC0.01/50

C35

2 1

[EN-1]

[DN-1]

[BN-1]

[AN-1]

[BP-1]

[CP-1]

R6

1/10W100

21

1/10W100

R7

12

R8

1/10W100

21

1/10W100

R9

12

IC1

2

9 11

10864

753 12

1

[MOT-A]

[MOT-B]

[MOT-C]

[MOT-D]

[MOT-E]

1/10W100

R10

12

[EP-1]

[DP-1]

[AP-1]

82M-6

DD1

23

1

2SA1162YQ2

1

3 2

SF12-50

L1

21

2SC2712YQ3

32

1

[CN-1]

R59

1/10W1001

2

1SS193

D1

32

1/10W5600R60

1 2

R611/10W5600

21

1/10W100K

R70

21

CE100/50

C2

2 1

VDD

CC1000P/50

C41

12

CE47/25

C3

2 1

CE47/25 C1

21

1/10W3900 R64

1 2

GSD

12G -12VD

+12VD

+24V

+24G

+24G

+24G

+24G

S1

S2

S3

G2

G3

G4

G5

S5

S4

G1

D2

D1

RT

CT

C1

C2

DTC

E1

E2

FD

OC

PEFOUT

GND

VDD

EOUT

DOUT

COUT

AOUT

BOUT

EIN

DIN

BIN

CIN

AIN

RAMDC

GND

S1

S2

D1

D2

D3

G2

G3

G4

G5

D5

D4

G1

EP-1

DP-1

CP-1

BP-1

AP-1

EN-1

DN-1

CN-1

BN-1

AN-1

MOT-A

MOT-B

MOT-C

MOT-D

MOT-E

SCNVREFB

12G

+24G

32

45

67

81

87

63

45

21

24

F E C BD A

F E D C B A



HINT


*8

*8

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

CC

CC

C

&EN

[HC541]

358M

RTP

RTP

RTP

RTP

RTP

PORT

C

RTP

358M

RTP

358M

C

C

C

RTP

RTP

RTP RTP

C

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

CC

C

*8

1/10W470

R582 1

R57

1/10W470

12

1/10W470

R562 1

R55

1/10W470

12

1/10W470

R542 1

R52

1/10W470

12

1/10W470

R5312

R51

1/10W470

12 R43

1/10W330

1 2

1/10W330

R45 21

R44

1/10W330

21

R46

1/10W330

21

R47

1/10W330

1 2

1/10W330

R48 1 2

R49

1/10W330

1 2

1/10W330

R50 21

[SCNVREFB]

[SCNVREFA]

C52

CC2200P/50

2 1

CC2200P/50

C49

12

C48

CC2200P/50

2 1

CC2200P/50

C47

12

CC2200P/50

C51

12

GND

MC74HC541F

IC7

14

13

12

11

15

16

17

18

1 98765432

19

IC10

8

3

1

2

4

2SA1162Y

Q4

1

3 2

D2

02CZ5.1Y

23

1/10W10K

R72

12

R84

1/10W4700

21

1/10W560

R83

1 2

R76

1/10W18K

21

1/10W100

R81

12

C45

CC0.01/50

12

VDD

1/10W10K

R77

1 2

[DATA0-1B]

[DATA1-1B]

[MRST-0B]

[H.OFF-1B]

[DATA3-1B]

[DATA2-1B]

[SCCLK-0B]

IC10

4

6

7

5

8

[CWCCW-0B]

R78

1/10W100

21

IC9

8

3

1

2

4 CC0.1/50G

C44

2 1

CC1000P/50

C46

2 1

CC0.1/50G

C23

2 1

Q5

2SC2712Y

1

2 3

D3

02CZ5.1Y

23

1/10W10K

R82

12

1/10W4700

R85

1 2

R80

1/10W18K

21

R79

1/10W10K

21

CC0.1/50G

C43

2 1

[DATA0-1A]

[MRST-0A]

[H.OFF-1A]

[CWCCW-0A]

[DATA3-1A]

[DATA2-1A]

[DATA1-1A]

GND

VDD

[SCCLK-0A]

R35

1/10W22

12

1/10W22

R42

21

1/10W22

R41

21

R40

1/10W22

12

1/10W22

R39

21

R38

1/10W22

12

R37

1/10W22

12

1/10W22

R36

21

1/10W100

R33

21

GND

C53

CC2200P/50

2 1

CC2200P/50

C50

12

CC2200P/50

C54

12

CWCCW-0A

H.OFF-1A

DATA2-1A

-12V

-12V

MRST-0A

SCCLK-0A

DATA3-1A

DATA1-1A

SCNVREFA

12G

SCNVREFB

H.OFF-1B

CWCCW-0B

MRST-0B

SCCLK-0B

DATA2-1B

DATA1-1B

+12V

+12V

DATA0-1B

DATA3-1B

+12VD

12G

12G

12G

-12VD

+12V

DATA0-1A

32

45

67

81

87

63

45

21

34

F E C BD A

E D C B A



HINT


CC

GND

CC

GND

7407M

C

+24G

+24V

CC

C CC

C

C

CC

SIGNAL LINE

MOTOR LINE

VDD

V,G LINE

DUMMY

DUMMY

-12V

C

358M

HCU04

MC74

HCU04

MC74

HCU04

MC74

HCU04

MC74

CC

CC

C

+12V

CC

12G

C6

CE47/25

12

CC0.1/25

C62

12CC0.1/25

C60

12TP9

CC0.1/25

C14

12

GND

C57

CC0.1/25

2 1

TP10

CE47/25

C5

2 1

IC4

13

12

VDD

C24

CC0.1/25

2 1

[DATA0-1A]

[DATA1-1A]

[H.OFF-1A]

[CWCCW-0A]

[SCCLK-0A]

[MRST-0A]

[DATA3-1A]

[SCNVREFA]

[DATA2-1A]

J273

53258-5V

5 1234

J272

17548712V

125

12 679

10

11 348

J271

53052-9V

7 6 5 4 2 1389

TP1

GND

C28

CC0.1/25

2 1CC0.1/25

C29

12C26

CC0.1/25

2 1

C18

CC0.1/25

2 1C27

CC0.1/25

2 1TP3

VDD

CC0.1/25

C22

12

C33

CC0.1/25

2 1

C37

CC0.01/50

2 1

CC0.01/50

C39

12

[MOT-E]

[MOT-B]

[MOT-C]

[MOT-D]

TP2

[MOT-A]

E1

21

E2

21

GND

TP6

C25

CC0.1/25

2 1

VDD

CE47/50

C7

2 1

CE47/25

C4

21

GND

IC9

8

5

7

6

4

IC5

5

7

14

6

IC5

9

7

14

8

IC5 10

147

11

IC5

13

7

14

12

CC0.1/25

C59

12CC0.1/25

C58

12

CC0.1/25

C64

12C63

CC0.1/25

2 1

CC0.1/25

C61

12

TP5

C32

CC0.1/25

2 1C31

CC0.1/25

2 1TP4

CWCCW-0A

12G

+12V

DATA3-1A

DATA2-1A

DATA1-1A

DATA0-1A

SCNVREFA

-12V

+24V

+24V

+24G

+24G

MRST-0A

SCCLK-0A

H.OFF-1A

MOT-A

MOT-B

MOT-C

MOT-D

MOT-E

+12V

12G

12G

-12V

12G

+24G

+12V

32

45

67

81

87

63

45

21

44

F E C BD A

E D C B A



HINT

16.8 System control circuit (PWA-SYS) 1/29

4408682710 PWB-F-SYS-220C

[NO MOUNT]

[NO MOUNT]

RTP

RTP

3904F

RTP

08FVHC

RTP

C

C

16

32

RTP

RTP

RTP

RTP

RTP

*5

[NO MOUNT]

1/10W0R223

1 2R220 1/10W0

21

1/10W10KR164 21

1/10W10KR138 21

RM24

1/10W10K

65

IC14

9

15

19

29

38

44

53

60

68

79

96

109

119

142

148

157

164

172

186

200

206

125

126

205

180

11

2

10

14

24

34

43

52

61

69

80

97

104

137

147

156

165

173

130

131

187

105

106

107

108

1

8

100

98

134

135

136

138

139

140

141

143

144

145

146

149

150

151

152

153

154

155

158

159

160

161

162

163

166

167

168

169

170

171

174

175

5

6

7

73

72

71

70

67

66

65

64

63

62

59

58

57

56

55

54

51

50

49

48

47

46

45

42

41

40

39

37

36

35

33

120

121

132

133

21

20

18

17

16

13

12

188

189

94

93

92

91

77

76

75

74

31

30

28

27

26

25

23

22

99

101

177

178

179

181

182

183

184

185

110

111

112

113

115

116

117

118

128

127

123

122

114

201

129

199

3 81

78

84

82

83

90

103

89

102

32

124

203

176

208

194

192

193

196

204

197

4

198

88

86

87

195

95

191

190

85

202

207

[RAS01-0]

1/10W10KR97 1 2

[DCD-0]

[RAS10-0]

X18.29M1

2

[CCE0-0]

[CCE1-0]

1/10W10KRM24 3 4

GND

E32

21

[CSCS1-0]

GND

IC16

1113

12

14

7

GND

[CACK-0]

[SMRST-0B]

E8

E9

E10

E11

E12

E13

[CLKEN-1]

[DRST-0]

[DBGE-1]

[SDINT-0]

[CLAST-0]

[CR/W-0]

E25

E23

E24

E29

E30

E28

E22

E18

E19

E20

E21

E16

E15

E17E14

[PCPOW-0]

[FXIRQ-1A]

[HDIRQ-1A]

[MINT-1A]

[PMIRQ-1A]

[PCIRQ-0]

[GDIRQ-1A]

[PCCHG-0]

[DTR-0]

[MPOW-0A]

[BTLV-1]

[CPPOW-0A]

[CDRQ2-1]

[CDRQ1-1]

[CDRQ0-1]

[IMPOW-0A]

[PCST1-1]

[CSCS0-0]

[RAS00-0]

[CCAS0-0]

[CCAS1-0]

[CCAS3-0]

[CCAS2-0]

[CCE2-0]

[CCE3-0]

[PCST2-1]

[COE0-0]

[COE1-0]

[SMCLK-1]

[GDCLK-1]

[DSA0-1]

[PCST0-1]

[CWE-0]

[CSWE1-0]

[CSWE0-0]

[TXD1-0]

[TXD0-0]

[RTS1-0]

[RTS0-0]

[CDAK2-0]

[CDAK1-0]

[CDAK0-0]

[CA[31:1]-1]

[CBE[3:0]-0]

GND

GND

E311 2

E7

[CTS0-0]

[CTS1-0]

[RXD0-0]

[RXD1-0]

[CD[31:0]-1]

E27

E26

1/10W100R100

1 2CC10P/50FC96

2

1

CC10P/50FC97

21

GND

1/10W10KR96

1 2

R99 1/10W10001 2

1/10W0R165

21

[PCCNT-0A]

RM23 1/10W10K43

1/10W10KR98 1 2

R37 1/10W10K21

1/10W10KRM23 11 12

1/10W10KRM23 9 10

RM23 1/10W10K65

RM23 1/10W10K21

1/10W10K

RM24 1 2

1/10W10KRM2315 16

RM23

1/10W10K

1413

RM24

1/10W10K

87

RM24

1/10W10K

109

1/10W10K

RM2411 12

RM24 1/10W10K1413

1/10W10K

RM24 15 16

RM23 1/10W10K87

R221

1/10W10K

21

1/10W0

R2221 2

[FRIRQ-1]

[ACFAL-0] ACFAL-0

FRIRQ-1

CDAK2-0

CLKEN-1

DTR-0

GND22

SYSCLK

OEODD

GDCLK

SDA0

DONE

TEST

HALF

BOOT16

ENDIAN

BUSERR

R/W

ACK

CLKEN

RESET

SDI

DBGE

DRESET

XOUT

NMI

PLLOFF

SCLK

WE

HAVEIT

BUSGNT

BUSREQ

BUSREL

SWE1

SWE0

SWEODD

OE1

OE0LAST

BSTART

VDD14

VDD21

VDD13

TIMIN2

TIMIN1

SCNT11

SCNT01

PI007

PI006

PI005

PI004

PI003

PI002

PI001

PI000

INT7

INT6

INT5

INT4

INT3

INT2

INT1

INT0

DREQ3

DREQ1

CAS0

CAS1

CAS2

CAS3

CASIL0

CASIL1

CASIL2

CASIL3

CE00

CE01

CE10

CE11

DACK0

DACK1

DACK2

DACK3

PCST0

PCST1

RAS01

RAS02

RAS03

RAS10

RAS11

RAS12

RAS13

SCNT00

SCNT10

TIMOUT1

TIMOUT2

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

A23

A24

A25

A26

A27

A28

A29

A30

A31

BE1

BE2

BE3

D0

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

D14

D15

D16

D17

D18

D19

D20

D21

D22

D23

D24

D25

D26

D27

D28

D29

D30

D31

DREQ0

DREQ2

BE0

XIN

SCS0

SCS1

SCS2

SCS3

PCST2

SOUT0

SOUT1

VDD19

VDD18

VDD17

VDD16

VDD15

VDD12

VDD11

VDD10

VDD9

VDD8

VDD7

VDD6

VDD5

VDD4

VDD3

VDD2

VDD1

RAS00

VDD20

VDD22

SIN0

SIN1

GND21

GND20

GND19

GND18

GND17

GND16

GND15

GND14

GND13

GND12

GND11

GND10

GND9

GND8

GND7

GND6

GND5

GND4

GND3

GND2

GND1

RAS01-0

NT3.3

NT3.3

CSCS1-0

SMCLK-1

GDCLK-1

DSA0-1

CACK-0

SMRST-0B

SDINT-0

DBGE-1

DRST-0

CWE-0

CSWE1-0

CSWE0-0

COE1-0

COE0-0

CTS1-0

CTS0-0

BTLV-1

MPOW-0A

CPPOW-0A

IMPOW-0A

PCPOW-0

PCCNT-0A

DCD-0

MINT-1A

PMIRQ-1A

HDIRQ-1A

FXIRQ-1A

PCIRQ-0

PCCHG-0

CDRQ1-1

CCAS0-0

CCAS1-0

CCAS2-0

CCAS3-0

CCE0-0

CCE1-0

CCE2-0

CCE3-0

CDAK0-0

CDAK1-0

PCST0-1

PCST1-1

RAS10-0

RTS0-0

RTS1-0

CA25-1

CA[31:1]-1 CA31-1

CA30-1

CA29-1

CA28-1

CA27-1

CA26-1

CA24-1

CA23-1

CA22-1

CA21-1

CA20-1

CA19-1

CA18-1

CA17-1

CA16-1

CA15-1

CA14-1

CA13-1

CA12-1

CA11-1

CA10-1

CA9-1

CA8-1

CA7-1

CA6-1

CA5-1

CA4-1

CA3-1

CA2-1

CA1-1

CD0-1

CD1-1

CD2-1

CD3-1

CD4-1

CD5-1

CD6-1

CD7-1

CD8-1

CD9-1

CD10-1

CD11-1

CD12-1

CD13-1

CD14-1

CD15-1

CD16-1

CD17-1

CD18-1

CD19-1

CD20-1

CD21-1

CD22-1

CD23-1

CD24-1

CD25-1

CD26-1

CD27-1

CD28-1

CD29-1

CD30-1

CD31-1 CD[31:0]-1

CDRQ2-1

CBE3-0

CBE2-0

CBE1-0

CBE0-0

CBE[3:0]-0

CSCS0-0

PCST2-1

TXD0-0

TXD1-0

RAS00-0

NT3.3

RXD0-0

RXD1-0

GDIRQ-1A

CDRQ0-1

CLAST-0

CR/W-0

NT3.3

32

45

67

81

87

63

45

21

129

F E C BD A

E D C B A



HINT


32FVHC

SMCLK

SRDY

RTP

SMRST

IREQ1

RTP

RTP

*3

RTP

RTP

RTP

MEM16

BFDIR IO16

(NT5V)RTP

RSTFAX BFOE

CSIMGFAXEN

PMENEXWR

PRWRPRRD

FRDY3FRDY2

FRDY1FRDY0

RSTCPRSTGD

CSBBR CSRTC

*2

VG

VHC125F

SCC

RTP

RTP

RTP

RTP

[NVWR-0]

IC18

11

14

7

13

12

[RSTGD-1]

E54

[PMEN-0]

1/10W820R140

12

E5

[CSCS0-0]

[CACK-0]

GND

R51

1/10W100

21

R52

1/10W100

21

[SIOWR-0]

[SBHE-0]

[SMEMW-0]1/10W100

R42 1 2

R43

1/10W100

21

1/10W100

R27 1 2

E39

E37 E40

VDD

1/10W10K

R44 1 2

E52E51

E50

E33E34

E35E36

E49E48E47E46

E42E43

E44E45

E38E41

E53

GND

[FRPGM-0]

[HDEN1-0A]

[FRIRQ-1]

[MATN-1]

[IORDY-1A]

[PWREN-0]

[MD[7:0]-1A]

[MRDY-1]

[FRDY0-1]

[FRDY2-1]

[FRDY1-1]

[FXDAK-0]

[GDDAK-0]

[HDDAK-0]

[MA[6:0]-1A]

[CA[26:1]-1]

[SD[15:0]-1][CD[15:0]-1]

[SMRST-0]

[LDCLK-1]

[LDLTH-0]

[LDDAT-1]

[SMEMR-0]

[FXDRQ-1A]

[GDDRQ-1A]

[HDDRQ-1A]

[SIORD-0]

[BFDIR-1]

[PMIOW-0]

[PMIOR-0]

[BZON-0]

[FAXEN-0]

[RSTFX-1]

[AEN-0]

[SA0-1]

[LDON1-0]

[LDON0-0]

[CSHD1-0]

[CSHD0-0]

[RSTCP-0]

[CSIMG-0]

[PRWR-0]

[PRRD-0]

[CSNVM-0]

[HDIRD-0]

[HDIWR-0]

[MRD-0A]

[CDAK0-0]

[CDAK1-0]

[CDAK2-0]

[CDRQ0-1]

[CDRQ1-1]

[CDRQ2-1]

[CSCS0-0]

[CLAST-0]

[CBE1-0]

[CBE0-0]

[SMCLK-1]

[IO16-0A]

[MEM16-0A]

[MWR-0A]

[MINT-1A]

[CR/W-0]

[MPCLK-1]

[CSBBR-0]

[SRDY-0A]

[MEMCS-0]

[IOCS-0]

[BFOE-0]

IC511

14

32

7

E321

IC28

GND_PIN=155,171GND_PIN=127,132,133,149GND_PIN=67,83,105,112GND_PIN=7,17,39,44,45,61VDD_PIN=121,141,165VDD_PIN=33,77,89,95

120

122

172

118

116

117

119

150

148

157

158

156

154

115

107

68

66

60

65

84

85

71

142

174

2

175

169

170

173

22

146

140

166

143

145

159

152

153

137

136

108

109

139

138

135

134

106

72

73

168

167

70

69

162

62

23

24

25 163

164

151

111

114

161

160

64

63

98

99

101

103

104

131

130

129

128

126

125

96

97

58

59

14

13

11

10

9

8

6

5

21

20

19

18

16

15

4

3

147

110

113

86

87

90

91

92

93

94

26

27

28

50

51

52

53

54

55

57

29

30

31

32

34

35

36

37

38

40

41

42

43

46

47

48

49

102

124

123

82

81

80

79

78

76

75

74

1

12

56

88

100

144

176

[EXWR-0]

R108

1/10W4700

21

R115

1/10W4700

21

R104

1/10W4700

21

R119

1/10W4700

21

GND

PRWR-0

NVWR-0

FRDY0-1

FRDY2-1

FRDY1-1

EXWR-0

PMEN-0

SMRST-0

MD1-1A

MD2-1A

MD3-1A

MD4-1A

MD5-1A

MD6-1A

MD7-1A

MD0-1A

MD[7:0]-1A

NT3.3

CSCS0-0

NT3.3

CSCS0-0

HDIWR-0

MPCLK-1

RSTCP-0

SMEMR-0

MEM16-0A

BFDIR-1

HDDAK-0

FXDRQ-1A

RSTFX-1

IO16-0A

SIOWR-0

PMIOR-0

GDDRQ-1A

SA0-1

AEN-0

IORDY-1A

CSIMG-0

IOCS-0

MEMCS-0

CR/W-0

SRDY-0A

HDIRD-0

PWREN-0

MATN-1

MRDY-1

MINT-1A

FRIRQ-1

SMCLK-1

CBE1-0

CBE0-0

CLAST-0 FAXEN-0

BZON-0

CSHD1-0

CSHD0-0

PMIOW-0

SBHE-0

MWR-0A

MRD-0A

PRRD-0

CSNVM-0

CSBBR-0

LDLTH-0

CDRQ2-1

CDRQ1-1

CDRQ0-1 LDON1-0

LDON0-0

FXDAK-0

GDDAK-0

LDDAT-1

LDCLK-1

SD0-1

SD15-1

SD14-1

SD13-1

SD12-1

SD11-1

SD10-1

SD9-1

SD8-1

SD7-1

SD6-1

SD5-1

SD4-1

SD3-1

SD2-1

SD1-1

SD[15:0]-1

CA26-1

CA25-1

CA24-1

CA23-1

CA22-1

CA21-1

CA20-1

CA19-1

CA18-1

CA17-1

CA16-1

CA15-1

CA14-1

CA13-1

CA12-1

CA11-1

CA10-1

CA9-1

CA8-1

CA7-1

CA6-1

CA5-1

CA4-1

CA3-1

CA2-1

CA1-1

CA[26:1]-1

CD15-1

CD14-1

CD13-1

CD12-1

CD11-1

CD10-1

CD9-1

CD8-1

CD7-1

CD6-1

CD5-1

CD4-1

CD3-1

CD2-1

CD1-1

CD0-1

CD[15:0]-1

HDDRQ-1A

MA6-1A

MA5-1A

MA4-1A

MA3-1A

MA2-1A

MA1-1A

MA0-1A

MA[6:0]-1A

CDAK2-0

CDAK1-0

CDAK0-0

HDEN1-0A

RSTGD-1

BFOE-0

SMEMW-0

SIORD-0

NT3.3

CACK-0

RSETGDI1

RSETFAX1

CPURW0

IOCHRDY1

IOCS160

MEMCS160

SRDY0

HDIORD0

HDIOWR0

CSVRAM0

CSLCD0

CQCLK

RSTCPN0

AEN0

SA0

PWREN0

ALRESET0

FROMPGM0

ROM3RB1

MATN1

MRDY1

MINT1

TEST00

ACK0

IREQ1

SCLK1

BE10

BE00

LAST0

SCS0

HDEN0

EXWR0

CSIMG0

FAXEN0

PMEN0

BZON0

CSHDD10

CSHDD00

PMIOWR0

PMIORD0

SMEMW0

SMEMR0

SBUFDIR

SBUFOE0

SIOWR0

SIORD0

SBHE0

MWR0

MRD0

PRWR0

PRRD0

CSRTC0

CSBBRAM0

DSPLTH0

ROM0RB1

CDREQ20

CDREQ10

CDREQ00 DSPON10

DSPON00

SDACK20

SDACK10

SDACK00

DSPDAT1

DSPCLK1

ROM2RB1

ROM1RB1

SD13

SD12

SD11

SD9

SD8

SD7

SD6

SD5

SD4

SD3

SD2

SD15

SD14

CA2

CA1

CD9

CD8

CD7

CD6

CD5

CD4

CD3

CD2

CD15

CD14

CD13

CD12

CD11

CD10

CD1

CD0

SDREQ21

SDREQ11

SDREQ01

MA6

MA5

MA4

MA3

MA2

MA1

MA0

CDACK20

CDACK10

CDACK00

CA9

CA8

CA7

CA6

CA5

CA4

CA3

CA26

CA25

CA24

CA23

CA22

CA21

CA20

CA19

CA18

CA17

CA16

CA15

CA14

CA13

CA12

CA11

CA10

SD10

SD1

SD0

MD7

MD6

MD5

MD4

MD3

MD2

MD1

MD0

VDD1

VDD2

VDD3

VDD4

VDD5

VDD6

VDD7

NT3.3

FRPGM-0

32

45

67

81

87

63

45

21

229

F E C BD A

F E D C B A



HINT


TCCC

[NO MOUNT]

RTP

(NT5V)

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

CD2

STCHG

REG

CDIOWCDIORCDCE2

WP

CDRST

RTP

RTP

RTP

RTP

INPACK

WAIT

CD1

RCLK

(NT5V)

IC3

VDD_PIN=22,33,60,77,89VDD_PIN=106,121,154,165GND_PIN=17,28,39,44GND_PIN=45,61,67,78GND_PIN=83,94,99,105GND_PIN=113,120,127,132GND_PIN=133,139,145,149GND_PIN=155,171,174

56

164

42

41

43

1 169

168

167

12

88

100

126

138

144

176

123

72

73

103

104

109

110

111

112

114

115

116

117

118

119

122

160

159

158

157

156

153

152

151

150

131

130

129

128

125

124

102

101

98

97

96

95

93

92

91

87

86

85

84

81

80

79

141

140

137

136

135

134

15

16

18

19

20

21

59

58

57

55

54

53

52

51

50

49

48

47

46

7

8

9

10

11

13

14

74

75

76

26

27

38

40

147

146

143

142

31

65

66

62

63

64

69

23

24

25

32

34

35

36

37

30

163

29

162

161

71

70

68

107

108

166

148

90

173

6

170

172

2

3

4

5

175

82

1/10W10KRM30 43

1/10W10KRM30 65

E65

E61

[CDD[15:0]-1]

[CACK-0]

1/10W10KR120 1 2

[CDA[25:0]-1]

RM301/10W10K7 8

VDD

[CLAST-0]

[CR/W-0]

1/10W47KR122 1 2

R1211/10W10K

21

R130 1/10W47K21

1/10W47KR123 1 2

1/10W10KR129 1 2

R132 1/10W47K21

1/10W47KR131 1 2

R110 1/10W10K21

1/10W47KR133 1 2

R1341/10W47K

21

1/10W47KR135 1 2

R1361/10W47K

21

[CDCE1-0]

[CDOE-0]

[CDRDY-1]

[CDWE-0]

[WP-1]

[CD1-0]

[CDCE2-0]

[VS1-0]

[CDIOR-0]

[CDIOW-0]

[STCHG-0]

[SPKR-0]

[REG-0]

[INACK-0]

[WAIT-0]

[VS2-0]

[CDRST-1]

[CD2-0]

VDD

[CSCS1-0]

[SMCLK-1]

[PCCHG-0]

[CD[31:0]-1]

[CBE[3:0]-0]

[PCIRQ-0]

[MPCLK-1]

[CA[27:2]-1]

1/10W10KRM30 1211

1/10W10KRM30 1413

1/10W10KRM30 109

RM30 1/10W10K15 16

E66

E55

E56

E57

E58

E60 E59

E64

E63 E62

[SMRST-0]

VDD4

SLT36

SLT67

SLT66

VDD3

VDD1 ACKZ

PCCIRZ2

PCCIRZ1

VDD2

VDD6

VDD7

VDD8

VDD9

VDD10

VDD11

SLT33

SLT11

SLT12

SLT13

SLT14

SLT19

SLT20

SLT21

SLT22

SLT23

SLT24

SLT25

SLT26

SLT27

SLT28

SLT29

SLT46

SLT47

SLT48

SLT49

SLT50

SLT53

SLT54

SLT55

SLT56

D10

D11

D12

D13

D14

D15

D16

D17

D18

D19

D20

D21

D22

D23

D24

D25

D26

D27

D28

D29

D30

D31

D4

D5

D6

D7

D8

D9

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

A23

A24

A25

A26

A27

A28

A3

A4

A5

A6

A7

A8

A9

SLT30

SLT31

SLT32

SLT40

SLT41

SLT64

SLT65

D0

D1

D2

D3

SLT58

SLT5

SLT6

SLT2

SLT3

SLT4

SLT8

SLT37

SLT38

SLT39

SLT59

SLT60

SLT61

SLT62

SLT63

SLT57

SLT43

SLT42

SLT44

SLT45

SLT10

SLT9

SLT7

SLT15

SLT16

PWRCLRZ

RCLK

TMODI

UBOFFZ

A2

WRZ

LASTZ

BEZ0

BEZ1

BEZ2

BEZ3

SYSCLK

VDD5

CBE1-0

CBE2-0

CBE3-0CBE[3:0]-0

CBE0-0

CACK-0

CDOE-0

CLAST-0

CR/W-0

CD2-0

NT3.3

SMRST-0

CDA8-1

CDA25-1

CDA23-1

CDA0-1

CDA1-1

CDA2-1

CDA3-1

CDA4-1

CDA5-1

CDA6-1

CDA7-1

CDA12-1

CDA15-1

CDA16-1

CDA14-1

CDA13-1

CDA11-1

CDA10-1

CDA9-1

CDA17-1

CDA18-1

CDA19-1

CDA20-1

CDA21-1

CDA22-1

CDA24-1

CDA[25:0]-1

CDD10-1

CDD7-1

CDD6-1

CDD5-1

CDD4-1

CDD3-1

CDD0-1

CDD1-1

CDD2-1

CDD11-1

CDD12-1

CDD13-1

CDD14-1

CDD15-1

CDD8-1

CDD9-1

CDD[15:0]-1

VS1-0

CDRDY-1

CDWE-0

CD1-0

WP-1

WAIT-0

VS2-0

STCHG-0

SPKR-0

INACK-0

NT3.3

SMCLK-1

MPCLK-1

CDCE1-0

REG-0

CDRST-1

CSCS1-0

CA[27:2]-1

CA4-1

CA5-1

CA6-1

CA7-1

CA8-1

CA9-1

CA10-1

CA11-1

CA12-1

CA13-1

CA14-1

CA15-1

CA16-1

CA17-1

CA18-1

CA19-1

CA20-1

CA21-1

CA22-1

CA23-1

CA24-1

CA25-1

CA26-1

CA27-1

CA3-1

CA2-1

CD31-1

CD30-1

CD29-1

CD28-1

CD27-1

CD26-1

CD25-1

CD24-1

CD23-1

CD22-1

CD21-1

CD20-1

CD19-1

CD18-1

CD17-1

CD16-1

CD15-1

CD14-1

CD13-1

CD12-1

CD11-1

CD10-1

CD9-1

CD8-1

CD7-1

CD6-1

CD5-1

CD4-1

CD3-1

CD2-1

CD1-1

CD0-1

CD[31:0]-1

CDCE2-0

CDIOR-0

CDIOW-0

NT3.3

PCCHG-0

PCIRQ-0

NT3.3

32

45

67

81

87

63

45

21

329

F E C BD A

E D C B A



HINT


[NO MOUNT]

16

RTP

RTP

RTP

42S18160LG5

42S18160LG5

32

RTP

RTP

RTP

48T08100PC1

RTP

C C C

C C C

RTP

RTP

[NO MOUNT]

[NO MOUNT]

[RAMWR-0]

R216 1/10W01 2

[PRRD-0]

1/10W0R215 21

R50 1/10W1001 2[CSNVM-0]

IC6

26

25

31

35

34

18

30

29

28

27

24

23

22

21

17

33 2

3

4

5

7

8

9

10

41

42

43

44

46

47

48

4932

6

1

45

50

IC57

26

25

31

35

34

18

30

29

28

27

24

23

22

21

17

33 2

3

4

5

7

8

9

10

41

42

43

44

46

47

48

4932

6

1

45

50

R177 1/10W021

1/10W0R176 1 2[CA1-1] [DA11-1]

[CD[31:0]-1]

R109 1/10W10021

[CA11-1]

[CA[10:2]-1]

[CA[10:2]-1]

[CA[13:1]-1A]

[PRWR-0]

IC27

[SKT]

27

22 1

20

10

9

2

23

21

24

25

3

4

5

6

7

19

18

17

16

15

13

12

11

8

26

[RAS00-0]

[CCAS1-0]

[CWE-0]

[CCAS0-0]

R175 1/10W10021

CC0.1/25

C1751

2C174

CC0.1/252

1

CC0.1/25

C1731

2

GNDGND

[RAS00-0]

[CCAS3-0]

[CWE-0]

[CCAS2-0]

CC0.1/25

C126

1

2C125

CC0.1/252

1

CC0.1/25

C124

1

2

GNDGND

[DA11-1]

[DA11-1]

[CD[7:0]-1A]

[SMRST-0]

[NVWR-0]

1/10W0R217 21

1/10W0R218 1 2

RAMWR-0

NVWR-0

PRWR-0

SMRST-0

GND1

VDD3

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

VDD2

VDD1

GND2

GND3

GND1

VDD3

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

VDD2

VDD1

GND2

GND3

CA1-1

DA11-1

DA11-1

CA11-1

CA8-1

CA7-1

CA6-1

CA5-1

CA4-1

CA2-1

CA3-1

CA[10:2]-1 CA10-1

CA9-1

CA13-1A

CA12-1A

CA11-1A

CA10-1A

CA9-1A

CA8-1A

CA7-1A

CA6-1A

CA5-1A

CA4-1A

CA3-1A

CA2-1A

CA1-1A

CA[13:1]-1A

PRRD-0

CSNVM-0

W

G INT

E1

A0

A1

A12

A11

A10

A9

A8

A7

A6

A5

A4

A3

DQ7

DQ6

DQ5

DQ4

DQ3

DQ2

DQ1

DQ0

A2

E2

RAS00-0

CWE-0

CCAS0-0

CCAS1-0

NT3.3

RAS00-0

CWE-0

CCAS2-0

CCAS3-0

NT3.3

DA11-1

CA[10:2]-1

CA3-1

CA2-1

CA4-1

CA5-1

CA6-1

CA7-1

CA8-1

CA9-1

CA10-1

CD30-1

CD[31:0]-1CD31-1

CD17-1

CD13-1

CD12-1

CD11-1

CD10-1

CD9-1

CD8-1

CD7-1

CD6-1

CD5-1

CD4-1

CD3-1

CD2-1

CD0-1

CD1-1

CD14-1

CD15-1

CD16-1

CD18-1

CD19-1

CD20-1

CD21-1

CD22-1

CD23-1

CD24-1

CD25-1

CD26-1

CD27-1

CD28-1

CD29-1

CD[7:0]-1ACD7-1A

CD6-1A

CD5-1A

CD4-1A

CD3-1A

CD2-1A

CD1-1A

CD0-1A

32

45

67

81

87

63

45

21

429

F E C BD A

F E D C B A



HINT


[XD]

RTP

[LS125]

EN

[M55257T]

14

A

CE

OE

13

12

11

10

9 8 7 6 5 4 3 2 1R/W

B1

B2

B3

B4

B5

B6

B7

B8

0

32767

0

SRAM32KX8

RTP

1351F0A

(NT5V)

(NT5V)

X2

4.5M 2

13

R25

1/10W1M

1 2

[SD[7:0]-1]

RM11/16W10K

5

1238

10

4679

IC31

312

IC4185

17

16

282958

15

14

13

12

11

1043

27

18

19

20

22

23

24

25

26

1 6

1/10W100

R1

21

GND

[SIORD-0]

[LCDEN-1]

[SMRST-1]

[MPCLK-1]

IC42

4 538

1276

87

86

9 90

89

98

97

96

95

88

10099

46

13

10

11

62

61

60

59

58

57

56

55

54

53

52

51

50

49

48

47

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

85

84

83

82

81

78

77

76

75

74

73

72

71

70

69

68

63

64

65

66

67

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

94

93

92

91

[SA0-1]

[SA[15:1]-1]

VDD

[UD3-1]

[UD2-1]

[UD1-1]

[UD0-1]

[YD-1]

[XSCL-1]

[WF-1]

[LP-1]

[SMEMW-0]

[MEMCS-0]

[SMEMR-0]

[SIOWR-0]

[IOCS-0]

[IORDY-1]

GND

VDD

GND

[VD[7:0]-1]

[VD[7:0]-1]

WF-1

LCDEN-1

SA0-1

SMEMW-0

SMEMR-0

IOCS-0

SIORD-0

MEMCS-0

MPCLK-1

IOWR

IORD

IOCS

MEMRD

MPUSEL

MEMWR

MEMCS

XSCL

LCDENB

READY YD

WF

LD3

LD2

LD1

LD0LP

OSC2

OSC1

VWE

BHE

MPUCLK

RESET

VA15

VA14

VA13

VA12

VA11

VA10

VA9

VA8

VA7

VA6

VA5

VA4

VA3

VA2

VA1

VA0

AB15

AB14

AB13

AB12

AB11

AB10

AB9

AB8

AB7

AB6

AB5

AB4

AB3

AB2

AB1

AB0

VD15

VD14

VD13

VD12

VD11

VD10

VD9

VD8

VD7

VD6

VD5

VD4

VD3

VD2

VD1

VD0

VCS4

VCS3

VCS2

VCS1

VCS0

DB15

DB14

DB13

DB12

DB11

DB10

DB9

DB8

DB7

DB6

DB5

DB4

DB3

DB2

DB1

DB0

UD3

UD2

UD1

UD0

XSCL-1

LP-1

YD-1

UD0-1

UD1-1

UD2-1

UD3-1

VD[7:0]-1

VD0-1

VD1-1

VD2-1

VD3-1

VD4-1

VD5-1

VD6-1

VD7-1

SIOWR-0

SMRST-1

IORDY-1

SA[15:1]-1

SA15-1

SA14-1

SA13-1

SA12-1

SA11-1

SA10-1

SA9-1

SA8-1

SA7-1

SA6-1

SA5-1

SA4-1

SA3-1

SA2-1

SA1-1

SD4-1

SD3-1

SD2-1

SD1-1

SD0-1

SD[7:0]-1

SD7-1

SD6-1

SD5-1

VD[7:0]-1

VD0-1

VD7-1

VD6-1

VD5-1

VD4-1

VD3-1

VD2-1

VD1-1

32

45

67

81

87

63

45

21

529

F E C BD A

F E D C B A



HINT


RTP

RTP

RTP

RTP

RTP

RTP

(NT5V)

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*8

ALS245F

RTP

(NT5V)

(NT5V)

(NT5V)

ALS541F

RTP

*7

100P/50

C236 2 1

C234

100P/50

12

100P/50

C233 2 1

100P/50

C229 2 1

100P/50

C230 2 1

C235

100P/50

12

100P/50

C231 2 1

C232

100P/50

12 C240

100P/50

12

C243

100P/50

12

100P/50

C238 2 1

C237

100P/50

12

100P/50

C241 2 1

C242

100P/50

12

100P/50

C239 2 1

R185

1/10W22

12

GND

1/10W22

R183

21

R182

1/10W22

12

1/10W22

R181

21

R180

1/10W22

12

1/10W22

R184

21

GND

[MA[6:0]-1]

[PMRST-1]

[MA[6:0]-1A]

VDD

1/10W22

R186

21

1/10W22

R198

21

1/10W22

R187

21

R188

1/10W22

12

1/10W22

R189

21

R190

1/10W22

12

1/10W22

R191

21

R197

1/10W22

12

[MD[7:0]-1A]

[MD[7:0]-1]

GND

IC24

19 1 2 3 5 6 7 8 9

18

17

16

15

14

13

12

11

4

[MRD-0A]

R196

1/10W22

12

RM19

1/16W10K

5

12

38

10

46

79

VDD

VDD

1/16W10K

RM12

97

64

10

83

21

5

VDD

IC29

2 3 4 5 6 7 8 91

19

18

17

16

15

14

13

12

11

R54

1/10W100

21

GND

GND

1/16W1K

RM36

97

64

10

83

21

5

1/16W1K

RM35

97

64

10

83

21

5 1/16W680

RM13

5

12

38

10

46

79

RM20

1/16W680

97

64

10

83

21

5

MA4-1

MA3-1

MA2-1

MA1-1

MA0-1

MA6-1

MA[6:0]-1

MA5-1

MD1-1

MD2-1

MD3-1

MD4-1

MD5-1

MD6-1

MD7-1

MD0-1

MD[7:0]-1

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

MRD-0A

MD6-1A

MD5-1A

MD4-1A

MD3-1A

MD2-1A

MD0-1A

MD1-1A

MD7-1A

MD[7:0]-1A

MA0-1A

MA[6:0]-1A

MA6-1A

MA5-1A

MA4-1A

MA3-1A

MA2-1A

MA1-1A

PMRST-1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

32

45

67

81

87

63

45

21

529

F E C BD A

F E D C B A



HINT


*3

*2

*2

C

RTP

(NT5V)

(NT5V)

*3

(NT5V)

*2

RTP

RTP

RTP

*3

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

ALS541F

RTP

RTP

HC14F

HC14F

HC14F

RTP

RTP

*2

RTP

C427

100P/50

2 1

[ACFAL-1A]

[ACFAL-0]

C428

CC0.022/50

2 1

R137

1/10W100

12

GND

GND

[MINT-1]

[MWR-0]

[MRD-0]

[PMRST-1]

GND

GND

[MATN-1]

[MRDY-1]

GND

1/10W22

R199

21

1/10W22

R200

21

1/10W1000

R204

21

VDD

GND

VDD

VDD

[MPOW-1]

[ACFAL-1]

[BTLV-0]

[MPOW-0A]

[BTLV-1]

[MINT-1A]

[MWR-0A]

[MRD-0A]

[MATN-1A]

[MRDY-1A]

1/10W2200

R87 21

R75

1/10W2200

1 2

1/10W3300

R88 21

R86

1/10W3300

1 2

1/10W3300

R74 21

R90

1/10W100

21

R85

1/10W10K

1 2

1/10W10K

R84 21

R83

1/10W10K

1 2

IC20

11

12

13

14

15

16

17

18

98765432

191

R72 1/10W10K1 2

R69 1/10W10K1 2IC23 4

3

IC23

11

10

IC23

98

1/10W22

R202

12

1/10W22

R201

21

GND

1/10W22

R203

21

C248

100P/50

12

100P/50

C247

2 1

C246

100P/50

12

C244

100P/50

12

100P/50

C245

2 1

GND

C176

100P/50

12

GND

ACFAL-1

ACFAL-0

BTLV-1

PMRST-1

MINT-1

MWR-0

MATN-1A

MRD-0A

MWR-0A

BTLV-0

MRDY-1

MATN-1

MPOW-0A

MINT-1A

MPOW-1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

MRDY-1A

MRD-0

ACFAL-1A

32

45

67

81

87

63

45

21

729

F E C BD A

F E D C B A



HINT


*7

RTP

*7

*4

RTP

*8

*8

RTP

*3 RTP

RTP

RTP

(NT5V)

RTP

RTP

RTP

RTP

HC14F

RTP

ALS541F

ALS541F

ALS541F

[NO MOUNT]

C199

100P/50

1

2

100P/50

C198

2

1

C200

100P/50

1

2

C204

100P/50

1

2

C206

100P/50

1

2

100P/50

C208

2

1

100P/50

C205

2

1

100P/50

C201

2

1

100P/50

C202

2

1

C207

100P/50

1

2

100P/50

C203

2

1

C189

100P/50

1

2

100P/50

C187

2

1

C186

100P/50

1

2

C182

100P/50

1

2

C183

100P/50

1

2

100P/50

C188

2

1

C184

100P/50

1

2

100P/50

C185

2

1

1/10W22R205 21

R23 1/10W221 2

[CSIMG-0]

RM26

1/10W22

9 10

1/10W22

RM26 87

RM26

1/10W22

5 6

1/10W22RM26 21

RM26

1/10W22

3 4

1/10W22

RM26 1211

RM26

1/10W22

13 14

1/10W22

RM26 1615

1/10W10K

R19

21

RM27

1/10W22

11 12

RM27

1/10W22

13 14

1/10W10K

R20

21

R21

1/10W10K

12

[CA[15:1]-1B]

R241/10W100

12

VDD

1/10W22R22 21 [FAXEN-0A]

[HDEN1-0A]

[PMEN-0A]

[HDEN1-0]

[PMEN-0]

[FAXEN-0]

R8 1/10W221 2

1/10W22R7 21

R6 1/10W221 2

[PRRD-0A]

[IMRST-0]

[PRWR-0A]

[CA[15:1]-1]

[PRWR-0]

[PRRD-0]

[MRST-0]

[IMPOW-1] [IMPOW-0A]IC23

1 2

1/10W10KR73

21

GND

GND

RM27

1/10W22

9 10

RM27

1/10W22

7 8

RM27

1/10W22

5 6

RM27

1/10W22

3 4

RM27

1/10W22

1 2

IC9

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

IC33

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

GND

IC4

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

[CSIMG-0A]

GND

GND

CSIMG-0A

CSIMG-0

IMPOW-0A

PRRD-0

PRWR-0

PMEN-0

IMPOW-1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

MRST-0

FAXEN-0

CA15-1CA[15:1]-1

CA14-1

CA13-1

CA12-1

CA11-1

CA10-1

CA9-1

CA7-1

CA6-1

CA5-1

CA4-1

CA3-1

CA2-1

CA1-1

CA8-1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

FAXEN-0A

IMRST-0

PRRD-0A

PRWR-0A

HDEN1-0 HDEN1-0A

CA15-1B

CA14-1B

CA[15:1]-1B

CA7-1B

CA8-1B

CA9-1B

CA10-1B

CA11-1B

CA12-1B

CA13-1B

CA1-1B

CA2-1B

CA3-1B

CA4-1B

CA5-1B

CA6-1B

PMEN-0A

32

45

61

63

45

21

829

E C BD A

E D C B A



HINT


[NO MOUNT]

*8

RTP

C

32NS

ALS

(NT5V)

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

(NT5V)

(NT5V)

ALS245F

CBT3345PW

C256100P/50

12

100P/50

C254 2 1

C253

100P/50

12

C250

100P/50

12

C249

100P/50

12

100P/50

C255 2 1

C251

100P/50

12

100P/50

C252 2 1

GND

RG8

RM29

1/16W10K

5

12

38

10

46

79

1/10W100

R12821

C156

CC0.1/25

2 11SS184

D3

KA1

A2

IC12

89

10

GND

[IMD[7:0]-1]

[IMD[7:0]-1A]

[IMD[7:0]-1]

[CSIMG-0]

[PRRD-0]

[CSIMG-0]

[PMRST-1]

[CD[7:0]-1]

VDD

1/10W22

R206

21

R207

1/10W22

12

1/10W22

R208

21

R209

1/10W22

12

1/10W22

R210

21

R211

1/10W22

12

1/10W22

R212

21

R213

1/10W22

12

GND

VDD

VDD

IC1

19 1 2 3 5 6 7 8 9

18

17

16

15

14

13

12

11

4

IC2

10 987654321

19

11

12

13

14

15

16

17

18

20

RG8

1/16W1K

RM37

97

64

10

83

21

5 RG8

RM28

1/16W1K

5

12

38

10

46

79

IMD1-1

IMD2-1

IMD3-1

IMD4-1

IMD5-1

IMD6-1

IMD7-1

IMD0-1

IMD[7:0]-1

CSIMG-0

PMRST-1

IMD6-1

IMD5-1

IMD4-1

IMD3-1

IMD2-1

IMD1-1

IMD0-1

IMD7-1

IMD[7:0]-1

CSIMG-0

PRRD-0

CD2-1

CD3-1

CD4-1

CD5-1

CD6-1

CD7-1

CD0-1

CD1-1

CD[7:0]-1

IMD0-1A

IMD1-1A

IMD2-1A

IMD3-1A

IMD4-1A

IMD5-1A

IMD6-1A

IMD[7:0]-1A

IMD7-1A

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

VDD

B0

B1

B2

B3

B4

B5

B6

B7

OE0

OE1

A0

A1

A2

A3

A4

A5

A6

A7

GND

32

45

67

81

87

63

45

21

929

F E C BD A

E D C B A



HINT


C

RTP

7407M

(NT5V)

*4

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

ALS541F

ALS541F

RTP

RTP

RTP

RTP

RTP

RTP

RTP

7407M

7407M

7407M

7407M

7407M

*8

*3

RTP

RTP

RTP

RTP

7407M

7407M

7407M

7407M

RTP

HC14F

RTP

RTP

RTP

RTP

*8

*4

*5

RTP

CC0.022/50

C52

2

1

1/10W22R81 1 2

IC13

13 12

GND

R66 1/10W221 2

1/10W22R65 21

R64 1/10W221 2

GND

R67

1/10W100

12

1/10W100

R59

21

GND

1/10W22R77 21

1/10W22R93 21

[RSTCP-0A]

[WF-1A]

[BZON-0A]

1/10W22

R63 21

R62

1/10W22

1 2

1/10W22

R61 21

[YD-1A]

[LP-1A]

[XSCL-1A]

[LCDEN-1A]

[UD3-1A]

[UD2-1A]

[UD1-1A]

[UD0-1A]

[LDCLK-1]

[LDDAT-1]

[LDON1-0]

IC22

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

[CPPOW-0A]

[UD1-1]

IC21

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

[UD3-1]

[UD2-1]

[XSCL-1]

[LCDEN-1]

[LP-1]

[YD-1]

[RSTCP-0]

[WF-1]

[BZON-0]

[CPPOW-0A]

[UD0-1]

[LDON0-0]

[LDLTH-0]

R55 1/10W221 2 1/10W22

R56 21

R57

1/10W22

1 2

1/10W22

R58 21

R60

1/10W22

1 2

[LDLTH-0A]

[LDDAT-1A]

[LDON1-0A]

[LDON0-0A]

[LDCLK-1A]

1/10W22R92 21

R91 1/10W221 2

[PWREN-0A][PWREN-0]

IC19

21

IC13

9 8

IC13

11 10

IC13

21

IC19

3 4

GND

R192

1/10W22

1 2

1/10W22

R193 21

1/10W22

R94 21

R95 1/10W221 2

IC13

43

IC19

1312

IC19

1110

IC13

5 6

GND

R711/10W10K

12

IC23

65

[TXD1-0]

[RXD1-0A]

[CTS1-0A]

[RXD1-0]

[CTS1-0]

[RTS1-0]

[TXD1-0A]

[RTS1-0A]

[CPPOW-0A][CPPOW-1]

GND

1/10W10K

R80

21

R79

1/10W10K

12

VDD

R194

1/10W2200

12

1/10W2200

R195

21

GND

100P/50

C212

2

1

100P/50

C211

2

1

C215

100P/50

1

2

C210

100P/50

1

2100P/50

C209

2

1

100P/50

C213

2

1

C214

100P/50

1

2100P/50

C216

2

1

100P/50

C219

2

1

C217

100P/50

1

2

100P/50

C218

2

1

C220

100P/50

1

2

100P/50

C223

2

1C224

100P/50

1

2

100P/50

C222

2

1

100P/50

C221

2

1

C228

100P/50

1

2

100P/50

C227

2

1

100P/50

C226

2

1

C225

100P/50

1

2

1/10W22R219 21 PWREN-0A

UD3-1A

RTS1-0A

CTS1-0A

RXD1-0A

LDCLK-1A

LDON0-0A

LDON1-0A

LDLTH-0A

LDDAT-1A

BZON-0A

WF-1A

RSTCP-0A

LP-1A

LDCLK-1

LDDAT-1

WF-1

BZON-0

LDLTH-0

LDON1-0

LDON0-0

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

YD-1

LP-1

XSCL-1

LCDEN-1

UD3-1

UD2-1

UD1-1

UD0-1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1CPPOW-0A

RSTCP-0

CPPOW-0A

PWREN-0

TXD1-0A

CTS1-0

RXD1-0

TXD1-0

RTS1-0

CPPOW-1 CPPOW-0A

NT3.3

UD0-1A

UD1-1A

UD2-1A

LCDEN-1A

XSCL-1A

YD-1A

32

45

67

81

87

63

45

21

10

29

F E C BD A

F E D C B A



HINT


(NT5V)

(NT5V)

RTP

RTP

RTP

RTP

ALS245F

RTP

ALS541F

*8

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

*5

*5

*8

*8

*8

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

ALS245F

C271

100P/50

12

100P/50

C269

2 1

C268

100P/50

12

C264

100P/50

12

C265

100P/50

12

100P/50

C270

2 1

C266

100P/50

12

100P/50

C267

2 1

100P/50

C279

2 1

C277

100P/50

12

100P/50

C276

2 1

100P/50

C272

2 1

100P/50

C273

2 1

C278

100P/50

12

100P/50

C274

2 1

C275

100P/50

12

C262

100P/50

12

C261

100P/50

12 100P/50

C260

2 1

C259

100P/50

12

C258

100P/50

12

C263

100P/50

12

C257

100P/50

12

GND

VDD

VDD

R78

1/10W22

12

1/10W22

R82

21

R46

1/10W4700

1 2

1/10W4700R47 21

IC35

4

11

12

13

14

15

16

17

18

98765321

19

R45

1/10W100

1 2

IC25

1

19

2 3 4 5 6 7 8 9

18

17

16

15

14

13

12

11

GND

GND

R157

1/10W22

12

1/10W22

R89

21

R102

1/10W22

12

1/10W22

R103

21

R142

1/10W22

12

[HDIWR-0A]

[HDIRD-0A]

[HDDRQ-1A]

[HDIRQ-1A]

[HDDAK-0A]

[CSHD0-0A]

[CSHD1-0A]

[HDIRD-0]

[BFOE-0]

GND

R158

1/10W22

12

1/10W22

R159

21

R160

1/10W22

12

1/10W22

R26

21

R49

1/10W22

12

1/10W22

R53

21

R70

1/10W22

12

GND

1/10W22

R76

21

GND

[HDIRD-0]

[HDDRQ-1]

[HDIRQ-1]

[HDDAK-0]

[CSHD0-0]

[CSHD1-0]

[HDIWR-0]

[SD[15:0]-1]

[HD[15:0]-1]

GND

1/10W22

R156

21

R155

1/10W22

12

1/10W22

R154

21

R153

1/10W22

12

1/10W22

R152

21

R151

1/10W22

12

1/10W22

R150

21

R149

1/10W22

12

IC34

4

11

12

13

14

15

16

17

18

98765321

19

GND

1/16W1K

RM33

97

64

10

83

21

5

RM34

1/16W1K

5

12

38

10

46

79

1/16W680

RM11

5

12

38

10

46

79

1/16W680

RM10

5

12

38

10

46

79

HDDAK-0

HDIRD-0

HDIRQ-1

HDDRQ-1

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

HDDAK-0A

HDIWR-0A

CSHD1-0A

CSHD0-0A

CSHD0-0

CSHD1-0

HDIRQ-1A

HDDRQ-1A

HDIWR-0

HDIRD-0A

HD14-1

HD13-1

HD12-1

HD11-1

HD10-1

HD9-1

HD8-1

HD7-1

HD6-1

HD5-1

HD4-1

HD3-1

HD2-1

HD1-1

HD0-1

HD15-1

HD[15:0]-1

SD15-1

SD14-1

SD13-1

SD12-1

SD11-1

SD10-1

SD9-1

SD8-1

SD7-1

SD6-1

SD5-1

SD4-1

SD3-1

SD2-1

SD1-1

SD0-1

SD[15:0]-1

HDIRD-0

BFOE-0

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

32

45

67

81

87

63

45

21

11

29

F E C BD A

E D C B A



HINT


RTP

RTP

ALS541F

ALS541F

ALS541F

ALS245F

ALS245F

RTP

1/10W100

R28

12

R9

1/10W100

21

IC45

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

GND

GND

[SA0-1A]

IC46

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

IC36

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

[BFOE-0]

[BFDIR-1]

[SA[26:1]-1][CA[26:1]-1]

IC43

4

11

12

13

14

15

16

17

18

9

8

7

6

5

3

2

1

19

[SD[15:0]-1] [SD[15:0]-1A]

IC44

19

1

2

3

5

6

7

8

9

18

17

16

15

14

13

12

11

4

GND

[SA0-1]

R10

1/10W100

21

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

SA7-1

SA19-1 SA[26:1]-1

SA24-1

SA25-1

SA26-1

SA23-1

SA1-1

SA2-1

SA3-1

SA4-1

SA8-1

SA9-1

SA10-1

SA18-1

SA17-1

SA16-1

SA15-1

SA14-1

SA13-1

SA12-1

SA11-1

SA6-1

SA5-1

SD[15:0]-1A

SD9-1A

SD8-1A

SD10-1A

SD11-1A

SD12-1A

SD13-1A

SD14-1A

SD15-1A

SD1-1A

SD2-1A

SD3-1A

SD4-1A

SD5-1A

SD6-1A

SD7-1A

SD0-1A

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

A2

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A1

A0

DIR

OE

BFDIR-1

SA0-1A

BFOE-0

SA0-1

CA1-1

CA2-1

CA3-1

CA4-1

CA5-1

CA6-1

CA7-1

CA8-1

CA9-1

CA10-1

CA11-1

CA12-1

CA13-1

CA14-1

CA15-1

CA16-1

CA17-1

CA18-1

CA19-1

CA25-1

CA24-1

CA23-1

CA26-1

CA[26:1]-1

SD13-1

SD[15:0]-1 SD15-1

SD14-1

SD12-1

SD11-1

SD10-1

SD9-1

SD8-1

SD7-1

SD5-1

SD6-1

SD4-1

SD3-1

SD2-1

SD1-1

SD0-1

32

45

67

1

87

63

45

21

12

29

F E C BD A

E D C B A



HINT


RTP

RTP

RTP

(NT5V)

RTP

RTP

RTP

RTP

RTP

ALS541F

RTP

ALS541F

RTP

(NT5V)ALS541F(NT5V)

[LS125]

EN

[LS125]

EN

ALS541F

RTP

RTP

RTP

RTP

RTP

1/10W1000

R39

21

1/10W1000R41

21

1/10W4700

R13

21

VDD

[HIORY-1]

[HIO16-0]

R121/10W100

12

GND

R14

1/10W4700

12

1/10W4700

R15

21

R16

1/10W4700

12

1/10W4700

R17

21

[GDDRQ-1]

[RSTGD-1]

[SMEMW-0]

[SMEMR-0] [SMEMR-0A]

[SMEMW-0A]

[RSTGD-1A]

[GDDRQ-1A]

IC48

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

R30

1/10W100

12

IC38

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

[SA[26:1]-1][CA[26:1]-1]

[PMIRQ-1]

[GDIRQ-1]

[FXIRQ-1]

[FXDRQ-1] [FXDRQ-1A]

[FXIRQ-1A]

[GDIRQ-1A]

[PMIRQ-1A]

[GDDAK-0]

[FXDAK-0]

[AEN-0]

[RSTFX-1]

[SIORD-0]

[SIOWR-0]

[PMIOR-0]

[PMIOW-0]

[SBHE-0]

[GDDAK-0A]

[FXDAK-0A]

[AEN-0A]

[PMIOW-0A]

[PMIOR-0A]

[SIOWR-0A]

[SIORD-0A]

[RSTFX-1A]

[SBHE-0A]

[BFOE-0]

[SRDY-0]

[IORDY-1]

[MEM16-0]

[IO16-0]

[SRDY-0A]

[IORDY-1A]

[MEM16-0A]

[IO16-0A]

GND

1/10W100R29

21

GND

VDDVDD

IC37

1

19

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

IC31

64

5

IC31

810

9

IC47

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

19

1

1/10W100R11

21

GND

GND

1/10W1000

R38

21

R32

1/10W1000

12

1/10W1000

R40

21

R31

1/10W1000

12

FXDAK-0A

GDDRQ-1A

PMIRQ-1

FXIRQ-1

FXDRQ-1

BFOE-0

RSTGD-1

SMEMR-0A

SMEMW-0A

RSTGD-1A

SMEMR-0

SMEMW-0

SIOWR-0

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

AEN-0AAEN-0

SA[26:1]-1SA22-1

SA21-1

SA20-1

SBHE-0 SBHE-0A

GDDAK-0

FXDAK-0

PMIOW-0

PMIOR-0

SIORD-0

GDDAK-0A

PMIOW-0A

PMIOR-0A

SIOWR-0A

SIORD-0A

PMIRQ-1A

GDIRQ-1A

FXIRQ-1A

FXDRQ-1A

IO16-0A

MEM16-0A

IORDY-1A

SRDY-0A

CA21-1

CA20-1

CA22-1CA[26:1]-1

RSTFX-1ARSTFX-1

MEM16-0

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

HIORY-1

IORDY-1

HIO16-0

SRDY-0

IO16-0

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

OE2

OE1

GDIRQ-1

GDDRQ-1

32

45

67

1

87

63

45

21

13

29

F E C BD A

E D C B A



HINT


(NT5V)

RTP

RTP

RTP

ALS541F

ALS541F

ALS541F

[CA[21:1]-1A]

VDD

GND

GND

R1131/10W100

12

[CA[21:1]-1]

1/10W100R101

21

GND

GND

GND

GND

1/10W100R114

21

IC17

20

1

19

10

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

IC11

20

1

19

10

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

IC8

20

1

19

10

2

3

4

5

6

7

8

9

18

17

16

15

14

13

12

11

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

GND

OE2

OE1

VCC

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

GND

OE2

OE1

VCC

Y7

Y6

Y5

Y4

Y3

Y2

Y1

Y0

A7

A6

A5

A4

A3

A2

A1

A0

GND

OE2

OE1

VCC

CA1-1

CA18-1

CA17-1

CA16-1

CA15-1

CA14-1

CA13-1

CA12-1

CA10-1

CA9-1

CA8-1

CA7-1

CA3-1

CA4-1

CA5-1

CA6-1

CA20-1

CA19-1

CA[21:1]-1

CA2-1

CA21-1

CA11-1

CA1-1A

CA17-1A

CA16-1A

CA15-1A

CA12-1A

CA11-1A

CA10-1A

CA9-1A

CA8-1A

CA7-1A

CA3-1A

CA4-1A

CA5-1A

CA6-1A

CA14-1A

CA18-1A

CA19-1A

CA20-1A

CA13-1A

CA2-1A

CA21-1ACA[21:1]-1A

32

45

67

76

34

52

14

29

E C BD A

DE C B A



HINT


RTP

RTP

LCX245F

LCX245F

RTP

LCX245F

RTP

LCX245F

1/10W100

R173

21

GND GND

1/10W100

R111

21

GND GND

GND

IC10

9

8

7

6

5

4

3

2

19

11

12

13

14

15

16

17

18

1

20

10

IC7

9

8

7

6

5

4

3

2

19

11

12

13

14

15

16

17

18

1

20

10

R172

1/10W100

12

GND

[FRDIR-0]

[CD[31:0]-1] [CD[31:0]-1A]

GND GND

IC56

9

8

7

6

5

4

3

2

19

11

12

13

14

15

16

17

18

1

20

10

R112

1/10W100

12

IC55

9

8

7

6

5

4

3

2

19

11

12

13

14

15

16

17

18

1

20

10

A7

A6

A5

A4

A3

A2

A1

A0

OE

B7

B6

B5

B4

B3

B2

B1

B0

DIR

VCC

GND

A7

A6

A5

A4

A3

A2

A1

A0

OE

B7

B6

B5

B4

B3

B2

B1

B0

DIR

VCC

GND

CD16-1A

CD17-1A

CD18-1A

CD19-1A

CD20-1A

CD21-1A

CD22-1A

CD23-1A

CD24-1A

CD25-1A

CD26-1A

CD27-1A

CD28-1A

CD29-1A

CD30-1A

CD31-1A CD[31:0]-1A

CD10-1A

CD0-1A

CD1-1A

CD2-1A

CD3-1A

CD4-1A

CD5-1A

CD6-1A

CD7-1A

CD8-1A

CD9-1A

CD15-1A

CD14-1A

CD13-1A

CD12-1A

CD11-1A

CD16-1

CD17-1

CD18-1

CD19-1

CD20-1

CD21-1

CD22-1

CD23-1

CD[31:0]-1

CD9-1

CD0-1

CD1-1

CD2-1

CD3-1

CD4-1

CD5-1

CD6-1

CD7-1

CD8-1

CD15-1

CD14-1

CD13-1

CD12-1

CD11-1

CD10-1

CD25-1

CD24-1

CD27-1

CD28-1

CD29-1

CD30-1

CD31-1

CD26-1

FRDIR-0

A7

A6

A5

A4

A3

A2

A1

A0

OE

B7

B6

B5

B4

B3

B2

B1

B0

DIR

VCC

GND

NT3.3

A7

A6

A5

A4

A3

A2

A1

A0

OE

B7

B6

B5

B4

B3

B2

B1

B0

DIR

VCC

GND

32

45

61

76

34

52

1

120

E C BD A

E D C B A



HINT


16

[NO MOUNT]

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

ALS04F

32

32

32

32

(NT5V)

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

X6

32FVHC

32FVHC

08FVHC

08FVHC

08FVHC 32F

VHC

RTP

RTP

16

16

[NO MOUNT]

16

[NO MOUNT]

RTP

[JP1-JP7 NO MOUNT]

[NO MOUNT]

[NO MOUNT]

[FRCE1-0]

1/10W0R174 1 2

R171 1/10W021

GND

[FCE24-0]

[CCE0-0]

GND

[CA0-1A]

[FRCE0-0]

GND

[CA1-1A]R170 1/10W021

1/10W0R169 1 2

[CCE1-0]1/10W0R168 1 2

R167 1/10W021

R166 1/10W021

1/10W0R163 1 2

[FA1-1]

[CCE1-0A]

[FCE35-0]

[CA21-1A]

IC15

1 2

[BYTE0-0]

[WP0-0]

[WP3-0]

[WP2-0]

[WP1-0]

[WP5-0]

[WP4-0]

GND

VDD

[CSWE0-0A]

[CSWE1-0A]

GND

[FRDIR-0]

GND

GND

[CSNVM-0]

[CSBBR-0]

[COE0-0]

[COE1-0]

GND

[PRRD-0]

[FRPGM-0]

[CSWE0-0]

[CSWE1-0]

GND

R118 1/10W10K21

1/10W10KR107 1 2

R105 1/10W10K21

R106 1/10W470021

JP1

21

JP3

21

JP4

1 2

JP6

21

JP7

1 2

1/10W10K

R1271 2

R126

1/10W10K

21

1/10W10K

R1251 2

R124

1/10W10K

21

JP2

1 2

1/10W10K

R1611 2

IC184

5

7

14

6

IC181

2

7

14

3

IC167

14

1

23

IC16

810

9

14

7

IC167

14

4

56

IC18

8

14

7

10

9

1/10W10K

R16221

R68

1/10W10K12

R139

1/10W021

NT3.3

FRDIR-0

CA21-1A

CA1-1A

CCE0-0

CCE1-0

FRCE1-0

FRCE0-0

CA0-1A

CCE1-0A

FCE35-0

FCE24-0

WP5-0

WP4-0

WP0-0

BYTE0-0

WP2-0

WP1-0

WP3-0

CSWE1-0A

CSWE0-0A

CSBBR-0

CSNVM-0

PRRD-0

NT3.3

NT3.3NT3.3

COE0-0

CSWE1-0

CSWE0-0

COE1-0

FA1-1

NT3.3

NT3.3

FRPGM-0

32

45

67

81

87

63

45

21

16

29

F E C BD A

F E D C B A



HINT


[NO MOUNT]

C

C

C1134ACS

C2+

C2-

C1+

C1-

V+

V-

(NT5V)

RTP

S

S

G

S

S

D

D

D

[MFP8]

CRTP

32NSALS

32NSALS

RTP

RTP

RTP

RTP

RTP

RTP

C

(NT5V)

7407M

7407M

7407M

7407M

7407M

7407M

7407M

7407M

ALS273F

*4

(NT5V)

*3

RTP

RTP

RTP

HC244F

[NO MOUNT]

[NO MOUNT]

[NO MOUNT] [NO MOUNT]

[NO MOUNT]

[NO MOUNT]

[NO MOUNT]

[NO MOUNT]

[NO MOUNT]

[NO MOUNT]

C121CC1/16 2

1

CC1/16C119

1

2

GND

CC1/16C120

1

2

GND

IC5

14 12

16 10

18 8

620

521

719

917

1115

4

23

3

22

24

1

[PCCNT-0A]

R179

1/10W10K

21

[PCCNT-1B]

Q1

SI6433DQ

4

8

5

1

7

2

3

6

C1

CE10/161

2

CC0.1/25

C154

1

2

1/10W10K

R1162

1

IC12

5

46

IC12

31

2

GND

[CD2-0]

[CD1-0]

[PCPOW-0]

1/10W2200R141 1 2

R117 1/10W220021

R178

1/10W100

12

[CTS0-1B]

[TXD0-1B]

[RXD0-1B]

[RTS0-1B]

R148

1/10W10K

211/10W10K

R147

12

R146

1/10W10K

21

E6721

E681 2

GND[DTR-1A]

[RTS0-1A]

GND

[CTS0-1A]

[RXD0-0]

[TXD0-0]

[RTS0-0]

[CTS0-0]

[DTR-0]

[DCD-0]

[DSR-1A]

[RXD0-1A]

JP5

1

3

4

5 8

9

10

12

2 11

76

C123CC1/16 2

1

[TXD0-1A]

GND

E6921

VDD

[RMC7-1]

[SMRST-0]

[EXWR-0]

IC30

21

7

14

IC30

43

7

14

IC30

65

7

14

IC30

89

7

14

IC30

1011

7

14

IC30

1213

7

14

IC52

21

7

14

IC52

43

7

14

IC54

19

16

15

12

9

6

5

2

18

17

14

13

8

7

4

3

11

1

[RMC6-1]

[RMC5-1]

[RMC4-1]

[RMC3-1]

[RMC2-1]

[RMC1-1]

[RMC0-1]

[CD[7:0]-1]

GND

[DSR0-1B]

[DTR0-1B]

VDD

VDD

R145

1/10W10K

211/10W10K

R144

12

R143

1/10W10K

21

IC26

17

15

13

11

8

6

4

2

19

1

3

5

7

9

12

14

16

18

NT3.3

RO0 RI0

RO1 RI1

RO2 RI2

RI3RO3

DO3DI3

DO2DI2

DO1DI1

DO0DI0

PCCNT-0A

PCPOW-0

CD1-0

CD2-0

PCVDD

RXD0-1B

TXD0-1B

RTS0-1B

DTR-0

RTS0-0

DTR-1A

DSR-1A

CTS0-1A

RXD0-1A

RTS0-1A

TXD0-1A

CLR

CK

D0

D1

D2

D3

D4

D5

D6

D7

Q0

Q1

Q2

Q3

Q4

Q5

Q6

Q7

EXWR-0

SMRST-0

CD[7:0]-1CD7-1

CD6-1

CD5-1

CD4-1

CD3-1

CD2-1

CD1-1

CD0-1

RMC7-1

RMC6-1

RMC5-1

RMC4-1

RMC3-1

RMC2-1

RMC1-1

RMC0-1

DSR0-1B

CTS0-1B

DTR0-1B

PCCNT-1B

DCD-0

CTS0-0

RXD0-0

TXD0-0

2A3

2A2

2A1

2A0

1A3

1A2

1A1

1A0

OE2

OE1

2Y3

2Y2

2Y1

2Y0

1Y3

1Y2

1Y1

1Y0

32

45

67

81

87

63

45

21

17

29

F E C BD A

F E D C B A



HINT


[NO MOUNT]

RTP

VG

VHC125F

VG

VHC125F

HC14F

HC14F

(NT5V)

(NT5V)

(NT5V)

(NT5V)

(NT5V)

4700

RN1401

4700

HC14F

HC14F

HC14F

HC14F

HC14F

(NT5V)

RTP

4700

RN1401

4700

7046P

RTP

RTP RTP

RTP RTP

7046P

HC14F

HC14F

RTP

HC14F

(NT5V)

HC14F

RTP

RTP

[CLKEN-1]

[SMRST-0D]

R214

1/10W0

12

IC51

7

98

1410

IC51

7

56

144

IC39

11

10

7 14

VDD

VDD

GND

GND

IC39

7 14

65

[MRST-0]

VDD

GND

VDD

C11

100P/50

2 1

Q32 3

1

IC39

12

14

7

IC50

13

7 14

12

IC50

10

14

7

11

IC50 8

14

7

9

GND

VDD

GND

GND

GND

VDD

IC50

5

7 14

6

E2

R33

1/10W22K

12

C9CE4.7/16

12

GND

GND

GND

GND

Q2

1

32

IC49

312

1/10W120

R4

21

R18

1/10W4700

1 2

GND

GND

1/10W4700

R35

21

R34

1/10W120

1 2

R36

1/10W4700

1 2

IC32

2 13

CE4.7/16

C6

2 1

GND

GND

GND

GND

VDD

VDD

IC40

12

14

7

13

IC50

1

7 14

2

E4E6

E1

1/10W22K R52

1

IC50 4

14

7

3

GND

[PMRST-1]

IC39

7 14

43

VDD

[SMRST-1]

[SMRST-0A]

[SMRST-0C]

GND

[SMRST-0]

R3

1/10W10K

21

[SMRST-0B]

GND

1/10W47K

R2

21

NT3.3

NT3.3

SMRST-1

+5V

GND

VCC

O

GND

VCC

O

MRST-0

PMRST-1

SMRST-0A

SMRST-0C

SMRST-0

SMRST-0B

SMRST-0D

CLKEN-1

32

45

67

81

87

63

45

21

18

29

F E C BD A

F E D C B A



HINT


RG8

1/16W10K

RM14

97

64

10

83

21

5RG8

1/16W10K

RM17

97

64

10

83

21

5RG8

RM16

1/16W10K

5

12

38

10

46

79

RG8

1/16W10K

RM22

97

64

10

83

21

5RG8

RM21

1/16W10K

5

12

38

10

46

79

RG8

1/16W10K

RM15

97

64

10

83

21

5RG8

RM18

1/16W10K

5

12

38

10

46

79

RG8

RM25

1/16W10K

5

12

38

10

46

79

[CD[31:0]-1]

[CA[31:1]-1]

CDD[15:0]-1

GND

RG8

RM31

1/16W10K

5

12

38

10

46

79

RG8

1/16W10K

RM32

97

64

10

83

21

5

NT3.3

CA31-1

CA30-1

CA29-1

CA28-1

CA27-1

CA26-1

CA25-1

CA24-1

CA23-1

CA22-1

CA21-1

CA19-1

CA18-1

CA17-1

CA16-1

CA15-1

CA14-1

CA13-1

CA12-1

CA11-1

CA10-1

CA9-1

CA8-1

CA7-1

CA6-1

CA5-1

CA4-1

CA3-1

CA2-1

CA[31:1]-1

CA1-1

CA20-1

NT3.3

CD[31:0]-1

CD30-1

CD31-1

CD0-1

CD29-1

CD28-1

CD27-1

CD26-1

CD25-1

CD24-1

CD23-1

CD22-1

CD21-1

CD20-1

CD19-1

CD18-1

CD17-1

CD16-1

CD15-1

CD14-1

CD13-1

CD12-1

CD11-1

CD10-1

CD9-1

CD8-1

CD7-1

CD6-1

CD5-1

CD4-1

CD3-1

CD2-1

CD1-1

CDD9-1

CDD0-1

CDD1-1

CDD2-1

CDD3-1

CDD4-1

CDD5-1

CDD6-1

CDD7-1

CDD8-1

CDD10-1

CDD11-1

CDD12-1

CDD13-1

CDD14-1

CDD15-1

CDD[15:0]-1

32

45

67

81

87

63

45

21

19

29

F E C BD A

F E D C B A



HINT


(NT5V)

(NT5V)

[SA[26:1]-1]

[SA0-1A]

1/16W10K

RM9

97

64

10

83

21

5

RM8

1/16W10K

5

12

38

10

46

79

[SBHE-0A]

RM3

1/16W10K

5

12

38

10

46

79

1/16W10K

RM2

97

64

10

83

21

51/16W8.2K

RM6

97

64

10

83

21

5

RM4

1/16W8.2K

5

12

38

10

46

79

1/16W10K

RM7

97

64

10

83

21

5GND

VDD

RM5

1/16W10K

5

12

38

10

46

79

[SD[15:0]-1A]

VDD

SA[26:1]-1

SA26-1

SA25-1

SA24-1

SA23-1

SA22-1

SA21-1

SA20-1

SA19-1

SA18-1

SA17-1

SA16-1

SA15-1

SA14-1

SA13-1

SA12-1

SA11-1

SA10-1

SA9-1

SA8-1

SA7-1

SA6-1

SA5-1

SA4-1

SA3-1

SA2-1

SA1-1

SA0-1A

SBHE-0A

SD0-1A

SD14-1A

SD13-1A

SD12-1A

SD11-1A

SD10-1A

SD9-1A

SD8-1A

SD7-1A

SD6-1A

SD5-1A

SD4-1A

SD3-1A

SD2-1A

SD1-1A

SD15-1A

SD[15:0]-1A

32

45

67

81

87

63

45

21

20

29

E C BD A

E D C B A



HINT


CC

C

CC

(NT5V)

CC

CC

CC

CC

CC

CC

CC

CC

C[350-356.390-409]

CC0.1/25

2 1

C[155.160.164.166.172.300-339]

CC0.1/25

12

C[149-152.157.161.167-168.340-347]

CC0.1/25

12

CE10/25

C364

21CE10/25

C363

2 1

CE100/16

C362

2 1

C360

CE100/16

12

C7

CE100/16

12

C[31-32.49.410-426]

CC0.1/25

2 1C50

CC0.1/25

2 1

GND

C3

CE100/16

12

GND

GND

GND

GND

CC0.022/50

C[12.36.39.44.46.54.61]

12

CC0.022/50

C[128.131.134.140.143-144]

12

CC0.022/50

C[159.162.169-170]

12

CC0.1/25

C[23.34.40.42.48.55.58.60.64]

12

CC0.1/25

C[73-76.81.83.85-87.92.94-95]

12

C[100.103-104.107-109.113-116]

CC0.1/25

2 1

CC0.1/25

C[127.130.133.139.146-147]

12

VDD

CC0.1/25

C[45.51.53.62.65-72.91.117-118]

12

CC0.1/25

C[10.13-21.24-30.33.35.38.43]

12

C[158.163.165.171]

CC0.022/50

2 1

CC0.022/50

C[129.135.137.141.145]

12

C[22.37.41.47.56-57.59.63]

CC0.022/50

2 1

CC0.022/50

C[77-80.82.84.88-90.93.98-99]

12

C[101-102.105-106.110-112]

CC0.022/50

2 1

CC0.1/25

C[122.132.136.138.142.148.153]

12

GND

C2

CE100/16

2 1

C8

CE100/16

2 1

CE100/16

C361

12

CE10/25

C5

12CE10/25

C4

1 2

C[370-385]

CC0.1/25

2 1

NT3.3

-12V

+12V

+5V

+3.3V

32

45

67

81

87

63

45

21

21

29

F E C BD A

F E D C B A



HINT


[NO MOUNT]

NT5V

(LED5V)

(INVGND)

(LEDGND)

(INV5V)

(NT5V)

[CN10]

(NT5V)

(NT5V)

(NT5V)

HDD

PS1

M-CPU

PS2

IMG CONTROL

PANEL

RTP

[CN30A]

GND

NT3.3

C

CCE100/16

C452

2 1

CE100/16

C451

12

TP3

TP2

[ACFAL-1A]

[LDON0-0A]

J70

53052-10V

23456789

10 1

J69

53052-14V

125

13

14

12 679

10

11 348

VDD

53313V

J62

A9

A6

B8

B16

B17

B15 B9

B10

B12

B13

B11

B14

A17B1

B2

B3

B4

B5

B6

B7

A16

A15

A14

A13

A11 A7

A4

A5

A3

A2

A8

A10

A12 A1

VDD

[SA2-1]

[SA1-1]

[SA0-1A]

[CSHD0-0A]

[CSHD1-0A]

[HD15-1]

[HD0-1]

[HDIWR-0A]

[HDDRQ-1]

[HDDAK-0A]

[HDIRQ-1]

[HIO16-0]

[HIORY-1]

[HDIRD-0A]

[HD11-1]

[HD4-1]

[HD12-1]

[HD3-1]

[HD14-1]

[HD1-1]

[HD2-1]

[HD13-1]

[HD9-1]

[HD6-1]

[HD5-1]

[HD10-1]

[HD7-1]

[HD8-1]

[SMRST-0C]

VDD

GND

[CA14-1B]

[CA15-1B]

[CA13-1B]

[CA11-1B]

[CA12-1B]

[CA10-1B]

[CA9-1B]

[CA6-1B]

[CA7-1B]

[CA8-1B]

[CA5-1B]

[CA1-1B]

[CA2-1B]

[CA4-1B]

[CA4-1B]

[IMPOW-1]

GND

[ACFAL-1]

[HDEN1-0]

[IMD0-1A]

[IMD1-1A]

[IMD3-1A]

[IMD2-1A]

[MA1-1]

[MA2-1]

[MA0-1]

[MD7-1]

[MD6-1]

[MD5-1]

[MD4-1]

[MD3-1]

[MD2-1]

[MD1-1]

[MD0-1]

[MA3-1]

[MA4-1]

[MA5-1]

[MA6-1]

[MRD-0]

[MWR-0]

[MINT-1]

[MRDY-1A]

[MATN-1A]

GND

[PWREN-0A]

GND

[XSCL-1A]

[LDLTH-0A]

[LDON1-0A]

[LDDAT-1A]

[LDCLK-1A]

[UD0-1A]

[UD1-1A]

[WF-1A]

[LP-1A]

[YD-1A]

[RXD1-0A]

[UD3-1A]

[UD2-1A]

[CTS1-0A]

[TXD1-0A]

[RTS1-0A]

[CPPOW-1]

[BZON-0A]

[LCDEN-1A]

[RSTCP-0A]

GND

1/10W470R48

21D1

TLR102A

AK

VDD

J61

53313V

A1

A10

A11

A12

A13

A14B1

B2

B3

B4

B5

A2

B6

B7

B8

B9

B10

B11

B12

B13

B14 A3

A4

A5

A6

A7

A8

A9

53313V

J63

B14

B13

B10

B11 B9

B6

B7

B4

B5

A11

A12 A1

A9

A8

A7

A6

A5

A4

A3

A2

A10

A13

A14B1

A15B3

B2

B8

B12

B15

A3E44PAV

J64

9 6

25

33

36

34

32

26

27

29

30

28

31

35

37

38

39

40

44

43

42

41

17

18

19

20

21

22

23

24

16

15

14

13

11 7 45 3 28

10

12 1

[IMD4-1A]

[IMD6-1A]

[IMD5-1A]

[IMD7-1A]

[PRWR-0A]

[PRRD-0A]

[CSIMG-0A]

[IMRST-0]

GND

[MPOW-1]

TP1

CC0.1/25

C429

12

C280

CE100/16

2 1

CC0.1/25

C450

2 1

GNDVDD

VDD

LDON0-0A

SA1-1

SA0-1A

MPOW-1

ACFAL-1

+5V

PWREN-0A

SA2-1

HIO16-0

HIORY-1

HDIRD-0A

HD14-1

HD15-1

HD0-1

HD1-1

HD13-1

HD2-1

HD12-1

HD3-1

HD11-1

HD4-1

HD10-1

HD5-1

HD9-1

HD6-1

HD8-1

HD7-1

HDDAK-0A

HDDRQ-1

HDIRQ-1

CSHD0-0A

CSHD1-0A

HDIWR-0A

SMRST-0C

CA15-1B

CA13-1B

CA14-1B

CA12-1B

CA11-1B

CA8-1B

CA7-1B

CA6-1B

CA5-1B

CA4-1B

CA3-1B

CA2-1B

CA1-1B

MA1-1

MA0-1

MD6-1

-12V

HDEN1-0

IMD0-1A

IMD1-1A

IMD2-1A

IMD3-1A

MRD-0

MWR-0

MINT-1

MD1-1

MD2-1

MD4-1

MA3-1

MA4-1

MA5-1

MRDY-1A

MATN-1A

MD5-1

MA6-1

MD3-1

MD7-1

MA2-1NT3.3

+12V

MD0-1

IMPOW-1

CA9-1B

CA10-1B

+3.3V

RXD1-0A

UD0-1A

XSCL-1A

LCDEN-1A

LP-1A

WF-1A

BZON-0A

LDON1-0A

LDLTH-0A

LDDAT-1A

LDCLK-1A

CPPOW-1

YD-1A

UD2-1A

UD1-1A

UD3-1A

TXD1-0A

RTS1-0A

CTS1-0A

RSTCP-0A

IMD4-1A

IMD5-1A

IMD6-1A

IMD7-1A

CSIMG-0A

PRRD-0A

PRWR-0A

IMRST-0

ACFAL-1A

GND

32

45

67

81

87

63

45

21

22

29

F E C BD A

F E D C B A



HINT


NC

PM

(NT5V)

NC

J72

TX14R8V

41

52

50

48

42

43

45

44

47

51

53

54

55

56

64

63

62

61

60

59

58

57

80

79

78

77

75

71

68

70

69

67

66

72

74

76

73

65

46

49

J72

TX14R8V

1

12

10 8 235 47

11

13

14

15

16

24

23

22

21

20

19

18

17

40

39

38

37

35

31

28

30

29

27

26

32

34

36

33

25 69

VDD

GND

[SD10-1A]

[FXDRQ-1]

[GDDRQ-1]

[GDDAK-0A]

[PMIRQ-1]

[PMIOR-0A]

[PMIOW-0A]

[IO16-0]

[MEM16-0]

[SA24-1]

[PMRST-1]

[SRDY-0]

[SA6-1]

[SA7-1]

[SA8-1]

[SBHE-0A]

[AEN-0A]

[PDAT1-1]

[IORDY-1]

[PRCLK-0]

[PHSYN-0]

[PDAT3-1]

[SVDEN-0]

[SDCLK-1]

[SDAT2-1]

[SDAT0-1]

[SHDEN-0]

[PMEN-0A]

[SDAT3-1]

[PDCLK-0]

[PHDEN-0]

[SDAT1-1]

[PVDEN-0]

[PDAT0-1]

[PDAT2-1]

[SD0-1A]

[SD1-1A]

[SD2-1A]

[SD3-1A]

[SD4-1A]

[SD5-1A]

[SD6-1A]

[SD7-1A]

GND

GND

[SA19-1]

[SA17-1]

[SA18-1]

[SA16-1]

[SA15-1]

[SA14-1]

[SA13-1]

[SA12-1]

[SA11-1]

[SA10-1]

[SA9-1]

[SA0-1A]

[SA2-1]

[SA1-1]

[SA5-1]

[SA4-1]

[SA3-1]

[SD8-1A]

[SD9-1A]

[SD11-1A]

[SD12-1A]

[SD13-1A]

[SD14-1A]

[SD15-1A]

[SA23-1]

[SA22-1]

[SA20-1]

[SA21-1]

[SA26-1]

[SA25-1]

[SMEMW-0A]

[SMEMR-0A]

[FXIRQ-1]

[FXDAK-0A]

[ACFAL-1A]

J72

TX14R8V

81

92

90

88

82

83

85

84

87

91

93

94

95

96

104

103

102

101

100 99

98

97

120

119

118

117

115

111

108

110

109

107

106

112

114

116

113

105 86

89

MEM16-0

ACFAL-1A

FXDRQ-1

FXIRQ-1

GDDAK-0A

GDDRQ-1

PMIRQ-1

SRDY-0

PMRST-1

SD10-1A

SHDEN-0

SA1-1

SA9-1

SA10-1

SBHE-0A

AEN-0A

IORDY-1

SD0-1A

+5V

+3.3V

+5V

SD11-1A

SA8-1

SVDEN-0

SMEMW-0A

SMEMR-0A

SD15-1A

FXDAK-0A

PMIOR-0A

PMIOW-0A

IO16-0

SA23-1

SA20-1

SA6-1

SA11-1

SD6-1A

PDCLK-0

SDAT1-1

PDAT0-1

PDAT2-1

PHDEN-0

SDAT3-1

PRCLK-0

PDAT3-1

PDAT1-1

PHSYN-0

SDAT0-1

SDAT2-1

SDCLK-1

SD7-1A

SD5-1A

SD4-1A

SD3-1A

SD1-1A

PVDEN-0

SD2-1A

PMEN-0A

SA7-1

SA12-1

SA13-1

SA14-1

SA15-1

SA16-1

SA17-1

SA18-1

SA19-1

SA4-1

SA3-1

SA2-1

SA0-1A

SA5-1

SD8-1A

SD9-1A

SD12-1A

SD13-1A

SD14-1A

SA22-1

SA21-1

SA26-1

SA24-1

SA25-1

32

45

67 7

63

45

2

23

29

E C BD A

E D C B A



HINT


NC

NC

[CN80]

[CN80]

GDI

IMG DATA

(NT5V)

(NT5V)

53313V

J71

A1

A2

A5

A13

A14

A12 A6

A7

A9

A10

A11B1

B3

B4

B5

B6

B14

B13

B12

B11

B10 B9

B8

B7

A3

A4

A8

B2

J73

TX24R10

79

80

73

74

69

68

65

66

64

61

62

59

60

51

52

41

49

48

47

46

45

44

43

42

50

53

54

56

55

58

57

63

67

70

72

71

76

75

78

77

J73

TX24R10

39

40

33

34

29

28

25

26

24

21

22

19

20

11

12 19 8 7 6 5 4 3 2

10

13

14

16

15

18

17

23

27

30

32

31

36

35

38

37

VDD

GND

GND

[SDCLK-1]

[SBHE-0A]

[AEN-0A]

[IORDY-1]

[SD0-1A]

[SD1-1A]

[SD2-1A]

[SD3-1A]

[SD4-1A]

[SD5-1A]

[SD6-1A]

[SD7-1A]

[SA19-1]

[SA17-1]

[SA18-1]

[SA16-1]

[SA15-1]

[SA14-1]

[SA13-1]

[SA12-1]

[SA11-1]

[SA10-1]

[SA9-1]

[SA6-1]

[SA7-1]

[SA8-1]

[SA0-1A]

[SA2-1]

[SA1-1]

[SA5-1]

[SA4-1]

[SA3-1]

[SA23-1]

[SA22-1]

[SA20-1]

[SA21-1]

[SD10-1A]

[SD8-1A]

[SD9-1A]

[FXDRQ-1]

[GDDRQ-1]

[GDDAK-0A]

[GDIRQ-1]

[SIORD-0A]

[SIOWR-0A]

[IO16-0]

[MEM16-0]

[SA24-1]

[RSTGD-1A]

[SRDY-0]

[SD11-1A]

[SD12-1A]

[SD13-1A]

[SD14-1A]

[SD15-1A]

[SA25-1]

[SMEMW-0A]

[SMEMR-0A]

[FXIRQ-1]

[FXDAK-0A]

[ACFAL-1A]

[PDAT0-1]

[SVDEN-0]

[SHDEN-0]

[SDAT1-1]

[SDAT0-1]

[PHSYN-0]

[SDAT2-1]

[PDAT1-1]

[PDAT2-1]

[PDAT3-1]

[PHDEN-0]

[PVDEN-0]

[PDCLK-0]

[PRCLK-0]

[SDAT3-1]

GND

VDD

[SA26-1]

PDAT0-1

PDAT1-1

SD10-1A

SD9-1A

SA9-1

SBHE-0A

SA11-1

SD6-1A

SD5-1A

SD4-1A

SD3-1A

SD1-1A

SD0-1A

SD2-1A

SA10-1

SA12-1

SA13-1

SA14-1

SA15-1

SA16-1

SA17-1

SA18-1

SA19-1

SA8-1

SA23-1

SA20-1

SA6-1

SA7-1

SA4-1

SA3-1

SA2-1

SA1-1

SA0-1A

SA5-1

SA22-1

SA21-1

SD11-1A

SMEMW-0A

SMEMR-0A

SD15-1A

FXDAK-0A

GDDAK-0A

IO16-0

SD12-1A

SD13-1A

SD14-1A

SA26-1

SA24-1

SA25-1

PDAT2-1

PDAT3-1

PHDEN-0

PVDEN-0

PRCLK-0

PDCLK-0

PHSYN-0

SDAT0-1

SDAT1-1

SDAT2-1

SHDEN-0

SVDEN-0

SDAT3-1

SD7-1A

SDCLK-1

SD8-1A

IORDY-1

AEN-0A

SRDY-0

GDIRQ-1

GDDRQ-1

FXIRQ-1

FXDRQ-1

ACFAL-1A

MEM16-0

RSTGD-1A

SIOWR-0A

SIORD-0A

32

45

67

87

63

45

2

24

29

E C BD A

E D C B A



HINT


(NT5V)

FAX

[CN100]

[CN100]

[CN100]

[CN100]

FAN

J65

175487-2V

12

GND

VDD

[ACFAL-1A]

[FXDAK-0A]

[FXIRQ-1]

[SRDY-0]

[RSTFX-1A]

[MEM16-0]

[IO16-0]

[SIOWR-0A]

[SIORD-0A]

[GDIRQ-1]

[GDDAK-0A]

[GDDRQ-1]

[FXDRQ-1]

[SD15-1A]

[SD14-1A]

[SD13-1A]

[SD12-1A]

[SD11-1A]

[SA3-1]

[SA4-1]

[SA5-1]

[SA1-1]

[SA2-1]

[SA8-1]

[SA7-1]

[SA6-1]

[SA9-1]

[SA10-1]

[SA11-1]

[SA12-1]

[SA13-1]

[SA14-1]

[SA15-1]

[SA16-1]

[SA18-1]

[SA17-1]

[SA19-1]

[AEN-0A]

[SBHE-0A]

GND

GND

GND

[SVDEN-0]

[SDCLK-1]

[SDAT2-1]

[SDAT0-1]

[PHSYN-0]

[PRCLK-0]

[PDAT3-1]

[PDAT1-1]

[SD7-1A]

[SD6-1A]

[SD5-1A]

[SD4-1A]

[SD3-1A]

[SD2-1A]

[SD1-1A]

[SD0-1A]

[IORDY-1]

[SA0-1A]

[SHDEN-0]

[FAXEN-0A]

[SDAT3-1]

[SDAT1-1]

[PVDEN-0]

[PHDEN-0]

[PDCLK-0]

[PDAT2-1]

[PDAT0-1]

[SD8-1A]

[SD9-1A]

[SD10-1A]

J74

TX24RLT

20

16

17

18

19

24

23

22

21 3456789

10

11

12

13

14

15

25 12

J74

TX24RLT

45

41

42

43

44

49

48

47

46

28

29

30

31

32

33

34

35

36

37

38

39

40

50

26

27

J74

TX24RLT

70

66

67

68

69

74

73

72

71

53

54

55

56

57

58

59

60

61

62

63

64

65

75

51

52

J74

TX24RLT

95

91

92

93

94

99

98

97

96

78

79

80

81

82

83

84

85

86

87

88

89

90

100 76

77

GND

+12V

+12V

MEM16-0

IO16-0

GDDAK-0A

FXDAK-0A

FXDRQ-1

SD14-1A

SD13-1A

SD12-1A

SD15-1A

SD11-1A

SD10-1A

SD9-1A

SD8-1A

PVDEN-0

SHDEN-0

SDAT3-1

PHDEN-0

PDAT2-1

PDAT0-1

SDAT1-1

PDCLK-0

SA5-1

SA0-1A

SA1-1

SA2-1

SA3-1

SA4-1

SA7-1

SA6-1

SA8-1

SA19-1

SA18-1

SA17-1

SA16-1

SA15-1

SA14-1

SA13-1

SA12-1

SA10-1

AEN-0A

IORDY-1

SA11-1

SBHE-0A

SA9-1

SD2-1A

SD0-1A

SD1-1A

SD3-1A

SD4-1A

SD5-1A

SD7-1A

SDCLK-1

SDAT2-1

SDAT0-1

PHSYN-0

PDAT1-1

PDAT3-1

PRCLK-0

SD6-1A

SVDEN-0

-12V

FAXEN-0A

RSTFX-1A

SIOWR-0A

SIORD-0A

GDIRQ-1

SRDY-0

GDDRQ-1

FXIRQ-1

ACFAL-1A

32

45

67

8

87

63

45

2

25

29

E C BD A

E D C B A



HINT


(VPP)

[CN72]

(NT5V)

(NT5V)

(NT5V)

RMS

MMF

F-ROM1

[CN72]

(NT5V)

[CN10]

(IOVCC)

SX1-72S2 J66

71

72

67

68

66

63

59

53

54

51

52

50

49

46

38

39

40

41

42

43

44

45

37

48

47

56

55

58

57

60

62

61

64

65

70

69

VDD

[PCCNT-1B]

VDD

VDD

GND

[CD29-1A]

[CD18-1A]

[CD16-1A]

[FRDY0-1]

[CCE1-0A]

[WP1-0]

[FRCE1-0]

[CD0-1A]

[CD2-1A]

[CD1-1A]

[CD6-1A]

[CD5-1A]

[CD3-1A]

[CD4-1A]

[CD7-1A]

[CSWE0-0A]

[CA20-1A]

[CA13-1A]

[CA15-1A]

[CA14-1A]

[CD15-1A]

[CA5-1A]

[CA6-1A]

[CA11-1A]

[CA10-1A]

[CD11-1A]

[CD10-1A]

[CD8-1A]

[CD9-1A]

[CA8-1A]

[CA9-1A]

[CD14-1A]

[CA7-1A]

[CD13-1A]

[CD12-1A]

[CA0-1A]

[CA4-1A]

[CA3-1A]

[FA1-1]

[CA2-1A]

[CA17-1A]

[CA16-1A]

[CA18-1A]

[COE0-0]

[RMC5-1]

[RMC0-1]

[RMC1-1]

[RMC3-1]

[RMC2-1]

[COE0-0]

[CA12-1A]

[SMRST-0A]

[BYTE0-0]

[FRCE0-0]

[WP0-0]

[CCE0-0]

[RMC4-1]

[FRDY0-1]

[CD17-1A]

[CD19-1A]

[CD21-1A]

[CD20-1A]

[CD23-1A]

[CD22-1A]

[CD26-1A]

[CD25-1A]

[CD28-1A]

[CD27-1A]

[CD30-1A]

[CD31-1A]

[CD24-1A]

SX1-72S2 J66

35

36

31

32

30

27

23

17

18

15

16

14

13

10 23456789 1

12

11

20

19

22

21

24

26

25

28

29

34

33

[RMC6-1]

[RMC7-1]

VDD

GND

[CTS0-1B]

[DTR0-1B]

[DSR0-1B]

[RTS0-1B]

[RXD0-1B]

[TXD0-1B]

53324-10

J136

1

10 9 8 7 6 5 4 3 2

53324-9

J137

7 6 5 4 2 1389

CD25-1A

CD27-1A

WP1-0

PCCNT-1B

CD31-1A

CD30-1A

CD29-1A

CD28-1A

CD26-1A

CD24-1A

CD23-1A

CD22-1A

CD21-1A

CD20-1A

CD19-1A

CD18-1A

CD16-1A

FRDY0-1

CCE1-0A

FRCE1-0

SMRST-0A

CD7-1A

CD6-1A

CD5-1A

CD2-1A

CD1-1A

CD0-1A

CA0-1A

FA1-1

CA2-1A

CA3-1A

CA4-1A

CA5-1A

CA6-1A

CA7-1A

CA8-1A

CA9-1A

CA10-1A

CA11-1A

CA12-1A

CA13-1A

CA14-1A

CA15-1A

CA17-1A

CA19-1A

CA20-1A

CD8-1A

CD9-1A

CD10-1A

CD11-1A

CD12-1A

CD13-1A

CD15-1A

COE0-0GND

CD14-1A

BYTE0-0

FRCE0-0

WP0-0

GND

CCE0-0

CSWE0-0A

CA18-1A

CA16-1A

CD17-1A

RMC7-1

RMC6-1

RMC5-1

RMC4-1

RMC3-1

RMC2-1

RMC1-1

RMC0-1

CD4-1A

CD3-1A

FRDY0-1 GND

CTS0-1B

DTR0-1B

DSR0-1B

RTS0-1B

RXD0-1B

TXD0-1B

32

45

67

1

87

63

45

21

26

29

E C BD A

E D C B A



HINT


(VPP)

(VPP)

(IOVCC)

(NT5V)

F-ROM2

(NT5V)

(NT5V)

(NT5V)

(IOVCC)

J67

MM20

B71

B72

B69

B68

B37

B46

B47

B48

B49

B50

B51

B52

B53

B54

B55

B38

B56

B57

B58

B59

B60

B61

B62

B63

B64

B65

B39

B66

B67

B70

B40

B41

B42

B43

B44

B45

MM20

J67

B9

B8

B7

B6

B5

B4

B34

B31

B30 B3

B29

B28

B27

B26

B25

B24

B23

B22

B21

B20 B2

B19

B18

B17

B16

B15

B14

B13

B12

B11

B10 B1

B32

B33

B36

B35

MM20

J67

A45

A44

A43

A42

A41

A40

A70

A67

A66

A39

A65

A64

A63

A62

A61

A60

A59

A58

A57

A56

A38

A55

A54

A53

A52

A51

A50

A49

A48

A47

A46

A37

A68

A69

A72

A71

J67

MM20

A35

A36

A33

A32 A1

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19 A2

A20

A21

A22

A23

A24

A25

A26

A27

A28

A29 A3

A30

A31

A34 A4

A5

A6

A7

A8

A9

[CD30-1A]

[CD18-1A]

[CD16-1A]

[FRDY1-1]

[WP3-0]

VDD

VDD

[CD29-1A]

[CD18-1A]

[CD16-1A]

[FRDY2-1]

[CCE2-0]

[FCE35-0]

[CCE3-0]

[WP5-0]

[FCE35-0]

[BYTE0-0]

[CD0-1A]

[CD2-1A]

[CD1-1A]

[CD6-1A]

[CD5-1A]

[CD3-1A]

[CD4-1A]

[CD7-1A]

[CD0-1A]

[CD2-1A]

[CD1-1A]

[CD6-1A]

[CD5-1A]

[CD3-1A]

[CD4-1A]

[CD7-1A]

[CSWE1-0A]

[CA20-1A]

[CA19-1A]

[SMRST-0A]

[CA2-1A]

[FA1-1]

[CA3-1A]

[CA4-1A]

[CA0-1A]

[CD12-1A]

[CD13-1A]

[CA7-1A]

[CD14-1A]

[CA9-1A]

[CA8-1A]

[CA12-1A]

[CD9-1A]

[CD8-1A]

[CD10-1A]

[CD11-1A]

[CA10-1A]

[CA11-1A]

[CA6-1A]

[CA5-1A]

[CD15-1A]

[CA14-1A]

[CA15-1A]

[CA13-1A]

[CSWE1-0A]

[CA20-1A]

[CA13-1A]

[CA15-1A]

[CA14-1A]

[CD15-1A]

[CA5-1A]

[CA6-1A]

[CA11-1A]

[CA10-1A]

[CD11-1A]

[CD10-1A]

[CD8-1A]

[CD9-1A]

[CA8-1A]

[CA9-1A]

[CD14-1A]

[CA7-1A]

[CD13-1A]

[CD12-1A]

[CA0-1A]

[CA4-1A]

[CA3-1A]

[FA1-1]

[CA2-1A]

[CA17-1A]

[CA16-1A]

[CA18-1A]

[COE1-0]

[COE1-0]

[CA18-1A]

[CA16-1A]

[CA17-1A]

[CA19-1A]

[CA12-1A]

[SMRST-0A]

[BYTE0-0]

[FCE24-0]

[WP4-0]

[CCE3-0]

[FCE24-0]

[WP2-0]

[CCE2-0]

[FRDY2-1]

[FRDY1-1]

VDD

VDD

[CD17-1A]

[CD19-1A]

[CD21-1A]

[CD20-1A]

[CD23-1A]

[CD22-1A]

[CD26-1A]

[CD25-1A]

[CD28-1A]

[CD27-1A]

[CD30-1A]

[CD31-1A]

[CD24-1A]

[CD17-1A]

[CD19-1A]

[CD21-1A]

[CD20-1A]

[CD23-1A]

[CD22-1A]

[CD26-1A]

[CD25-1A]

[CD28-1A]

[CD27-1A]

[CD29-1A]

[CD31-1A]

[CD24-1A]

CD25-1A

CD28-1A

FRDY1-1

CD27-1A

CD28-1A

CD29-1A

CD30-1A

CD31-1A

CD24-1A

CD23-1A

CD22-1A

CD21-1A

CD20-1A

CD19-1A

CD18-1A

CD17-1A

CD16-1A

SMRST-0A

CCE3-0

COE1-0

FRDY2-1

WP2-0

WP5-0

FCE35-0

BYTE0-0

SMRST-0A

CD7-1A

CD6-1A

CD5-1A

CD4-1A

CD3-1A

CD2-1A

CD1-1A

CD0-1A

CD7-1A

CD6-1A

CD5-1A

CD4-1A

CD3-1A

CD2-1A

CD1-1A

CD0-1A GND

CA0-1A

FA1-1

CA2-1A

CA3-1A

CA4-1A

CA5-1A

CA6-1A

CA7-1A

CA8-1A

CA9-1A

CA10-1A

CA11-1A

CA12-1A

CA13-1A

CA14-1A

CA15-1A

CA17-1A

CA19-1A

CA20-1A

CD8-1A

CD9-1A

CD10-1A

CD11-1A

CD12-1A

CD13-1A

CD15-1A

GND

GND

CA0-1A

FA1-1

CA2-1A

CA3-1A

CA4-1A

CA9-1A

CA11-1A

CA7-1A

CA12-1A

CA13-1A

CA14-1A

CA17-1A

CA15-1A

CA16-1A

CD8-1A

CD10-1A

CD11-1A

CD13-1A

CD14-1A

CD15-1A

CA8-1A

GND

CA19-1A

CD14-1A

CD9-1A

CD12-1A

BYTE0-0

FCE24-0

WP4-0

GND

CCE3-0

FCE24-0

CCE2-0

CSWE1-0A

COE1-0

CSWE1-0A

FCE35-0

WP3-0

CCE2-0

FRDY2-1

FRDY1-1

CA18-1A

CA5-1A

CA6-1A

CA10-1A

GND

CA18-1A

CA20-1A

CA16-1A

CD26-1A

CD25-1A

CD31-1A

CD30-1A

CD29-1A

CD27-1A

CD26-1A

CD24-1A

CD23-1A

CD22-1A

CD21-1A

CD20-1A

CD19-1A

CD18-1A

CD17-1A

CD16-1A

32

45

67

81

87

63

45

21

27

29

E C BD A

E D C B A



HINT


[NO MOUNT]

[NO MOUNT]

[CN60]

[CN60]

(NT5V)

(NT5V)

PC CARD

RAM

[BTLV-0]

IC1G68PDV

J75

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

J75

IC1G68PDV

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2 1

J68

52819-60

59

58

55

56

54

51

52

49

50

41

42

31

39

38

37

36

35

34

33

32

40

43

44

46

45

48

47

53

57

60

J68

52819-60

29

28

25

26

24

21

22

19

20

11

12 19 8 7 6 5 4 3 2

10

13

14

16

15

18

17

23

27

30

[CD15-1A]

[CD14-1A]

[CD11-1A]

[CD10-1A]

[CD12-1A]

[CD13-1A]

[CD8-1A]

[CD9-1A]

[CDCE2-0]

[CDD9-1]

[CDD12-1]

[CDD11-1]

[CDD15-1]

[CDD13-1]

[CDD14-1]

[CDA19-1]

[CDA18-1]

[CDA20-1]

[CDA21-1]

[CDIOW-0]

[CDA17-1]

[CDIOR-0]

[INACK-0]

[WAIT-0]

[SPKR-0]

[REG-0]

[CDD10-1]

[STCHG-0]

[CDD8-1]

[CDA25-1]

[CDA24-1]

[CDA22-1]

[CDA23-1]

[CDRST-1]

[CD1-0]

[VS1-0]

[VS2-0]

[CD2-0]

VDD

GND

VDD

GND

GND

GND

[WP-1]

[CDD1-1]

[CDD3-1]

[CDD5-1]

[CDD4-1]

[CDCE1-0]

[CDD6-1]

[CDD7-1]

[CDA14-1]

[CDA13-1]

[CDWE-0]

[CDRDY-1]

[CDA9-1]

[CDA8-1]

[CDOE-0]

[CDA11-1]

[CDA3-1]

[CDA4-1]

[CDA1-1]

[CDA2-1]

[CDA0-1]

[CDD0-1]

[CDA7-1]

[CDA12-1]

[CDA6-1]

[CDA5-1]

[CDA16-1]

[CDA15-1]

[CDA10-1]

[CDD2-1]

[CD0-1A]

[CD1-1A]

[CD2-1A]

[CD3-1A]

[CD4-1A]

[CD5-1A]

[CD6-1A]

[CD7-1A]

[CA11-1A]

[CA12-1A]

[CA13-1A]

[CA14-1A]

[CA15-1A]

[PRRD-0]

[RAMWR-0]

[CSBBR-0]

[CA1-1A]

[CA2-1A]

[CA3-1A]

[CA4-1A]

[CA5-1A]

[CA6-1A]

[CA7-1A]

[CA8-1A]

[CA9-1A]

[CA10-1A]

[SMRST-0A]

SMRST-0A

BTLV-0

CA11-1A

CA8-1A

CDD9-1

CDD12-1

CDD11-1

CDD15-1

CDD13-1

CDD14-1

CDA19-1

CDA18-1

CDA20-1

CDA21-1

CDIOW-0

CDA17-1

CDIOR-0

INACK-0

WAIT-0

CDD10-1

CDD8-1

CDA24-1

CDA22-1

CDA23-1

CDRST-1

CD1-0

VS1-0

VS2-0

CD2-0

CA13-1A

CA12-1A

CA14-1A

CA15-1A

CA10-1A

CSBBR-0

PRRD-0

CD15-1A

CD14-1A

CD13-1A

CD12-1A

CD11-1A

CD10-1A

CD9-1A

CD8-1A

CA9-1A

CA7-1A

CA6-1A

CA5-1A

CA4-1A

CA3-1A

CA2-1A

CA1-1A

RAMWR-0

CD0-1A

CD1-1A

CD4-1A

CD5-1A

CD6-1A

CD7-1A

CD2-1A

CD3-1A

PCVDD

CDD3-1

CDA16-1

CDA15-1

CDA14-1

CDA13-1

CDA12-1

CDA10-1

CDA9-1

CDA8-1

CDA7-1

CDA6-1

CDA5-1

CDA4-1

CDA3-1

CDA2-1

CDA1-1

CDA0-1

CDD1-1

CDD0-1

CDD6-1

CDD5-1

CDD4-1

CDRDY-1

CDWE-0

CDD7-1

CDOE-0

CDCE1-0

CDD2-1

PCVDD

WP-1

CDA11-1

CDCE2-0

CDA25-1

REG-0

SPKR-0

STCHG-0

32

45

67

8

87

63

45

2

28

29

E C BD A

E D C B A



HINT


[NO MOUNT]

[NO MOUNT]

7407M

7407M

7407M

7407M

VG

VHC125F

HC14F

HC14F

HC14F

7407M

7407M

ALS

32NS

SO-DIMM

WP/PC

DEBUG

HC14F

HC14F

HC14F

HC14F

HC14F

[LS125]

EN

[CN72]

[CN72]

ALS04F

ALS04F

ALS04F

ALS04F

ALS04F

IC52

147

56

VDD

GND

IC52

147

98

VDD

GND

IC52

147

11

10

VDD

GND

IC52

147

13

12

VDD

GND

[RAS10-0]

[CA12-1]

GND

IC51

7

12

11

14

13

IC23 12

13

GND

IC40

7

14

65

GND

GND

GND

IC39

7

14

12

13

VDD

IC19

56

IC19

98IC12 11

12

13

[CA2-1]

GND

[CD8-1]

[DBGE-1]

[DRST-0]

[SDINT-0]

[SMRST-0D]

[PCST1-1]

[PCST0-1]

[DSA0-1]

[PCST2-1]

[GDCLK-1]

[CA7-1]

[CA6-1]

[CA4-1]

[CA5-1]

[CA8-1]

[CD6-1]

[CD0-1]

[CD2-1]

[CD1-1]

[CD5-1]

[CD3-1]

[CD4-1]

[CD7-1]

[CD13-1]

[CD10-1]

[CD9-1]

[CD11-1]

[CD12-1]

[CD15-1]

[CA11-1]

[CA10-1]

[CD14-1]

[CA9-1]

[RAS10-0]

[CD31-1]

[CD30-1]

[CD27-1]

[CD26-1]

[CD28-1]

[CD29-1]

[CCAS3-0]

[CCAS2-0]

[CCAS1-0]

[CCAS0-0]

[CD16-1]

[CD17-1]

[CD23-1]

[CD20-1]

[CD19-1]

[CD21-1]

[CD18-1]

[CWE-0]

[CD22-1]

[CD24-1]

[CD25-1]

[DSR-1A]

[RTS0-1A]

[TXD0-1A]

[DTR-1A]

[RXD0-1A]

[CTS0-1A]

[CA3-1]

GND

IC40

7

14

43

GND

IC40

7

14

21

IC40

98

147

GND

IC40

11

10

147

53324-9

J76

7 6 5 4 2 1389

J77

104068-1

125

13

14

12 679

10

11

15

17

18

19

20 348

16

GND

VDD

IC39

7

14

89

GND

IC31

11

13

12

[CA1-1]

[RAS01-0]

SX1-72S2

J78

35

36

31

32

30

27

23

17

18

15

16

14

13

10 23456789 1

12

11

20

19

22

21

24

26

25

28

29

34

33

SX1-72S2

J78

71

72

67

68

66

63

59

53

54

51

52

50

49

46

38

39

40

41

42

43

44

45

37

48

47

56

55

58

57

60

62

61

64

65

70

69

IC15 4

3

IC15 6

5

IC15 8

9

IC15 10

11

IC15 12

13

1/10W22

RM27

16

15

RM30

1/10W10K

12

RAS10-0

CA12-1

NT3.3

NT3.3

NT3.3

NT3.3

GND

DRST-0

SDINT-0

DBGE-1

DSA0-1

PCST0-1

PCST1-1

PCST2-1

GDCLK-1

CD0-1

CD1-1

CD2-1

CD3-1

CD4-1

CD5-1

CD6-1

CD7-1

CA5-1

CA6-1

CA7-1

CA8-1

CD8-1

CD9-1

CD10-1

CD11-1

CD12-1

CD13-1

CD14-1

CA9-1

CA10-1

CA11-1

CD15-1

CD17-1

GND

CCAS0-0

CCAS1-0

CCAS2-0

CCAS3-0

CWE-0

CD18-1

CD19-1

CD20-1

CD21-1

CD22-1

CD23-1

CD24-1

CD25-1

CD26-1

CD27-1

CD28-1

CD29-1

CD30-1

CD31-1

GND

DTR-1A

DSR-1A

RXD0-1A

TXD0-1A

RTS0-1A

CTS0-1A

CA3-1

CA2-1

CA4-1

+5V

+5V

+5V

+5V

+5V

RAS10-0

CD16-1

CA1-1

RAS01-0

SMRST-0D

32

45

67

81

87

63

45

21

29

29

F E C BD A

F E D C B A



HINT

16.9 ROM circuit (PWA-ROM) 1/2

RTP

RTP

[M28F016S]

[VCC]

BYTE

RY/BY

3/5

1MX16/2MX8FLASHMEMORY

FFFFF

VPP

RP

WP

0

15

13

12

11

9

8

5

4

3

2

1

0

7

6

10A

16

17

18

19

20

14

CE0

B0

B1

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

B12

B13

B14

B15

CE1

WE

OE

[VCC]

[VCC]

[GND]

[GND]

[GND]

[NC]

[NC]

[NC]

[M28F016S]

[VCC]

BYTE

RY/BY

3/5

1MX16/2MX8FLASHMEMORY

FFFFF

VPP

RP

WP

0

15

13

12

11

9

8

5

4

3

2

1

0

7

6

10A

16

17

18

19

20

14

CE0

B0

B1

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

B12

B13

B14

B15

CE1

WE

OE

[VCC]

[VCC]

[GND]

[GND]

[GND]

[NC]

[NC]

[NC]

CC

C

C

C

RTP

RTP

C

1/10W10K

R4

21

R3

1/10W10K

12

GND

GND

IC2

70

52

21

43

9

4

56

1

51

50

49

47

46

45

44

40

39

36

38

35

34

2

16

54

55

5

6

7

18

22

13

12

17

26

23

24

25

27

28

32

20

19

10

15

8

14

41

33

11

31

53

37

42

48

3

29

30

[CSWE0-0]

[FRDY0-1]

VDD

70

IC1

30

29

3

48

42

37

53

31

11

33

41

14

8

15

10

19

20

32

28

27

25

24

23

26

17

12

13

22

18

7

6

5

55

54

16

2

34

35

38

36

39

40

44

45

46

47

49

50

51

1

56

4

9

43

21

52

CC0.1/25

C6

2

1

CC0.1/25

C4

2

1

CC0.1/25

C5

2

1

C1

CC0.1/251

2

GND

C2

CC0.1/25

1

2

[IOGND-0]

[CA0-1]

[FRDY1-1]

R2

1/10W4700

1 2

[SMRST-0]

[COE0-0]

[CCE1-0]

[FRCE1-0]

[WP1-0]

[CD[16:31]-1]

[BYTE0-0]

[CD[0:15]-1]

[FRCE0-0]

[CCE0-0]

[CSWE0-0]

[COE0-0]

[SMRST-0]

[BYTE0-0]

[WP0-0]

R1

1/10W4700

1 2

C3

CC0.1/251

2

[VPP]

VDD

[CA[2:21]-1]

[CA[2:21]-1]

[VPP]

[CA0-1]

[IOVCC-1]

[IOVCC-1]

[IOGND-0]

GND

VDD

VDD

FRDY0-1

IOGND-0

CA0-1

VPP

IOGND-0

CA0-1

VPP

CD23-1

CD22-1

CD31-1

CD30-1

CD29-1

CD28-1

CD27-1

CD26-1

CD25-1

CD24-1

CD21-1

CD20-1

CD19-1

CD18-1

CD17-1

CD16-1 CD[16:31]-1

CA[2:21]-1

CA3-1

CA4-1

CA5-1

CA6-1

CA7-1

CA8-1

CA9-1

CA10-1

CA11-1

CA12-1

CA13-1

CA14-1

CA15-1

CA16-1

CA17-1

CA18-1

CA19-1

CA2-1

CA20-1

CA21-1

IOVCC-1

FRCE0-0

CCE0-0

CSWE0-0

COE0-0

SMRST-0

BYTE0-0

WP0-0

CD0-1

CD1-1

CD2-1

CD3-1

CD4-1

CD5-1

CD6-1

CD7-1

CD8-1

CD9-1

CD10-1

CD11-1

CD12-1

CD13-1

CD14-1

CD15-1

CD[0:15]-1

FRDY1-1

BYTE0-0

CCE1-0

CSWE0-0

COE0-0

SMRST-0

FRCE1-0

WP1-0

CA20-1

CA19-1

CA18-1

CA17-1

CA16-1

CA15-1

CA14-1

CA13-1

CA12-1

CA11-1

CA10-1

CA9-1

CA8-1

CA7-1

CA6-1

CA5-1

CA4-1

CA3-1

CA2-1CA[2:21]-1

CA21-1

IOVCC-1

32

45

67

81

87

63

45

21

12

F E C BD A

F E D C B A



HINT

16.9 ROM circuit (PWA-ROM) 2/2

[CD17-1]

[CD16-1]

[CD31-1]

[CD30-1]

[CD29-1]

[CD28-1]

[CD27-1]

[CD26-1]

[CD25-1]

[CD24-1]

[CD23-1]

[CD22-1]

[CD21-1]

[CD20-1]

[CD19-1]

[CD18-1]

[CCE1-0]

[WP1-0]

[FRCE1-0]

[BYTE0-0]

[FRCE0-0]

[CA0-1]

J80

ROM-220

9 8 7 6 5 4

36

35

34

33

32

31

30 3

29

28

27

26

25

24

23

22

21

20 2

19

18

17

16

15

14

13

12

11

10 1

J80

ROM-220

45

44

43

42

41

40

72

71

70

69

68

67

66

39

65

64

63

62

61

60

59

58

57

56

38

55

54

53

52

51

50

49

48

47

46

37

GND

[CCE0-0]

1E2[CA16-1]

[CA17-1]

[CA18-1]

[COE0-0]

[CA19-1]

[CA20-1]

[CSWE0-0]

[SMRST-0]

[CD0-1]

[CD1-1]

[CD2-1]

[CD3-1]

[CD4-1]

[CD5-1]

[CD6-1]

[CD7-1]

[CA21-1]

[CA2-1]

[CA3-1]

[CA4-1]

[CA5-1]

[CA6-1]

[CA10-1]

[CA11-1]

[CD8-1]

[CD9-1]

[CD10-1]

[CD11-1]

[CD12-1]

[CD13-1]

[CD14-1]

[CA7-1]

[CA12-1]

[CA8-1]

[CA9-1]

[CA13-1]

[CA14-1]

[CA15-1]

[CD15-1]

[FRDY0-1]

[WP0-0]

[FRDY1-1]

GND

VDD

[IOVCC-1]

VDD

[VPP]

[IOGND-0]

CA21-1

CD31-1

CD30-1

CD29-1

CD28-1

CD27-1

CD26-1

CD25-1

CD24-1

CD23-1

CD22-1

CD21-1

CD20-1

CD19-1

CD18-1

CD17-1

CD16-1

IOGND-0VPP

WP1-0

IOVCC-1

FRDY1-1

CD0-1

CD1-1

CD2-1

CD3-1

CD4-1

CD5-1

CD6-1

CD7-1

CD8-1

CD9-1

CD11-1

CD12-1

CD13-1

CD14-1

CD15-1

CA0-1

CA2-1

CA3-1

CA4-1

CA5-1

CA6-1

CA7-1

CA8-1

CA9-1

CA10-1

CA11-1

CA12-1

CA13-1

CA14-1

CA15-1

CA16-1

CA17-1

CA18-1

CA19-1

CA20-1

CCE0-0

COE0-0

CSWE0-0

SMRST-0

CD10-1

BYTE0-0

FRCE1-0

WP0-0

FRCE0-0

CCE1-0

FRDY0-1

32

45

6

76

34

52

1

22

C BD A

D C B A



HINT

16.10 Page memory circuit (PWA-PMB) 1/12

[M621664]

SRAM64KX16

0

65535

UB

LB

CS

OE

WE

12

13

14

11

7

5

4

3

2

1

0

8

9

10

6

A

15

B1

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

B13

B14

B15

B16

B12

[MEMRD]

RTP

x4

RTP

RTP

[XMCS]

[CCS]

[IRQ1]

[IOCHRDY]

[BACK0][BACK1]

[MDOE][MWE]

RTP[BREQ0][BREQ1]

[PVDEN] [PHSYN] [PRCLK]

[MEMWR]

[IORD]

[IOWR]

[MCS]

[DRCCS]

[CDINT]

[PHDEN]

DRC

[RESET]

[PDCLK]

RTP

RTP

RTP

RTP

RTP

PWB (4402363210)

20

IC28

40

39

41

6

17

18

19

20

21

24

25

26

27

42

43

44

1

2

3

4

5 7

8

9

10

13

14

15

16

29

30

31

32

35

36

37

38

RM101/16W10K

123

105

46789

TP13

[MD[0:31]-1] [MA10-1]

[MA[0:9]-1]

[SCLK-1]

TP11

1/10W100R69 21

TP47

R115

1/10W100

1 2

R114

1/10W100

1 2

[BREQ0-1]

[BREQ1-1]

TP24

TP25

TP26

TP27

[XMCS-0]

[CCS-0]

[IRQ1-1A]

[IORDY-0A]

TP28

[SD[0:15]-1B]

TP30

[PDCLK-1A][PHDEN-0A]

[PDAT0-1A]

[PDAT1-1A]

[PDAT2-1A]

[PDAT3-1A]

TP35TP36TP42

TP43 TP37TP38

TP39TP40

TP41[BD[0:15]-1]

[BACK1-0]

[BACK0-0]

[MWE-0]

[MDOE-0]

TP62

TP61

TP60

TP57

E29

E28

E26

E27

[CAS2-0]

[CAS1-0]

TP59 TP58

TP67

TP63

TP80

[PVDEN-0B]

[PHSYN-0B]

[RAS0-0]

[SDAT3-1B]

[SDAT2-1B]

[SDAT1-1B]

[SDAT0-1B]

[SVDEN-0B]

[SHDEN-0B]

[SDCLK-0B]

[MCS-0]

[IOWR-0B]

[IORD-0B]

[MEMWR-0B]

[MEMRD-0B]

[CAS0-0]

[CAS3-0]

[RAS2-0]

[RAS1-0]

[PRCLK-1B]

[SA2-1B]

[SA3-1B]

[SA4-1B]

[SA5-1B]

[SA6-1B]

[SA7-1B]

[SA8-1B]

[SA9-1B]

[SA10-1B]

[SA11-1B]

[SA12-1B]

[SA13-1B]

[SA14-1B]

[SA15-1B]

[SA16-1B]

[SA17-1B]

[SA18-1B]

[SA19-1B]

[SA20-1B]

[SA21-1B]

[SA22-1B]

[SA23-1B]

[SA24-1B]

TP66

TP64

TP56

TP54

TP53 TP52 TP51 TP50TP49 TP48

TP46 TP45 TP44

TP34TP33

TP32TP31

TP20

TP19 TP18

R70

1/10W100

1 2

GND

TP55

[SA1-1B]

TP79

TP22

TP23

TP21

[CDINT-0]

[3.3V-1]

[RST1-0]

[DRCCS-0]

[SA25-1B]

TP10

IC29

GND_PIN=221,231GND_PIN=181,191,201,211GND_PIN=141,151,161,171GND_PIN=101,111,121,131GND_PIN=61,78,81,91GND_PIN=1,11,21,31VDD_PIN=230,240VDD_PIN=180,190,200,220VDD_PIN=140,149,160,170VDD_PIN=100,110,120,130VDD_PIN=10,20,60,80

77

67

210

182

150

122

112

109

108

2

30

62

90

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

63

64

65

71

70

73

72

164

165

69

74

75

119

118

117

116

115

114

113

16

15

14

13

12

9

99

98

97

96

95

94

93

92

89

88

87

86

85

84

83

82

232

229

228

227

226

225

224

223

105

104

103

102

222

219

218

217

216

215

214

213

212

209

208

207

206

205

204

203

202

199

198

197

196

195

194

193

192

189

188

187

186

185

184

183

142

139

138

137

136

135

134

133

132

129

128

127

126

125

124

123

236

235

234

233

36

35

34

33

32

29

28

27

26

25

24

23

22

19

18

17

8

7

6

5

4

3

167

168

169

172

173

174

175

176

177

178

179

143

144

145

146

147

148

152

153

154

155

156

157

158

159

162

163

237

238

106107

79

239

68

66

166

76

TP16

TP15

VDD

[RAS7-0]

[RAS6-0]

[RAS5-0]

[RAS4-0]

[RAS3-0]

TP29

R71 1/10W1001 2

E1381 2

1/10W100R13 21

R21/10W100

1 2

R113

1/10W10021

R67

1/10W100

12

GND

VDD

1/16W10K

RM9

98764

510

321

TP12

TP14

VDD

LBD0-1

LBD1-1

LBD2-1

LBD3-1

LBD4-1

LBD5-1

LBD6-1

LBD7-1

LBD8-1

LBD9-1

LBD10-1

LBD11-1

LBD12-1

LBD13-1

LBD14-1

LBD15-1

LBD15-1

LBD14-1

LBD13-1

LBD12-1

LBD11-1

LBD10-1

LBD9-1

LBD8-1

LBD7-1

LBD6-1

LBD5-1

LBD4-1

LBD3-1

LBD2-1

LBD1-1

LBD0-1

LBD[0:15]-1

MA[0:9]-1MA9-1

MA1-1

MA2-1

MA3-1

MA4-1

MA5-1

MA6-1

MA7-1

MA8-1

MA0-1

3.3V-1

XMCS-0

SDCLK-0B

SDAT3-1B

SHDEN-0B

CCS-0

IRQ1-1A

IORDY-0A

SD0-1B

SD12-1B

SD1-1B

SD2-1B

SD3-1B

SD4-1B

SD5-1B

SD6-1B

SD7-1B

SD8-1B

SD9-1B

SD10-1B

SD11-1B

SD13-1B

SD14-1B

SD15-1BSD[0:15]-1B

PDAT0-1A

CAS0-0

RAS0-0

BACK1-0

MWE-0

MDOE-0

MD31-1

MD0-1

MD1-1

MD2-1

MD3-1

MD4-1

MD5-1

MD6-1

MD7-1

MD8-1

MD9-1

MD10-1

MD11-1

MD12-1

MD13-1

MD14-1

MD15-1

MD16-1

MD17-1

MD18-1

MD19-1

MD20-1

MD21-1

MD22-1

MD23-1

MD24-1

MD25-1

MD26-1

MD27-1

MD28-1

MD29-1

MD30-1

MD[0:31]-1

DRCCS-0

PRCLK-1B

PHSYN-0B

PVDEN-0B

SDAT2-1B

PDAT1-1A

BACK0-0

CAS1-0

CAS2-0

CAS3-0

RAS1-0

RAS2-0

RAS3-0

RAS4-0

RAS5-0

RAS6-0

RAS7-0

PDAT2-1A

IOWR-0B

SDAT1-1B

SDAT0-1B

SVDEN-0B

MCS-0

SA2-1B

PDAT3-1A

SA24-1B

SA23-1B

SA21-1B

SA20-1B

SA18-1B

SA17-1B

SA15-1B

SA14-1B

SA12-1B

SA11-1B

SA9-1B

SA8-1B

SA6-1B

SA5-1B

SA4-1B

SA7-1B

SA10-1B

SA13-1B

SA16-1B

SA19-1B

SA22-1B

BD1-1

BD0-1

BD8-1

BD9-1

BD10-1

BD11-1

BD12-1

BD13-1

BD14-1

BD15-1

BD7-1

BD6-1

BD5-1

BD4-1

BD3-1

BD2-1

BD[0:15]-1

BREQ0-1

SA3-1B

SA1-1B

MEMRD-0B

MEMWR-0B

IORD-0B

SCLK-1

TEST0

DCTEST0

MCS0

IOCHRDY0

RESET0

SCLK1

PRCLK1 PDCLK1

MDOE0

WE0

LBD15

LBD14

LBD13

LBD12

LBD11

LBD10

LBD09

LBD08

LBD07

LBD06

LBD05

LBD04

LBD03

LBD02

LBD01

LBD00

MA10

MA09

MA08

MA07

MA06

MA05

MA04

MA03

MA02

MA01

MA00

BACK0

BACK1

BACK2

BACK3

BACK4

BACK5

BD00

BD01

BD02

BD03

BD04

BD05

BD06

BD07

BD08

BD09

BD10

BD11

BD12

BD13

BD14

BD15

CAS0

CAS1

CAS2

CAS3

LBA00

LBA01

LBA02

LBA03

LBA04

LBA05

LBA06

LBA07

LBA08

LBA09

LBA10

LBA11

LBA12

LBA13

LBA14

LBA15

MD00

MD01

MD02

MD03

MD04

MD05

MD06

MD07

MD08

MD09

MD10

MD11

MD12

MD13

MD14

MD15

MD16

MD17

MD18

MD19

MD20

MD21

MD22

MD23

MD24

MD25

MD26

MD27

MD28

MD29

MD30

MD31

PRD0

PRD1

PRD2

PRD3

RAS0

RAS1

RAS2

RAS3

RAS4

RAS5

RAS6

RAS7

SD00

SD01

SD02

SD03

SD04

SD05

SD06

SD07

SD08

SD09

SD10

SD11

SD12

SD13

SD14

SD15

BREQ0

BREQ1

BREQ2

BREQ3

BREQ4

BREQ5

SCD0

SCD1

SCD2

SCD3

SDCLK1

SHDEN0

SVDEN0

XMCS0

CCS0

IRQ1

LBOE0

LBWE0

MEMRD0

MEMWR0

IORD0

IOWR0

SA26

SA25

SA24

SA23

SA22

SA21

SA20

SA19

SA18

SA17

SA16

SA15

SA14

SA13

SA12

SA11

SA10

SA09

SA08

SA07

SA06

SA05

SA04

SA03

SA02

SA01

VDD4

VDD3

VDD2

VDD1

PHDEN0

PVDEN0

PHSYNC0

VDD5

VDD6

VDD7

VDD8

CS0

CIRQIN0

RST1-0

CDINT-0

PHDEN-0A

MA10-1

PDCLK-1A

SA25-1B

BREQ1-1

LBA15-1

LBA12-1

LBA14-1

LBA13-1

LBA0-1

LBA7-1

LBA11-1

LBA10-1

LBA9-1

LBA8-1

LBA6-1

LBA5-1

LBA3-1

LBA4-1

LBA2-1

LBA1-1

LBA[0:15]-1LBA0-1

LBA1-1

LBA2-1

LBA3-1

LBA4-1

LBA5-1

LBA6-1

LBA7-1

LBA8-1

LBA9-1

LBA10-1

LBA11-1

LBA12-1

LBA13-1

LBA14-1

LBA15-1LBOE-0

LBWE-0

32

45

67

81

87

63

45

21

112

F E C BD A

F E D C B A



HINT


[IOWRB-0]

RTP

RTP

[M621664]

SRAM64KX16

0

65535

UB

LB

CS

OE

WE

12

13

14

11

7

5

4

3

2

1

0

8

9

10

6

A

15

B1

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

B13

B14

B15

B16

B12

RTP

RTP

x2RTP

RTP

RTP

RTP

RTP

RTP

x2

RTP

RTP

RTP

RTP

RTP

RTP

OE

[G]

[V]

OSC

[XOE1]

OUT

PM2

RTP

RTP

RM40

1/16W10K

98764

510

321

R14

1/10W100

121/10W100

R122 1

TP76

[RE0-0]

[RAMOE-0]

[RAMWE-0]

TP75

TP77

E31

21

IC31

20

5

4

25

24

21

20

19

18

3

2

1

44

43

42

27

26

6

7

30

31

32

35

36

37

38

8

9

10

13

14

15

16

29

39

41

40

17

1/10W100RM2 3 4

1/10W100RM1 15 16

1/10W100RM1 11 12

1/10W100RM1 7 8

1/10W100RM1 3 4

1/16W10K RM11

98764

510

321

VDD

GND

VDD

R122

1/10W22

1 2

TP78

1/16W10K

RM12

1 2 3

10 5

4 6 7 8 9 RM1 1/10W10021

RM1 1/10W1001413

RM1 1/10W100109

RM1 1/10W10065

R85

1/10W100

2 1

VDD

R751/10W100

21

1/10W100

R118 1 2

R76

1/10W100

21

GND

1/10W100

R119 12

R731/10W100

2 1

R72

1/10W100

2 1

TP69TP68

[BACK1-0]

[BACK0-0]

R681/10W2200

21

[BREQ0-1]

[BREQ1-1]

E33

[RE0-0]

[RAMOE-0]

[RAMWE-0]

[RST1-0]

[SA1-1B]

[IORD-0B]

[CCS-0]

[CDINT-0]

E32

R116

1/10W2200

21

TP73 TP74

[SD[0:15]-1B]

TP72

1/10W2200

R117 1 2

1/10W100

R121 12

1/10W100

R74 12

1/10W100

R1201 2

VDD

VDD

RM2 1/10W10021

RM41

1/16W10K

1 2 3

10 5

4 6 7 8 9

VDD

30M

X1

1

2

4

3

TP70 TP71

IC30

VDD_PIN=20,31,32,46VDD_PIN=55,66,83,94VDD_PIN=100,106,123,147VDD_PIN=158GND_PIN=6,15,25,26GND_PIN=37,50,58,63GND_PIN=70,73,90,91GND_PIN=97,103,109,110GND_PIN=117,118,130,131GND_PIN=142,150,151

124

52

53

54

56

57

59

60

61

62

64

65

67

68

69

71

72

19

18

17

16

14

13

12

11

10

9

8

7

5

4

3

38

43

44

45

47

48

49

51

112

111

108

107

105

104

102

101

99

98

96

95

93

92

89

88

157

156

155

154

153

152

149

148

146

145

144

143

141

140

139

138

36

35

34

33

30

29

28

27

135

136

116

114

113

127

129

132

137

115

86

82

85

84

134

74

76

79

24

23

125

87

128

133

78

81

77

75

22

21

[BD[0:15]-1] [BD[0:15]-1]

RM2 1/10W1001615

1/10W100RM2 13 14

1/10W100RM2 11 12

RM2 1/10W100109

1/10W100RM2 7 8

RM2 1/10W10065

1/10W4700R123

21

R11

1/10W100

12

GND

IOWRB-0

LRA4-1

LRA0-1

LRA[0:14]-1

LRA14-1

LRA13-1

LRA12-1

LRA11-1

LRA9-1

LRA8-1

LRA7-1

LRA6-1

LRA5-1

LRA4-1

LRA3-1

LRA2-1

LRA1-1

LRA0-1

LRA10-1

LRA1-1

LRA2-1

LRA3-1

LRA5-1

LRA6-1

LRA7-1

LRA8-1

LRA9-1

LRA10-1

LRA11-1

LRA12-1

LRA14-1

LRA13-1

RE0-0

RAMWE-0

RAMOE-0

SD[0:15]-1B

SD0-1B

SD1-1B

SD2-1B

SD3-1B

SD4-1B

SD5-1B

SD6-1B

SD7-1B

SD8-1B

SD9-1B

SD10-1B

SD11-1B

SD12-1B

SD13-1B

SD14-1B

SD15-1B

CDINT-0

CDCLK-1

RAMOE-0

BACK0-0

RAMWE-0

CCS-0

RST1-0

RE0-0

BREQ1-1

BREQ0-1

SA1-1B

IORD-0B

BACK1-0

BD[0:15]-1

BD15-1

BD14-1

BD13-1

BD12-1

BD11-1

BD9-1

BD8-1

BD7-1

BD6-1

BD5-1

BD4-1

BD3-1

BD2-1

BD1-1

BD0-1

BD10-1

RE1

RE0

OSTRB

ODREQ

ASTRB

LSYNC

ISTRB

IDREQ

VIDEO

INT

RAMWR

RAMOE

OBACK

ODACK

OFRDY

INOVR

VSYNC

VCLK

AFRDY

BD

I/D

TESTI

IFRDY

IDACK

IBACK

RD

WR

CS

CLOCK

RESET

RD7

RD6

RD5

RD4

RD3

RD2

RD1

RD0

ID15

ID14

ID13

ID12

ID11

ID10

ID09

ID08

ID07

ID06

ID05

ID04

ID03

ID02

ID01

ID00

CD15

CD14

CD13

CD12

CD11

CD10

CD09

CD08

CD07

CD06

CD05

CD04

CD03

CD02

CD01

CD00

ALD7

ALD6

ALD5

ALD4

ALD3

ALD2

ALD1

ALD0

RA14

RA13

RA12

RA11

RA10

RA09

RA08

RA07

RA06

RA05

RA04

RA03

RA02

RA01

RA00

OD15

OD14

OD13

OD12

OD11

OD10

OD09

OD08

OD07

OD06

OD05

OD04

OD03

OD02

OD01

OD00

DONE

BD0-1

BD13-1

BD11-1

BD9-1

BD7-1

BD3-1

BD15-1

BD2-1

BD4-1

BD6-1

BD8-1

BD10-1

BD12-1

BD14-1

BD[0:15]-1

BD1-1

BD5-1

LRD0-1

LRD1-1

LRD2-1

LRD3-1

LRD4-1

LRD5-1

LRD6-1

LRD7-1

LRD[0:15]-1

LRD15-1

LRD13-1

LRD12-1

LRD11-1

LRD10-1

LRD9-1

LRD8-1

LRD7-1

LRD6-1

LRD5-1

LRD4-1

LRD3-1

LRD2-1

LRD1-1

LRD0-1

LRD14-1

LRD8-1

LRD9-1

LRD10-1

LRD11-1

LRD12-1

LRD13-1

LRD14-1

LRD15-1

32

45

67

81

87

63

45

21

212

F E C BD A

F E D C B A



HINT


RTP

RTP

4218160LE60

4218160LE60

4218160LE60

4218160LE60

RTP

RTP

[M1D[0:31]-1]

GND

R2691/10W100

1 2

1/10W100R273

21

[CAS12-0]

[CAS13-0]

[CAS11-0]

[RAS1-0]

IC6

27

31

30

14

26

25

24

23

20

19

18

17

13

29 2

3

4

5

7

8

9

10

33

34

35

36

38

39

40

4128

IC2

28 41

40

39

38

36

35

34

33

10

9

8

7

5

4

3

229

13

17

18

19

20

23

24

25

26

14

30

31

27

[MWE1-0]

[CAS10-0]

[CAS10-0]

[MWE1-0]

IC1

27

31

30

14

26

25

24

23

20

19

18

17

13

29 2

3

4

5

7

8

9

10

33

34

35

36

38

39

40

4128

IC5

28 41

40

39

38

36

35

34

33

10

9

8

7

5

4

3

229

13

17

18

19

20

23

24

25

26

14

30

31

27

[RAS0-0]

[CAS11-0]

[CAS12-0]

R2721/10W100

1 2

1/10W100R260

21

[CAS13-0]

GND

[M1A[0:9]-1]

MWE1-0

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

CAS12-0

CAS13-0

CAS11-0

CAS10-0

MWE1-0

CAS13-0

CAS12-0

CAS11-0

CAS10-0

M1D0-1

M1D1-1

M1D2-1

M1D3-1

M1D4-1

M1D5-1

M1D6-1

M1D7-1

M1D8-1

M1D9-1

M1D10-1

M1D11-1

M1D12-1

M1D13-1

M1D14-1

M1D15-1

M1D16-1

M1D17-1

M1D18-1

M1D19-1

M1D20-1

M1D21-1

M1D22-1

M1D23-1

M1D24-1

M1D25-1

M1D26-1

M1D27-1

M1D28-1

M1D29-1

M1D30-1

M1D31-1

M1D0-1

M1D1-1

M1D2-1

M1D3-1

M1D4-1

M1D5-1

M1D6-1

M1D7-1

M1D8-1

M1D9-1

M1D10-1

M1D11-1

M1D12-1

M1D13-1

M1D14-1

M1D15-1

M1D16-1

M1D17-1

M1D18-1

M1D19-1

M1D20-1

M1D21-1

M1D22-1

M1D23-1

M1D24-1

M1D25-1

M1D26-1

M1D27-1

M1D28-1

M1D29-1

M1D30-1

M1D31-1

M1D[0:31]-1M1A[0:9]-1

M1A9-1

M1A8-1

M1A7-1

M1A6-1

M1A5-1

M1A4-1

M1A3-1

M1A2-1

M1A1-1

M1A0-1

M1A9-1

M1A8-1

M1A7-1

M1A6-1

M1A5-1

M1A4-1

M1A3-1

M1A2-1

M1A1-1

M1A0-1

M1A0-1

M1A2-1

M1A9-1

M1A8-1

M1A7-1

M1A6-1

M1A5-1

M1A4-1

M1A3-1

M1A1-1

M1A1-1

M1A3-1

M1A4-1

M1A5-1

M1A6-1

M1A7-1

M1A8-1

M1A9-1

M1A2-1

M1A0-1

RAS1-0

RAS0-0

32

45

67

81

87

63

45

21

312

E C BD A

E D C B A



HINT


RTP

RTP

4218160LE60

4218160LE60

4218160LE60

4218160LE60

RTP

RTP

[CAS13-0]

[CAS12-0]

[CAS12-0]

[CAS13-0]

[M1A[0:9]-1] [M1D[0:31]-1]

GND

R2711/10W100

1 2

1/10W100

R283

21

[CAS11-0]

[RAS3-0]

IC8

27

31

30

14

26

25

24

23

20

19

18

17

13

29 2

3

4

5

7

8

9

10

33

34

35

36

38

39

40

4128

IC4

28 41

40

39

38

36

35

34

33

10

9

8

7

5

4

3

229

13

17

18

19

20

23

24

25

26

14

30

31

27

[MWE1-0]

[CAS10-0]

[CAS10-0]

[MWE1-0]

IC3

27

31

30

14

26

25

24

23

20

19

18

17

13

29 2

3

4

5

7

8

9

10

33

34

35

36

38

39

40

4128

IC7

28 41

40

39

38

36

35

34

33

10

9

8

7

5

4

3

229

13

17

18

19

20

23

24

25

26

14

30

31

27

[RAS2-0]

[CAS11-0]

R2741/10W100

1 2

1/10W100R270

21

GND

MWE1-0

RAS2-0

RAS3-0

MWE1-0

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

A8

LCAS

UCAS

RAS

A7

A6

A5

A4

A3

A2

A1

A0

WE

OE I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16A9

CAS12-0

CAS13-0

CAS11-0

CAS10-0

CAS13-0

CAS12-0

CAS11-0

CAS10-0

M1D0-1

M1D1-1

M1D2-1

M1D3-1

M1D4-1

M1D5-1

M1D6-1

M1D7-1

M1D8-1

M1D9-1

M1D10-1

M1D11-1

M1D12-1

M1D13-1

M1D14-1

M1D15-1

M1D16-1

M1D17-1

M1D18-1

M1D19-1

M1D20-1

M1D21-1

M1D22-1

M1D23-1

M1D24-1

M1D25-1

M1D26-1

M1D27-1

M1D28-1

M1D29-1

M1D30-1

M1D31-1

M1D0-1

M1D1-1

M1D2-1

M1D3-1

M1D4-1

M1D5-1

M1D6-1

M1D7-1

M1D8-1

M1D9-1

M1D10-1

M1D11-1

M1D12-1

M1D13-1

M1D14-1

M1D15-1

M1D16-1

M1D17-1

M1D18-1

M1D19-1

M1D20-1

M1D21-1

M1D22-1

M1D23-1

M1D24-1

M1D25-1

M1D26-1

M1D27-1

M1D28-1

M1D29-1

M1D30-1

M1D31-1

M1D[0:31]-1

M1A0-1

M1A0-1

M1A1-1

M1A2-1

M1A3-1

M1A4-1

M1A5-1

M1A6-1

M1A7-1

M1A8-1

M1A9-1

M1A1-1

M1A3-1

M1A4-1

M1A5-1

M1A6-1

M1A7-1

M1A8-1

M1A9-1

M1A8-1

M1A7-1

M1A6-1

M1A5-1

M1A4-1

M1A3-1

M1A2-1

M1A1-1

M1A0-1

M1A9-1

M1A8-1

M1A7-1

M1A6-1

M1A5-1

M1A4-1

M1A3-1

M1A2-1

M1A1-1

M1A0-1

M1A9-1

M1A2-1

M1A[0:9]-1

32

45

67

81

87

63

45

21

412

F E C BD A

F E D C B A



HINT


RTP

RTP

RTP

LS245NS

RTP

LS245NS

RTP

LS245NS

RTP

LS245NS

RTP

RTP

LS245NS

LS245NS

1/10W100

R12621

1/10W100

R12521

GND

GND

GND

1/16W10K

RM19

98764

510

321

1/16W10K

RM17

98764

510

321

1/16W10K

RM15

98764

510

321

1/16W10K

RM13

98764

510

321

VDDVDD

VDDVDD

VDDVDD

VDDVDD

[MA[0:9]-1] [M1A[0:9]-1]

[MDOE1-0]

[MWE-0]

GND

R112

1/10W100

1 2

IC27

18

17

16

15

14

13

12

11

19

1

2

3

4

5

6

7

8

9

[CAS13-0]

[CAS12-0]

[CAS11-0]

[CAS10-0]

[MWE1-0]

R2231/10W100

1 2

IC14

18

17

16

15

14

13

12

11

19

1

2

3

4

5

6

7

8

9

R2051/10W100

1 2

IC12

18

17

16

15

14

13

12

11

19

1

2

3

4

5

6

7

8

9

R1561/10W100

1 2

IC23

18

17

16

15

14

13

12

11

19

1

2

3

4

5

6

7

8

9

R1381/10W100

1 2

[CAS0-0]

[CAS1-0]

[CAS2-0]

[CAS3-0]

[MDOE-0]

[MD[0:31]-1]

[MDOE1-0]

VDD

GND

R124

1/10W100

1 2

VDD

[M1D[0:31]-1]

IC21

18

17

16

15

14

13

12

11

19

1

2

3

4

5

6

7

8

9

GND

IC18

18

17

16

15

14

13

12

11

19

1

2

3

4

5

6

7

8

9

1/16W4.7K

RM14

98764

510

321

RM16

1/16W4.7K

1 2 3

10 5

4 6 7 8 9

RM18

1/16W4.7K

1 2 3

10 5

4 6 7 8 9

RM20

1/16W4.7K

1 2 3

10 5

4 6 7 8 9

MDOE1-0

M1D31-1

M1D30-1

M1D29-1

M1D28-1

M1D27-1

M1D26-1

M1D25-1

M1D24-1

M1D23-1

M1D22-1

M1D21-1

M1D20-1

M1D19-1

M1D18-1

M1D17-1

M1D16-1

M1D15-1

M1D14-1

M1D13-1

M1D12-1

M1D11-1

M1D10-1

M1D9-1

M1D8-1

M1D7-1

M1D6-1

M1D5-1

M1D4-1

M1D3-1

M1D2-1

M1D1-1

M1D0-1

M1D[0:31]-1

MD2-1

MD3-1

MD4-1

MD5-1

MD6-1

MD7-1

MD0-1

MD1-1

MD12-1

MD13-1

MD14-1

MD15-1

MD8-1

MD9-1

MD10-1

MD11-1

MD22-1

MD23-1

MD16-1

MD17-1

MD18-1

MD19-1

MD20-1

MD21-1

MD31-1

MD30-1

MD29-1

MD28-1

MD27-1

MD26-1

MD25-1

MD24-1

MD[0:31]-1

MA[0:9]-1

MA5-1

MA7-1

MA6-1

MA4-1

MA3-1

MA2-1

MA1-1

MA0-1

MA8-1

MA9-1

MDOE1-0

MWE1-0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

CAS10-0

CAS11-0

CAS12-0

CAS13-0

MWE-0

MDOE-0

CAS3-0

CAS2-0

CAS1-0

CAS0-0

M1A[0:9]-1

M1A9-1

M1A8-1

M1A0-1

M1A1-1

M1A2-1

M1A3-1

M1A4-1

M1A5-1

M1A6-1

M1A7-1

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

32

45

67

1

87

63

45

21

512

F E C BD A

F E D C B A



HINT


RTP

LS245NS

1/16W10K

RM21

98

76

4

510

32

1

6-176438

J83

37

46

47

48

49

50

51

52

53

54

55

38

56

57

58

59

60

61

62

63

64

65

39

66

67

68

69

70

71

72

40

41

42

43

44

45

6-176438

J83

1

10

11

12

13

14

15

16

17

18

19 2

20

21

22

23

24

25

26

27

28

29 3

30

31

32

33

34

35

36 456789

[CAS21-0]

[MWE2-0]

[M2A10-1]

[RAS5-0]

[RAS4-0]

[RAS5-0]

[RAS4-0]

[M1D29-1]

[M2A0-1]

[PD13-0]

[PD12-0]

[PD11-0]

[PD10-0]

GND

[CAS20-0]

[CAS22-0]

[CAS23-0]

[M1D8-1]

[M1D24-1]

[M1D9-1]

[M1D25-1]

[M1D10-1]

[M1D26-1]

[M1D11-1]

[M1D27-1]

[M1D12-1]

[M1D28-1]

VDD

J82

6-176438

45

44

43

42

41

40

72

71

70

69

68

67

66

39

65

64

63

62

61

60

59

58

57

56

38

55

54

53

52

51

50

49

48

47

46

37

[M1D0-1]

[M1D16-1]

[M1D1-1]

[M1D17-1]

[M1D2-1]

[M1D18-1]

[M1D3-1]

[M1D19-1]

[M2A1-1]

[M2A2-1]

[M2A3-1]

[M2A4-1]

[M2A5-1]

[M2A6-1]

[M1D4-1]

[M1D20-1]

[M1D5-1]

[M1D21-1]

[M1D6-1]

[M1D22-1]

[M1D7-1]

[M1D23-1]

[M2A7-1]

[M2A8-1]

[M2A9-1]

J82

6-176438

9 8 7 6 5 4

36

35

34

33

32

31

30 3

29

28

27

26

25

24

23

22

21

20 2

19

18

17

16

15

14

13

12

11

10 1

VDD

[M1D15-1]

[M1D31-1]

[M1D14-1]

[M1D30-1]

[M1D13-1]

VDD

VDD

R185

1/10W100

1 2

[PD10-0]

[PD11-0]

[PD12-0]

[PD13-0]

[PD20-0]

[PD21-0]

[PD22-0]

[PD23-0]

[SD0-1B]

[SD1-1B]

[SD2-1B]

[SD3-1B]

[SD4-1B]

[SD5-1B]

[SD6-1B]

[SD7-1B]

[XMCS-0]

IC9

987654321

19

11

12

13

14

15

16

17

18

GND

GND

[M1D13-1]

[M1D30-1]

[M1D14-1]

[M1D31-1]

[M1D15-1]

VDD

[M2A9-1]

[M2A8-1]

[M2A7-1]

[M1D23-1]

[M1D7-1]

[M1D22-1]

[M1D6-1]

[M1D21-1]

[M1D5-1]

[M1D20-1]

[M1D4-1]

[M2A6-1]

[M2A5-1]

[M2A4-1]

[M2A3-1]

[M2A2-1]

[M2A1-1]

[M1D19-1]

[M1D3-1]

[M1D18-1]

[M1D2-1]

[M1D17-1]

[M1D1-1]

[M1D16-1]

[M1D0-1]

VDD

[M1D28-1]

[M1D12-1]

[M1D27-1]

[M1D11-1]

[M1D26-1]

[M1D10-1]

[M1D25-1]

[M1D9-1]

[M1D24-1]

[M1D8-1]

[CAS23-0]

[CAS22-0]

[CAS20-0]

GND

[PD20-0]

[PD21-0]

[PD22-0]

[PD23-0]

[M2A0-1]

[M1D29-1]

[RAS6-0]

[RAS7-0]

[RAS6-0]

[RAS7-0]

[M2A10-1]

[MWE2-0]

[CAS21-0]

MWE2-0

CAS23-0

CAS22-0

CAS21-0

CAS20-0

M2A10-1

M2A9-1

M2A8-1

M2A7-1

M2A6-1

M2A5-1

M2A4-1

M2A3-1

M2A2-1

M2A1-1

M2A0-1

PD23-0

PD22-0

PD21-0

PD20-0

RAS7-0

RAS6-0

RAS6-0

RAS7-0

M1D31-1

M1D30-1

M1D29-1

M1D28-1

M1D27-1

M1D26-1

M1D25-1

M1D24-1

M1D23-1

M1D22-1

M1D21-1

M1D20-1

M1D19-1

M1D18-1

M1D17-1

M1D16-1

M1D15-1

M1D14-1

M1D13-1

M1D12-1

M1D11-1

M1D10-1

M1D9-1

M1D8-1

M1D7-1

M1D6-1

M1D5-1

M1D4-1

M1D3-1

M1D2-1

M1D1-1

M1D0-1

RAS4-0

RAS5-0

PD10-0

PD11-0

PD12-0

PD13-0

RAS4-0

RAS5-0

PD23-0

PD22-0

PD21-0

PD20-0

PD13-0

PD12-0

PD11-0

PD10-0

SD7-1B

SD6-1B

SD5-1B

SD4-1B

SD3-1B

SD2-1B

SD1-1B

SD0-1B

XMCS-0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

M1D0-1

M1D1-1

M1D2-1

M1D3-1

M1D4-1

M1D5-1

M1D6-1

M1D7-1

M1D8-1

M1D9-1

M1D10-1

M1D11-1

M1D12-1

M1D13-1

M1D14-1

M1D15-1

M1D16-1

M1D17-1

M1D18-1

M1D19-1

M1D20-1

M1D21-1

M1D22-1

M1D23-1

M1D24-1

M1D25-1

M1D26-1

M1D27-1

M1D28-1

M1D29-1

M1D30-1

M1D31-1

M2A0-1

M2A1-1

M2A2-1

M2A3-1

M2A4-1

M2A5-1

M2A6-1

M2A10-1

M2A7-1

M2A8-1

M2A9-1

CAS20-0

CAS21-0

CAS22-0

CAS23-0

MWE2-0

32

45

67

1

76

34

52

1

612

E C BD A

E D C B A



HINT


LS245NS

RTP

RTP

LS245NS

RTP

RTP

GND

VDD

[M2A[0:9]-1][MA[0:9]-1]

[CAS3-0]

[CAS2-0]

[CAS1-0]

[CAS0-0]

[MWE2-0]

[CAS20-0]

[CAS21-0]

[CAS22-0]

[CAS23-0]

GND VDD

[MWE-0]

IC19

9

8

7

6

5

4

3

2

1

19

11

12

13

14

15

16

17

18

R128

1/10W100

1 2

1/10W100R127

21

IC25

9

8

7

6

5

4

3

2

1

19

11

12

13

14

15

16

17

18

R175

1/10W100

1 2

1/10W100

R174

21

[M2A10-1][MA10-1] MA10-1 M2A10-1

MA9-1

MA8-1

MA7-1

MA6-1

MA5-1

MA4-1

MA3-1

MA2-1

MA1-1

MA0-1MA[0:9]-1

MWE2-0

CAS23-0

CAS22-0

MWE-0

CAS0-0

CAS1-0

CAS2-0

CAS3-0

M2A1-1

M2A2-1

M2A3-1

M2A4-1

M2A5-1

M2A6-1

M2A7-1

M2A8-1

M2A9-1

M2A[0:9]-1M2A0-1

CAS20-0

CAS21-0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

A7

A6

A5

A4

A3

A2

A1

A0

DIR

OE

B7

B6

B5

B4

B3

B2

B1

B0

32

45

67

1

76

34

52

1

712

E C BD A

E D C B A



HINT


32FLS

LS86F

LS86F

LS86F

LS86F

LS86F

32FLS

32FLS

LS541NS

LS541NS

LS541NS

LS541NS

LS04F

[LS125S]

EN

[VCC]

[GND]

32FLS

[LS32S]

&

[VCC]

[GND]

[LS32S]

&

[VCC]

[GND]

[LS125S]

EN

[VCC]

[GND]

IC45

1311

12

IC37

46

5

1/16W10KRM32

98764

510

321

IC37

1311

12

IC38

23

1

IC37

98

10

IC372

31

[RSDRV-1B]

IC45

13

2

IC45

98

10

[DRCSB-0]

GND

E521

E41 2

E321

E21 2

E121

VDD

VDD

VDD

[EX5V-1]

[SA7-1A]

[SA25-1B]

[SA24-1B]

[SA23-1B]

[SA22-1B]

[SA21-1B]

[SA20-1B]

[SA16-1B]

[SA15-1B]

[MCS-0]

[SA9-1B]

[SA10-1B]

[SA11-1B]

[SA12-1B]

[SA13-1B]

[SA14-1B]

[SA1-1B]

[SA2-1B]

[SA3-1B]

[SA4-1B]

[SA5-1B]

[SA6-1B]

[SA7-1B]

[SA8-1B]

[SA19-1B]

[SA18-1B]

[SA17-1B]

IC43

10

9

8

7

6

5

4

3

19

1

11

12

13

14

15

16

17

182

20

[SA8-1A]

[SA9-1A]

[SA10-1A]

[SA11-1A]

[SA12-1A]

[SA13-1A]

[SA14-1A]

[SA15-1A]

[SA6-1A]

[SA5-1A]

[SA4-1A]

[SA3-1A]

[SA2-1A]

[SA1-1A]

[SA0-1A]

IC35

20

2 18

17

16

15

14

13

12

11

1

19

3

4

5

6

7

8

9

10

[SA16-1A]

[SA17-1A]

[SA18-1A]

[SA19-1A]

[LA23-1]

[LA22-1]

[LA21-1]

[LA20-1]

IC44

20

2 18

17

16

15

14

13

12

11

1

19

3

4

5

6

7

8

9

10

[LA24-1]

[LA25-1]

[LA26-1]

[RSDRV-1A]

IC42

10

9

8

7

6

5

4

3

19

1

11

12

13

14

15

16

17

182

20

VDD

VDD

1/16W10KRM33

98764

510

321

1/16W10KRM34

98764

510

321

RM311/16W10K

1 2 3

10 5

4 6 7 8 9

1/16W10KRM30

98764

510

321

IC46

43

GND

[MCS16-0]

LS125FV

IC11

7

14

64

5

GND

IC45

46

5

LS32FV

IC16

7

14

2

13

GND

LS32FV

IC16

7

14

10

98

GND

[DRCCS-0]

[IO16-0]

[RSDRV-1B]

LS125FV

IC1112

1311

14

7

GND

MCS-0

EX5V-1

DRCCS-0

EX5V-1EX5V-1

SA23-1B

SA24-1B

SA25-1B

SA10-1B

SA7-1B

SA20-1B

SA21-1B

SA22-1B

SA15-1B

SA14-1B

SA13-1B

SA12-1B

SA11-1B

SA1-1B

SA2-1B

SA3-1B

SA0-1A

LA26-1

LA25-1

LA24-1

LA23-1

LA22-1

LA21-1

LA20-1

VDD

A1 Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A2

A3

A4

A5

A6

A7

A8

GND

VDD

A1 Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A2

A3

A4

A5

A6

A7

A8

GND

VDD

A1 Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A2

A3

A4

A5

A6

A7

A8

GND

SA1-1A

SA2-1A

SA3-1A

SA4-1A

SA5-1A

SA6-1A

SA7-1A

SA8-1A

SA9-1A

SA10-1A

SA11-1A

SA12-1A

SA13-1A

SA14-1A

SA15-1A

SA16-1A

SA17-1A

SA18-1A

SA19-1A SA19-1B

SA18-1B

SA17-1B

SA16-1B

VDD

A1 Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A2

A3

A4

A5

A6

A7

A8

GND

SA4-1B

SA5-1B

SA6-1B

SA8-1B

SA9-1B

MCS16-0

EX5V-1

IO16-0

DRCSB-0

EX5V-1

RSDRV-1B

RSDRV-1B

RSDRV-1A

32

45

67

81

87

63

45

21

812

F E C BD A

F E D C B A



HINT


S

R

D

C

[LS74D]

S

R

D

C

[LS74D]

S

R

D

C

[LS74D]

[LS125S]

EN

[VCC]

[GND]

LS541NS

LS245NS

[LS32S]

&

[VCC]

[GND]

LS245NS

RTP

[HC02]

1

RTP

RTP

[SCLK]

OE

[G]

[V]

OSC

[XOE1]

OUT

[HC02]

1

[HC02]&

[HC02]&

[HC02]&

[LS06S]

[VCC]

[GND]

VDD

VDD

[SCLK-1]

IC485

6

4

1

2

3

IC109

8

10

13

12

11

IC10

3

2

1

4

6

5

[IORD-0B]

[MEMRD-0B]

VDD

1/16W10K

RM37

98764

510

321

[MEMWR-0B]

GND

[IOWRB-0]

GND

IC11

7

14

31

2

IC41

10

9

8

7

6

5

4

3

19

1

11

12

13

14

15

16

17

182

20

GND

[SD7-1B]

[SD6-1B]

[SD5-1B]

[SD4-1B]

[SD3-1B]

[SD2-1B]

[SD1-1B]

[SD0-1B]

GND

[SD15-1B]

[SD14-1B]

[SD13-1B]

[SD12-1B]

[SD11-1B]

[SD10-1B]

[SD9-1B]

[SD8-1B]

IC36

3

2

9

8

7

6

5

4

1

19

11

12

13

14

15

16

17

18

10

20

1/16W10KRM35

98764

510

321

RM361/16W10K

1 2 3

10 5

4 6 7 8 9

[IORDY-0B]IC16

64

5

14

7

IC34

3

2

9

8

7

6

5

4

1

19

11

12

13

14

15

16

17

18

10

20

GND

[IRQ1-1B]

[IORDB-0]

1/10W10KF

R1

21

VDD

IC476

54

[MCS-0]

[MEMRD-0B]

[IORDB-0]

[DRCSB-0]

[RSDRV-1B]

[IORD-0A]

[IOWR-0A]

[SD7-1A]

[SD6-1A]

[SD5-1A]

[SD4-1A]

[SD3-1A]

[SD2-1A]

[SD1-1A]

[SD0-1A]

[SD15-1A]

[SD14-1A]

[SD13-1A]

[SD12-1A]

[SD11-1A]

[SD10-1A]

[SD9-1A]

[SD8-1A]

[MEMWR-0A]

[MEMRD-0A]

[IRQ1-1A]

[EX5V-1]

R61

1/10W4700 1

2

VDD

1/10W22

R6021

TP17

GND

24M

X2

1

2

4

3

[IOWRB-0]

IC136

54

IC13

11

1213

IC47

13

2

IC13

109

8

[DRCCS-0]

[IOWR-0B]

[RST1-0]

[IORDY-0A]

IC33

21

7

14

GND

IORD-0B

SCLK-1

MEMRD-0A

IOWR-0B

IOWRB-0

MEMRD-0B

MEMWR-0B

IORDB-0

IORDY-0B

VDD

A1 Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A2

A3

A4

A5

A6

A7

A8

GND

IRQ1-1A IRQ1-1B

SD0-1B

SD1-1B

SD2-1B

SD3-1B

SD4-1B

SD5-1B

SD6-1B

SD7-1B

SD15-1B

SD14-1B

SD13-1B

SD12-1B

SD11-1B

SD10-1B

SD9-1B

SD8-1B

VCC

GND

B0

B1

B2

B3

B4

B5

B6

B7

OE

DIR

A2

A3

A4

A5

A6

A7

A0

A1

SD10-1A

SD11-1A

SD12-1A

SD13-1A

SD14-1A

SD15-1A

SD8-1A

SD9-1A

EX5V-1EX5V-1

VCC

GND

B0

B1

B2

B3

B4

B5

B6

B7

OE

DIR

A2

A3

A4

A5

A6

A7

A0

A1

SD2-1A

SD3-1A

SD4-1A

SD5-1A

SD6-1A

SD7-1A

SD0-1A

SD1-1A

DRCCS-0

IORDB-0

MEMRD-0B

MCS-0

DRCSB-0

IOWRB-0

IOWR-0A

IORD-0A

MEMWR-0A

IORDY-0A

RSDRV-1B RST1-0

EX5V-1

32

45

67

81

87

63

45

21

912

F E C BD A

F E D C B A



HINT


[NO MOUNT]

[NO MOUNT]

RTP

RTP

LS541NS

LS541NS

LS541NS

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

[NO MOUNT]

[NO MOUNT]

[NO MOUNT]

[NO MOUNT]

1/16W330RM3

5

1 2 3 8

10

4 6 7 9

GND

1/10W100R6

2 1

R7

1/10W100

12

RM391/16W10K5

1 2 3 8

10

4 6 7 9

VDD

RM381/16W10K

9764

10

8321

5

VDD

RM51/16W3305

1 2 3 8

10

4 6 7 9

RM4

1/16W4705

1 2 3 8

10

4 6 7 9

VDD

[PRCLK-1B]

[PHSYN-0B]

[PVDEN-0B]

IC32

18

17

16

15

14

13

12

11

1

19

2

3

4

5

6

7

8

9

IC39

18

17

16

15

14

13

12

11

1

19

2

3

4

5

6

7

8

9

IC40

9

8

7

6

5

4

3

2

19

1

11

12

13

14

15

16

17

18

[PVDEN-0A]

[PRCLK-1A]

[PHSYN-0A]

[SDAT1-1A]

[SVDEN-0A]

[SDCLK-0A]

[SDAT2-1A]

[SDAT0-1A]

R19 1/10W221 2

1/10W22R20 21

R21 1/10W221 2

R23 1/10W221 2

1/10W22R22 21

R17 1/10W221 2

1/10W22R18 21[SHDEN-0A]

[SDAT3-1A]

[SVDEN-0B]

[SHDEN-0B]

[SDCLK-0B]

[SDAT3-1B]

[SDAT2-1B]

[SDAT1-1B]

[SDAT0-1B]

[PDAT0-1B]

[PDAT1-1B]

[PDAT2-1B]

[PDAT3-1B]

[PDCLK-1B]

[PHDEN-0B]

[PDAT3-1A]

[PHDEN-0A]

[PDAT0-1A]

[PDAT2-1A]

[PDCLK-1A]

[PDAT1-1A]

[IMEN-0]

R56 1/10W221 2

1/10W22R57 21

R58 1/10W221 2

VDD

GND

GND

RM81/16W3305

1 2 3 8

10

4 6 7 9

VDD

GND

1/16W470RM7

9764

10

8321

5

1/10W100

R9

2 1

R81/10W100

12

GND

1/16W470RM6

9764

10

8321

5

PVDEN-0B

PHSYN-0B

PRCLK-1B

SDAT0-1B

SDAT1-1B

SDAT2-1B

SDAT3-1B

SDCLK-0B

SHDEN-0B

SVDEN-0B

PHDEN-0B

PDCLK-1B

PDAT3-1B

PDAT2-1B

PDAT1-1B

PHSYN-0A

Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A1

A2

A3

A4

A5

A6

A7

A8

Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A1

A2

A3

A4

A5

A6

A7

A8

PHDEN-0A

PDCLK-1A

PDAT3-1A

PDAT2-1A

PDAT1-1A

PDAT0-1AY1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

OE1

OE2

A1

A2

A3

A4

A5

A6

A7

A8

PRCLK-1A

PVDEN-0A

SVDEN-0A

SHDEN-0A

SDCLK-0A

SDAT3-1A

SDAT2-1A

SDAT1-1A

SDAT0-1A

PDAT0-1B

IMEN-0

32

45

67

1

87

63

45

21

10

12

F E C BD A

E D C B A



HINT


C

C

CC

C

C

C

+5V

+5V

+5V

GND

GND

GND

+5V

GND

CC

C

CE47/16

C162

[NO MOUNT]

2 1

[NO MOUNT]

C158

CE47/16

2 1

CC0.1/25

C[37-131.151-157]

12C[14-22]

CC0.022/50

12

CC0.1/25

C[35-36.132-150]

12C[23-34]

CC0.1/25

2 1

CC0.1/25

C[6-13]

12

GND

GND

C4

CE47/16

12

TP5

CE47/16

C5

2 1C3

CE47/16

2 1

CE47/16

C2

2 1C1

CE47/16

2 1

TP8

TP7

TP6

TP2

TP1

TP3

[EX5V-1]

GND

VDD

[3.3V-1]

TP4

VDD

CE47/16

C159

[NO MOUNT]

12[NO MOUNT]

C160

CE47/16

2 1

CE47/16

C161

[NO MOUNT]

12

3.3V-1

EX5V-1

32

45

67

1

76

34

52

1

120

E C BD A

E D C B A



HINT


[LS06S]

[VCC]

[GND]

[LS06S]

[VCC]

[GND]

[LS06S]

[VCC]

[GND]

[LS06S]

[VCC]

[GND]

[LS06S]

[VCC]

[GND]

LS86F

LS86F

LS86F

LS14F

LS14F

[LS32S]

[GND] 1

[VCC]

SR D

C

[LS74D]

LS14F

[HC02]1

LS04F

LS04F

LS04F

LS04F

[3.3V]

LS04F

LS14F

LS14F

LS14F

[HC02]1

[HC02]1

3.3V

NT5V

[LS125S]

EN

[VCC]

[GND]

E16

[RSDRV-1B]

E7

IC33

147

12

13

IC33

11

10

7

14

IC33

147

89

IC33

56

7

14

IC33

34

7

14

GND

IC38

12

11

13

IC38

10

89

IC38

56

4

GND

GND

GND

IC15 6

5

7

14

IC15 2

1

7

14

[RSDRV-1A]

J81

TX15P8V

41

52

50

48

42

43

45

44

47

51

53

54

55

56

64

63

62

61

60

59

58

57

80

79

78

77

75

71

68

70

69

67

66

72

74

76

73

65

46

49

E6E22

LS32FV

IC16

7

14

11

12

13

IC48

98

10

13

12

11

J81

TX15P8V

81

92

90

88

82

83

85

84

87

91

93

94

95

96

104

103

102

101

100 99

98

97

120

119

118

117

115

111

108

110

109

107

106

112

114

116

113

105 86

89

IC15 12

13

7

14

MC74HC02FL

IC47

10

89 IC46

56

[IO16-0]

IC46

13

12

IC46

98

IC46

11

10

E21

TP9

E15

E14

E11

E10

E9

[PDAT0-1B]

[PDAT2-1B]

[PDCLK-1B]

[PHDEN-0B]

[PVDEN-0A]

[SDAT1-1A]

[SDAT3-1A]

[SD15-1A]

[SD14-1A]

[SD13-1A]

[SD12-1A]

[SD11-1A]

IC46

12

[SD4-1A]

VDD

GND

GND

[IORDY-0B]

[SD0-1A]

[SD1-1A]

[SD2-1A]

[SD3-1A]

[SD5-1A]

[SD6-1A]

[SD7-1A]

[PDAT1-1B]

[PDAT3-1B]

[PRCLK-1A]

[PHSYN-0A]

[SDAT0-1A]

[SDAT2-1A]

[SDCLK-0A]

[SVDEN-0A]

VDD

GND

J81

TX15P8V

1

12

10 8 235 47

11

13

14

15

16

24

23

22

21

20

19

18

17

40

39

38

37

35

31

28

30

29

27

26

32

34

36

33

25 69

[SA19-1A]

[SA18-1A]

[SA17-1A]

[SA16-1A]

[SA15-1A]

[SA14-1A]

[SA13-1A]

[SA12-1A]

[SA11-1A]

[SA10-1A]

[SA9-1A]

[SA7-1A]

[SA8-1A]

[SA6-1A]

[SA5-1A]

[SA4-1A]

[SA3-1A]

[SA2-1A]

[SA1-1A]

[SA0-1A]

[LA20-1]

[LA21-1]

[LA22-1]

[LA23-1]

[IMEN-0]

[SHDEN-0A]

[SD8-1A]

[SD9-1A]

[SD10-1A]

[IOWR-0A]

[IORD-0A]

[IRQ1-1B]

[MCS16-0]

[LA24-1]

[LA25-1]

[LA26-1]

[MEMRD-0A]

[MEMWR-0A]

E8

E12

E13

E25

IC15

147

34

GND

IC15 8

9

7

14

IC15 10

11

7

14GND

GND

GND

GND

GND

MC74HC02FL

IC13

123

MC74HC02FL

IC47

12

11

13

GND

LS125FV

IC11

7

14

8109

RSDRV-1B

EX5V-1

EX5V-1

SD10-1A

EX5V-1

EX5V-1

RSDRV-1A

SBHE-0

MEMRD-0A

PHDEN-0B

SA16-1A

SA9-1A

LA23-1

PDAT3-1B

PDAT0-1B

EX5V-1

PDAT2-1B

PDCLK-1B

PVDEN-0A

SDAT1-1A

SD15-1A

SD14-1A

SD13-1A

SD12-1A

SD11-1A

PDAT1-1B

PRCLK-1A

PHSYN-0A

SDAT0-1A

SDAT2-1A

SDCLK-0A

SVDEN-0A

SD2-1A

SD4-1A

SD1-1A

SD5-1A

SD7-1A

SD0-1A

SD3-1A

SD6-1A

SA19-1A

SA18-1A

SA17-1A

SA15-1A

SA14-1A

SA13-1A

SA12-1A

SA11-1A

SA10-1A

SA8-1A

SA7-1A

SA6-1A

SA2-1A

SA3-1A

SA4-1A

SA5-1A

SA1-1A

SA0-1A

LA20-1

LA21-1

LA22-1

IMEN-0

SHDEN-0A

SDAT3-1A

SD8-1A

IOWR-0A

IORD-0A

MCS16-0

LA24-1

LA25-1

LA26-1

MEMWR-0A

IRQ1-1B

EX5V-1

IO16-0

SD9-1A

IORDY-0B

3.3V-1

EX5V-1

EX5V-1

EX5V-1

32

45

67

81

87

63

45

21

12

12

F E C BD A

F E D C B A



HINT

16.11 Smoothing circuit (PWA-BRT) 1/3

66282FP

RTP

RTP

RTP

RTP

RTP

RTP

C

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

BRT0

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

RTP

IC1

7

1

2

3

14

21

22

23

24

16

6

8

5

19

17

20

15 10

11

4

1213

9

18

GND

R46 1/10W1001 2

1/10W22R63 21

R64 1/10W221 2

R41 1/10W221 2

1/10W22R53 21

GND

1/10W100R57 21

GND

C8CC2200P/50 2

1

1A2

1A2

1/10W1000R34 21

1E2

VDD

R16 1/10W10001 2

1/10W1000R23 21

R22 1/10W10001 2

R21 1/10W10001 2

1/10W1000R20 21

1/10W1000R19 21

R5 1/10W10001 2

R18 1/10W10001 2

1/10W1000R4 21

1/10W1000R17 21

R3 1/10W10001 2

R28 1/10W10001 2

1/10W1000R27 21

1/10W1000R26 21

R10 1/10W10001 2

R9 1/10W10001 2

1/10W1000R8 21

1/10W1000R7 21

R6 1/10W10001 2

R25 1/10W10001 2

1/10W1000R24 21

1/10W22R51 21

R35 1/10W221 2

1/10W22R48 21

R36 1/10W221 2

1/10W22R49 21

R37 1/10W221 2

1/10W22R50 21

3B6

3D6

3C6

1E6

3D6

3C6

1E7

1E7

1E7

1E7

3B6

3C6

3B6

3C6

3B6

3C6

3B6

3C6

3D6

3B6

3D6

3B6

3B6

3D6

3D6

1A6

1A6

1A6

1A6

1A6

1A6

1A6

3A6

3C6

3A6

3C6

3B6

3C6

3B6

IC2

GND_PIN=76,88GND_PIN=38,51,63,69GND_PIN=1,11,13,26VDD_PIN=100VDD_PIN=19,50,57,94

60

59

58

56

55

74

89

90

91

92

93

95

96

97

68

66

99

22

23

24

28

29

30

31

33

34

35

36

37

39

40

41

42

43

44

45

46

47

48

49

52

53

54

25

32

75

82

77

78

79

80

81

83

84

73

72

71

65

64

62

61

15

16

17

18

20

21

27

12

86

3

98

2

7

14

9

4

5

85

87

6

8

10

70

67

3B6

3C6

R14 1/10W221 2

1/10W22R30 21

R33 1/10W221 2

1/10W22R32 21

R31 1/10W221 2

1/10W22R45 21

1/10W22R39 21

1/10W22R56 21

R43 1/10W221 2

1/10W22R55 21

R42 1/10W221 2

1/10W22R54 21

R38 1/10W221 2

R47 1/10W10001 2

1/10W1000R44 21

1/10W1000R13 21

R12 1/10W10001 2

R11 1/10W10001 2

1/10W1000R15 21

1/10W1000R2 21

GND

R40 1/10W221 2

1/10W22R52 21

R29 1/10W221 2

1/10W22R1 21

1E2

1E2

1E2

1E2

1E2

1E2

1A2

1A2

1A2

E2

E1

E4

E3

E10

E9

E12

E11

E7

E8

E5

E6

R58 1/10W1001 2

1/10W100R60 21

R59 1/10W1001 2

R62 1/10W1001 2

1/10W100R61 21

VCC

Q4

D7 Q7

Q3

Q6

Q5D5

WE

WCK

WRES

RE

RCK

RRES

D4

D0

D1

D2

D3

D6

Q2

Q1

Q0

GND

+3.3V

LD6-1

+3.3V

BSDT-1

FWRST-0

BSDT-1

CPDT01

BTEST10

TPOUT5

TPOUT4

TPOUT3

TPOUT2

TPOUT1

BSDT1

CPDT11

CPDT21

CPDT31

CPDT41

CPDT51

CPDT61

CPDT71

FCLKA1

FRRST0

TPBI1

TPBI2

TPBI3

TPBI4

TPBI5

TPBI6

TPBI7

TPBI8

TPBI9

TPBI10

TPBI11

TPBI12

TPBI13

TPBI14

TPBI15

TPBI16

TPBI17

TPBI18

TPBI19

TPBI20

TPBI21

TPBI22

TPBI23

TPBI24

TPBI25

TPBI26

TPBI27

VDD1

VDD2

VDD3

VDD4

CPAD01

CPAD11

CPAD21

CPAD31

CPAD41

CPAD51

CPAD61

LD11

LD21

LD31

LD41

LD51

LD61

LD71

TPIN2

TPIN3

TPIN4

TPIN5

TPIN6

TPIN7

ARST0

MCLK1

BCS0

BTEST00

HCLK1

HHDEN0

RHDEN0

HIDT1

HHSYNC0

HVDEN0

CPURD0

CPUWT0

BVDEN0

BHDEN0

BIDT1

FWE0

FWRST0

BVDEN-0

BHDEN-0

BIDT-1

SMA0-1

SMA1-1

SMA2-1

SMA3-1

SMA4-1

SMA5-1

SMA6-1

HHSYC-0

HVDEN-0

HHDEN-0

HCLK-1

BCS-0

MCLK5-1

SMRST-0

SMCWT-0

SMCRD-0

HIDT-1

RHDEN-0

LD1-1

LD2-1

LD3-1

LD4-1

LD5-1

LD6-1

LD7-1

SMCD0-1

SMCD1-1

SMCD2-1

SMCD3-1

SMCD4-1

SMCD5-1

SMCD6-1

SMCD7-1

FWE-0

FCLKA-1

FRRST-0

FWRST-0

LD1-1

LD2-1

LD3-1

LD4-1

LD5-1

LD7-1

FWE-0

FRRST-0

FCLKA-1

32

45

67

81

87

63

45

21

13

F E C BD A

F E D C B A



HINT


C

C

+3.3V

+5VGND

C

C

C

VDD

C[5.10-14.21-24]

CC0.1/25

12CC0.1/25

C[3.7.9.15-20]

12

C1

CE47/25

12

GND

TP2

TP3

TP1

GND

VDD

C6

CC0.022/50

2 1

CE47/25C2

2 1

C4

CC0.022/50

2 1

C[25-30]

CC0.1/25

2 1

+3.3V

+3.3V

32

45

67

8

87

63

45

2

13

E C BD A

E D C B A



HINT


IMG I/F

TX24R6HV

J121

9 8 7 6 5

40 4

39

38

37

36

35

34

33

32

31

30 3

29

28

27

26

25

24

23

22

21

20 2

19

18

17

16

15

14

13

12

11

10 1

E21

E15

E16

E14

E22

E20

E19

E17

E18

[RHDEN-0]

E13

21

[SMA5-1]

[SMCRD-0]

GND

[SMA0-1]

[SMA1-1]

[SMA2-1]

[SMA3-1]

[SMA4-1]

[SMA6-1]

[SMCD0-1]

[SMCD1-1]

[SMCD2-1]

[SMCD3-1]

[SMCD4-1]

[SMCD5-1]

[SMCD6-1]

[SMCD7-1]

[SMCWT-0]

[BCS-0]

[HHSYC-0]

[HHDEN-0]

[HVDEN-0]

[HIDT-1]

[HCLK-1]

[BVDEN-0]

[BIDT-1]

[BHDEN-0]

[MCLK5-1]

[SMRST-0]

VDD

BHDEN-0

HIDT-1

HHDEN-0

MCLK5-1

BIDT-1

BVDEN-0

HCLK-1

HVDEN-0

HHSYC-0

RHDEN-0

BCS-0

SMA0-1

SMA2-1

SMA4-1

SMA6-1

SMCD0-1

SMCD2-1

SMCD4-1

SMCD6-1

SMCWT-0

SMA1-1

SMA3-1

SMA5-1

SMRST-0

SMCD1-1

SMCD3-1

SMCD5-1

SMCD7-1

SMCRD-0

+3.3V

32

45

67

8

87

63

45

2

33

E C BD A

E D C B A



HINT

16.12 Extended interface circuit (PWA-DSI) 1/9

BUFFRD0

NDMA0

SCIRQ1

CLK

MEMRD0

MEMCS160

IOCS160

SRDY0

IORDY0

[GDSSIF]

ASIC

TEST1

CA19

CA18

CA17

CA16

CA15

CA14

CA13

CA12

CA11

CA10

CA9

CA8

CA7

CA6

CA5

CA4

CA3

CA2

CA1

CA0

CD15

CD14

CD13

CD12

CD11

CD10

CD9

CD8

CD7

CD6

CD5

CD4

CD3

CD2

CD1

CD0

MEMCS0

RAMUB0

RAMLB0

RAMCS0

RAMWE0

RAMRD0 TC

DMACS0

DMA0

BRD0

CIOW0

CIOR0

HACK0

HREQ

SCSICS0

DACK0

LDWR0

PWCLR0

TESTRD0

LA26

LA25

LA24

LA23

LA22

LA21

LA20

SA19

SA18

SA17

SA16

SA15

SA14

SA13

SA12

SA11

SA10

SA9

SA8

SA7

SA6

SA5

SA4

SA3

SA2

SA1

SA0

SW7

SW6

SW5

SW4

SW3

SW2

SW1

SW0

SD7

SD0

DREQ

INT0

AEN

BHE0

MEMW0

IOW0

IORD0

CLR0

TEST2

CLK0

[LS14]

1/10W100

R46

12

R39

1/10W100

21

1/10W100

R41

12

R431/10W100 2

1

1/10W4.7K

R35

12

10/16

C5

12

10/16

C12 1

C18

10/1612

10/16

C22 1

R33

1/10W4.7K

21

TPG1

[PWCLR-0A]

[LDWR-0A]

VDD

GND

C75

0.1/25

12

[SD[15:00]-1C]

[MHBEN-0A]

[MLBEN-0A]

[MEMCS-0A]

[MEMOE-0A]

[BUDIR-0A]

[BRD-0A]

[SCIRQ-1A]

[SIOW-0A]

[SIOR-0A]

[SCCS-0A]

[SDACK-0A]

[IORDY-0A]

[SRDY-0A]

[IO16-0A]

[MEM16-0A]

[CK20M-1C]

[CK20M-0C]

[IOR-0B]

[IOW-0B]

[MEMR-0B]

[MEMW-0B]

[SBHE-1B]

[AEN-1B]

[SINTR-0A]

[SDREQ-1A]

[SD00-1B]

[SD07-1B]

[LA[23:17]-1B]

[SA[16:00]-1B]

[SWD[7:0]-1A]

[MEMWE-0A]

[NDMA-0A]

[CA[16:00]-1A]

C68

0.1/25

12

0.1/25

C52

2 1

0.1/25

C67

2 1

C57

0.1/25

12

0.1/25

C74

2 1

C70

0.1/25

12

0.1/25

C85

2 1

[PWCLR-1B]

[TSTRD-0A]

IC14

GND;2,19,21,23

GND;116,125,136,143

GND;74,80,89,107

GND;61,64,67,71

GND;30,38,44,52

VDD;73,90,144

VDD;1,18,35,72

96

132

131

130

129

128

127

126

124

122

121

120

119

118

117

115

114

113

112

111

133

134

135

137

138

139

106

105

104

103

102

101

100 99

16

20

2245 3

142

141 6

54

538 7

98

94

93

92

91

88

87

86

85

84

83

82

81

79

78

77

76

75

70

69

68

51

50

49

48

47

46

45

43

42

41

40

34

33

32

31 9

10

11

12

13

14

15

26

25

24

27

28

29

55

56

57

58

60

59

63

66

65

123

140

39

97

62

17

95

[RSTD-0B]

VDD

IC8

12

1/10W100

R38

21

GND

1/10W100

R53

21

MEMCS-0A

SCCS-0A

NDMA-0A

LA22-1B

LA17-1B

LA23-1B

LA19-1B

LA18-1B

LA20-1B

LA21-1B

LA[23:17]-1B

TSTRD-0A

RSTD-0B

CK20M-1C

PWCLR-0A

SDACK-0A

MLBEN-0A

MHBEN-0A

BUDIR-0A

SDREQ-1A

SD07-1B

SD03-1C

SD01-1C

SD[15:00]-1C

SD00-1C

SD02-1C

SD04-1C

SD05-1C

SD06-1C

SD07-1C

SD08-1C

SD09-1C

SD10-1C

SD11-1C

SD12-1C

SD13-1C

SD14-1C

SD15-1C

SIOR-0A

SIOW-0A

CK20M-0C

IOR-0B

IOW-0B

MEMR-0B

MEMW-0B

AEN-1B

SINTR-0A

SD00-1B

SWD0-1A

SWD1-1A

SWD2-1A

SWD3-1A

SWD4-1A

SWD5-1A

SWD6-1A

SWD7-1A

SWD[7:0]-1A

SA00-1B

SA01-1B

SA02-1B

SA03-1B

SA04-1B

SA05-1B

SA06-1B

SA07-1B

SA08-1B

SA09-1B

SA10-1B

SA11-1B

SA12-1B

SA13-1B

SA14-1B

SA15-1B

SA16-1B

SA[16:00]-1B

MEM16-0A

IO16-0A

SRDY-0A

IORDY-0A

SCIRQ-1A

BRD-0A

SBHE-1B

MEMWE-0A

MEMOE-0A

LDWR-0A

PWCLR-1B

CA15-1A

CA14-1A

CA13-1A

CA12-1A

CA11-1A

CA10-1A

CA09-1A

CA08-1A

CA07-1A

CA06-1A

CA05-1A

CA04-1A

CA03-1A

CA02-1A

CA01-1A

CA00-1A

CA[16:00]-1A

CA16-1A

32

45

67

81

87

63

45

21

19

F E C BD A

F E D C B A



HINT


x4

x4

[ALS245S]

1

2

3EN1[BA]

3EN2[AB]

G3

[VCC]

[GND]

[LS125S]

EN

[VCC]

[GND]

[LS125S]

EN

[VCC]

[GND]

[LS125S]

EN

[VCC]

[GND]

[ALS245S]

1

2

3EN1[BA]

3EN2[AB]

G3

[VCC]

[GND]

[LS125S]

EN

[VCC]

[GND]

[ALS245S]

1

2

3EN1[BA]

3EN2[AB]

G3

[VCC]

[GND]

[ALS245S]

1

2

3EN1[BA]

3EN2[AB]

G3

[VCC]

[GND]

[ALS245S]

1

2

3EN1[BA]

3EN2[AB]

G3

[VCC]

[GND]

10/16

C15

12

10/16

C42 1

1/10W4.7K

R19

12

R12

1/10W4.7K

21

R8

1/10W4.7K

12

1/10W4.7K

R9

21

R13

1/10W4.7K1

2

GND

GND

GND

R40

1/10W4.7K

21

R37

1/10W4.7K

12

1/10W4.7K

R34

21

R32

1/10W4.7K

12 1/10W4.7K

R55

12

IC10

7 6 5 4 3 2

15

17

16

13

11

12

14

1

19

18

9 8

10

20

GND

[IO16-0B]

[IORDY-0B]

[SCIRQ-1B]

[MEM16-0B]

GND

[LA[23:17]-1A]

[SRDY-0B]

[IO16-0A]

[ENGAT-0A]

0.1/25

C54

2 1

0.1/25

C79

2 1

0.1/25

C27

2 1

0.1/25

C372 1

0.1/25

C722 1

[MEMW-0A]

[IOR-0A]

[IOW-0A]

[AEN-1A]

[MEMR-0A]

[IOR-0B]

[IOW-0B]

[AEN-1B]

[MEMW-0B]

[MEMR-0B]

[SBHE-1B]

[SA[16:00]-1A]

[SBHE-1A]

[MEM16-0A]

[SRDY-0A]

[IORDY-0A]

[SCIRQ-1A]

[SA[16:00]-1B]

[LA[23:17]-1B]

IC7

9

10

8

147

IC7

7

14

11

13

12

IC7

7

14

312

IC13

7 6 5 4 3 2

15

17

16

13

11

12

14

1

19

18

9 8

10

20

GND

GND

GND

0.1/25

C38

2 1

VDD

IC7

5 46

147

IC19

7 6 5 4 3 2

15

17

16

13

11

12

14

1

19

18

9 8

10

20

IC16

7 6 5 4 3 2

15

17

16

13

11

12

14

1

19

18

9 8

10

20

IC9

7 6 5 4 3 2

15

17

16

13

11

12

14

1

19

18

9 8

10

20

SBHE-1B

SCIRQ-1B

SCIRQ-1A

VDDNT

SRDY-0B

IO16-0B

IORDY-0B

LA17-1B

LA18-1B

LA19-1B

LA20-1B

LA21-1B

LA22-1B

LA23-1B

LA[23:17]-1B

MEM16-0B

VDDNT

SBHE-1A

MEM16-0A

IO16-0A

LA17-1A

LA18-1A

LA19-1A

LA20-1A

LA21-1A

LA22-1A

LA23-1A

LA[23:17]-1A

MEMW-0B

AEN-1A

MEMR-0A

MEMW-0A

IOR-0B

IOW-0B

AEN-1B

MEMR-0B

IOW-0A

IOR-0A

IORDY-0A

SRDY-0A

VDDNT

SA14-1A

SA16-1A

SA15-1A

SA13-1A

SA12-1A

SA11-1A

SA10-1A

SA00-1A

SA[16:00]-1A

SA09-1A

SA08-1A

SA07-1A

SA06-1A

SA05-1A

SA04-1A

SA03-1A

SA02-1A

SA01-1A

SA00-1B

SA10-1B

SA11-1B

SA12-1B

SA13-1B

SA14-1B

SA15-1B

SA16-1B

SA09-1B

SA[16:00]-1B

SA08-1B

SA07-1B

SA06-1B

SA05-1B

SA04-1B

SA03-1B

SA02-1B

SA01-1B

VDDNT

ENGAT-0A

32

45

67

81

87

63

45

21

29

F E C BD A

F E D C B A



HINT


[LS00S]

&

[VCC]

[GND]

[LS00S]

&

[VCC]

[GND]

[ALS245S]

1

2

3EN1[BA]

3EN2[AB]

G3

[VCC]

[GND]

[LS00S]

&

[VCC]

[GND]

[LS00S]

&

[VCC]

[GND]

[ALS245S]

1

2

3EN1[BA]

3EN2[AB]

G3

[VCC]

[GND]

G3

3EN2[AB]

3EN1[BA]

2

1

[ALS245]

[LS14]

1/16W4.7K

RM5

5

67

83

10

91

24

1/16W4.7K

RM2

5

12

38

10

46

79

GND

1/10W4.7K

R4

12

GND

1/10W4.7K

R2

12

GND

GND

GND

[ENGAT-0A]

GND

[RSTD-1A]

[SD[07:00]-1B]

[BUDIR-0A]

[BRD-0A]

[NDMA-0A]

[SD[15:00]-1C]

[RSTD-0B]

[SD[15:00]-1A]

[RSTD-0B]

[BUDIR-0A]

[NDMA-0A]

GND

IC2

11

13

12

147

IC2

7

14 9

10

8

ALS245ANSV

IC6

20

10 89

18

191

14

12

11

13

16

17

15

234567

1/10W4.7KR5

12

IC2

65 4

147

IC2

7

14 12

3

ALS245ANSV

IC1

20

10 89

18

191

14

12

11

13

16

17

15

234567

IC4

89

18

191

14

12

11

13

16

17

15

234567

LS14F

IC8

34

VDD

BUDIR-0A

VDDNT

ENGAT-0A

BUDIR-0A

NDMA-0A

RSTD-0B

RSTD-1A

RSTD-0B

VDDNT

NDMA-0A

BRD-0A

VDDNT

VDDNT

VDDNT

VDDNT

SD00-1A

SD01-1A

SD02-1A

SD03-1A

SD04-1A

SD05-1A

SD06-1A

SD07-1A

SD14-1A

SD13-1A

SD12-1A

SD11-1A

SD10-1A

SD09-1A

SD08-1A

SD15-1A

SD[15:00]-1A

SD07-1B

SD00-1B

SD01-1B

SD02-1B

SD03-1B

SD05-1B

SD06-1B

SD07-1B

SD04-1B

SD06-1B

SD05-1B

SD04-1B

SD03-1B

SD02-1B

SD01-1B

SD00-1B

SD[07:00]-1B

SD08-1C

SD10-1C

SD12-1C

SD14-1C

SD15-1C

SD13-1C

SD11-1C

SD09-1C

SD00-1C

SD02-1C

SD04-1C

SD06-1C

SD07-1C

SD05-1C

SD03-1C

SD01-1C

SD15-1C

SD00-1C

SD01-1C

SD02-1C

SD03-1C

SD04-1C

SD05-1C

SD06-1C

SD07-1C

SD[15:00]-1C

SD14-1C

SD12-1C

SD10-1C

SD09-1C

SD11-1C

SD13-1C

SD08-1C

32

45

67

1

87

63

45

21

39

F E C BD A

E D C B A



HINT


EN [AC240D]

RTP

[XOE2]

OUT

OSC

[V]

[G]

OE

RTP

RTP

RTP

RTP

[SWX8]

SR D

C

[AC74D]

SR D

C

[AC74D]

EN [AC240D]

C1

1D

R

[ACT273]

G3

3EN2[AB]

3EN1[BA]

2

1

[ALS245]

IC17

12

14

16

18

8 4 126

GND

VDD

R50

1/10W4.7K

12

1/10W33

R54

21

0.1/25

C91

2 1

GND

1/16W10K

RM3

5

13

94

10

76

82

X1

40M

5

8 14

[CK20M-1C]

R52

1/10W33 2

1

1/10W33

R47

12

1/10W4.7K

R3

12

VDD

RM1

1/10W470

12

11

1/10W470

RM1

15

16

RM1

1/10W470

14

13

1/10W470

RM1

34

RM1

1/10W470

21

1/10W470

RM1

56

RM1

1/10W470

87

1/10W470

RM1

910

D6

TLR123

KA

D5

TLR123

KA

C25

0.1/25

2 1

C83

0.1/252 1

0.1/25

C242 1

C84

0.1/252 1

1/10W33

R48

12

1/10W33

R51

12

DSS208

SW1

16

7 611

10

12

5

13

14

4 3

98

15

2 1

[LDWR-0A]

[PWCLR-0A]

GND

VDD

[SD[07:00]-1B]

[CK20M-0C]

[CK40M-1B]

GND

GND

GND

IC18

321 4

6 5

IC18

11

12

13

10

8 9

IC17

15

11

19

13

17

9753

IC5

15

19

16

12 9 5 2

1

18

17

14

13 8 7 4 3

11

6

IC3

7 6 5 4 3 2

15

17

16

13

11

12

14

1

19

18

9 8

VDD

[TSTRD-0A]

[SD[07:00]-1B]

D8

TLR123

KA

D4

TLR123

KA

D3

TLR123

KA

D2

TLR123

KA

D1

TLR123

KA

GND

TLR123

D7

AK

VDD

R56

1/10W4.7K

21

10/16

C11

2 1

10/16 C712

1/10W100

R49

12

CK20M-0C

CK20M-1C

SD[07:00]-1B

SD02-1B

SD03-1B

SD04-1B

SD06-1B

SD05-1B

SD01-1B

SD00-1B

SD07-1B

TSTRD-0A

PWCLR-0A

LDWR-0A

SD03-1B

SD04-1B

SD05-1B

SD06-1B

SD07-1B

SD01-1B

SD02-1B

SD00-1B

SD[07:00]-1B

CK40M-1B

32

45

67

1

87

63

45

21

49

F E C BD A

E D C B A



HINT


[SWX8]

[M621664]

SRAM64KX16

0

65535

UB

LB

CS

OE

WE

12

13

14

11

7 5 4 3 2 1 08910

6

A

15

B1

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

B13

B14

B15

B16

B12

1/16W10K

RM4

5

12

37

10

49

86

C17

10/16

2 1

TP6

TP7

TP3

TP5

TP4

[CA[19:01]-1A]

[SD[15:00]-1C]

[MHBEN-0A]

[MLBEN-0A]

[MEMCS-0A]

[MEMOE-0A]

[MEMWE-0A]

C23

0.1/25

12

GND

VDD

GND

0.1/25

C80

2 1

SW2

DSS208

1215

89

34

14

13

512

10

11

67

16

TP2

[SWD[7:0]-1A]

TPG2

TP1

IC11

20

38

37

36

35

32

31

30

29

16

15

14

13

10 9 8 7

54321

44

43

42

27

26

25

24

21

20

19

18

176

41

39

40

VDD

SD[15:00]-1C

SD13-1C

SD12-1C

SD05-1C

SD01-1C

SD00-1C

SD02-1C

SD03-1C

SD04-1C

SD06-1C

SD07-1C

SD08-1C

SD09-1C

SD10-1C

SD11-1C

SD14-1C

SD15-1C

CA[19:01]-1A

CA01-1A

CA16-1A

CA14-1A

CA11-1A

CA10-1A

CA09-1A

CA08-1A

CA07-1A

CA06-1A

CA05-1A

CA04-1A

CA03-1A

CA02-1A

CA12-1A

CA13-1A

CA15-1A

SWD7-1A

SWD6-1A

SWD5-1A

SWD4-1A

SWD3-1A

SWD2-1A

SWD1-1A

SWD0-1A

SWD[7:0]-1A

MEMWE-0A

MEMOE-0A

MEMCS-0A

MLBEN-0A

MHBEN-0A

32

45

67

87

63

45

2

59

E C BD A

D C B A



HINT


[U53CF96]

SDI7

SDI6

SDI5

SDI4

SDI3

SDI2

SDI1

SDI0

SDIP

SDO7

SDO6

SDO5

SDO4

SDO3

SDO2

SDO1

SDO0

SDOP

TGS

IGS

RSTI

MODE1

MODE0

C/D

I/O

REQO

REQI

MSG

ACKO

ACKI

SELO

SELI

BSYO

BSYI

RSTO

ATN

DB15

DB14

DB13

DB12

DB11

DB10

DB9

DB8

DB7

DB6

DB5

DB4

DB3

DB2

DB1

DB0

DBP1

DBP0

CS

WR

RD

DBWR

DACK

A0

A1

A2

A3

PAD0

PAD1

PAD2

PAD3

PAD4

PAD5

PAD6

PAD7

RESET

INT

DREQ

CLK

DIFFM IC15

GND;60,61,67,68,94,95

GND;5,7,17,18,40

GND;41,46,47,54,55

VDD;38,88

4

26

52

10076

51

50

86

77

81

80

82

85

90

96

97

99

16

27

10

12

14

49

48

63

73

66

70

69

56

72

62

65

71

59

75

74

87 2

6

89

11

13

15

19

20

21

22

23

24

25

29

30

31

32

33

34

35

36

37

42

43

45

44

58

64

57

1

79

83

84

91

92

93

98

R31

1/10W4.7K

21

R30

1/10W4.7K

12

R361/10W100

12

10/16

C812

10/16

C162 1

1/10W4.7K

R29

12

VDD

R44

1/10W4.7K

21

R45

1/10W4.7K

12

VDD

1/10W4.7K

R42

12

TP8

TP13

[SCDP-0A]

TPG3

TP9

[SDREQ-1A]

TP10

[SINTR-0A]

TP12

TP11

[PULLD-0A]

C36

0.1/2512

0.1/25

C88

2 1

C86

0.1/2512

[SD[15:00]-1C]

[CA[03:00]-1A]

[SIOW-0A]

[SCCS-0A]

[SCD[7:0]-0A]

[SINTR-0A]

[SACK-0A]

[SSEL-0A]

[SDREQ-1A]

[SC/D-0A]

[SI/O-0A]

[SREQ-0A]

[SATN-0A]

[SMSG-0A]

[SRST-0A]

[SBSY-0A]

[PWCLR-1B]

[CK40M-1B]

[SIOR-0A]

[SDACK-0A]

[PULLU-1A]

[PULLD-0A]

0.1/25

C35

2 1

VDD

GND

GND

[PULLU-1A]

VDD

VDD

PULLU-1A

SIOW-0A

PULLD-0A

SIOR-0A

SCDP-0A

SCD7-0A

SCD0-0A

SCD1-0A

SCD2-0A

SCD3-0A

SCD6-0A

SCD5-0A

SCD4-0A

SCD[7:0]-0A

SREQ-0A

SD[15:00]-1C

SD00-1C

SD01-1C

SD02-1C

SD03-1C

SD04-1C

SD05-1C

SD06-1C

SD07-1C

SD08-1C

SD09-1C

SD10-1C

SD11-1C

SD12-1C

SD13-1C

SD14-1C

SD15-1C

SRST-0A

SSEL-0A

SACK-0A

CA[03:00]-1A

CA00-1A

CA01-1A

CA02-1A

CA03-1A

SINTR-0A

SDREQ-1A

SI/O-0A

SINTR-0A

PULLD-0A

CK40M-1B

PWCLR-1B

SC/D-0A

SATN-0A

PULLU-1A

SCCS-0A

SDACK-0A

SDREQ-1A

SBSY-0A

SMSG-0A

32

45

67

1

87

63

45

21

69

F E C BD A

E D C B A



HINT


[AZ9595S]

[FIN]

[FIN]

[GND]

[VDD]

[VDD]

TSD

SL1

SL2

SL3

SL4

SL5

SL6

SL7

SL8

SL9

SL10

SL11

SL12

SL13

SL14

SL15

SL16

SL17

SL18

VM

EN

10/16

C10

12

10/16 C9

2 1

R27

1/10W0

21

R28

1/10W0

12

1/10W0

R26

21

R25

1/10W0

12

1/10W0

R24

21

R23

1/10W0

12

1/10W0

R22

21

R21

1/10W0

12

1/10W0

R20

21

R18

1/10W0

12

R7

1/10W0

21

1/10W0

R6

12

R10

1/10W0

21

1/10W0

R11

12

R14

1/10W0

21

1/10W0

R15

12

R16

1/10W0

21

1/10W0

R17

12

C47

0.1/25

12

GND

0.1/25 C48

2 1

GND

[SI/O-0A]

[SREQ-0A]

[SC/D-0A]

[SSEL-0A]

[SMSG-0A]

[SRST-0A]

[SACK-0A]

[SBSY-0A]

GND

[SREQ-0B]

[SSEL-0B]

[SMSG-0B]

[SRST-0B]

[SACK-0B]

GND

12P/50

C46

2 1

12P/50

C31

2 1

C30

12P/50 12

C32

12P/50 12

12P/50

C39

2 1

12P/50

C43

2 1

C42

12P/50 12

C41

12P/50 12

12P/50

C40

2 1

C65

12P/50 12

C63

12P/50 12

12P/50

C64

2 1

12P/50

C62

2 1

C61

12P/50 12

C55

12P/50

12

12P/50

C56

2 1

12P/50

C58

2 1

C60

12P/50 12

[SC/D-0A]

[SI/O-0A]

[SREQ-0A]

[SATN-0A]

[SMSG-0A]

[SACK-0A]

[SSEL-0A]

[SBSY-0A]

[SRST-0A]

[SCDP-0A]

[SCD[7:0]-0A]

[SCD7-0B]

[SCD6-0B]

[SCD5-0B]

[SCD4-0B]

[SCD3-0B]

[SCD2-0B]

[SCD1-0B]

[SCD0-0B]

[SCDP-0B]

[SATN-0B]

[SBSY-0B]

[SC/D-0B]

[SI/O-0B]

[SCDP-0A]

[SATN-0A]

IC12

26

27

14

13

8

2

24

259

10

11

12

15

16

17

18

19

20

21

22

233456

7

VDD

[SCD[7:0]-0A]

[TVCC-1A]

SCDP-0A

SCD[7:0]-0A

SCD7-0A

SCD6-0A

SCD5-0A

SCD4-0A

SCD3-0A

SCD2-0A

SCD1-0A

SCD0-0A

SRST-0A

SBSY-0A

SSEL-0A

SACK-0A

SMSG-0A

SATN-0A

SREQ-0A

SI/O-0A

SC/D-0A

SCD6-0B

SCD5-0B

SCD2-0B

SCD1-0B

SCD0-0B

SCDP-0B

SCD7-0B

SCD4-0B

SCD3-0B

SATN-0B

SBSY-0B

SACK-0B

SRST-0B

SMSG-0B

SSEL-0B

SC/D-0B

SREQ-0B

SI/O-0B

SCD0-0A

SCD1-0A

SCD2-0A

SCD3-0A

SCD4-0A

SCD5-0A

SCD6-0A

SCD7-0A

SCD[7:0]-0A

SCDP-0A

SATN-0A

SBSY-0A

SACK-0A

SRST-0A

SMSG-0A

SSEL-0A

SC/D-0A

SREQ-0A

SI/O-0A

TVCC-1A

32

45

67

1

87

63

45

21

79

F E C BD A

E D C B A



HINT


[CN50A]

10/16

C13

12

10/16

C32 1

SMD150

R1

12

[SCDP-0B]

NHS50-4B

J143

B24

B25

B16

B17

B18

B19

B20

B21 B6

B7

B5

B2

A23

A17

A18

A15

A16

A14

A13

A10 A2

A3

A4

A5

A6

A7

A8

A9

A1

A12

A11

A20

A19

A22

A21

A24B1

A25B3

B4

B15

B14

B13

B12

B11

B10 B9

B8

B23

B22

GND

VDD

0.1/25

C77

2 1

[SBSY-0B]

[SACK-0B]

[SRST-0B]

[SMSG-0B]

[SSEL-0B]

[SC/D-0B]

[SREQ-0B]

[SI/O-0B]

[SCD[7:0]-0B]

GND

0.1/25

C44

2 1

C51

0.1/25

12

GND

[SATN-0B]

[TVCC-1A]

SATN-0B

SCDP-0B

SBSY-0B

SACK-0B

SRST-0B

SMSG-0B

SSEL-0B

SC/D-0B

SREQ-0B

SI/O-0B

SCD1-0B

SCD2-0B

SCD3-0B

SCD7-0B

SCD[7:0]-0B

SCD5-0B

SCD0-0B

SCD4-0B

SCD6-0B

TVCC-1A

32

45

61

76

34

52

1

89

E C BD A

D C B A



HINT


[LS14]

[LS14]

[LS14]

[LS14]

[CN80]

[CN80]

C[81-82.90.100-108]

0.1/2512

0.1/25

C[22.33-34.50.66.69.73.76]

2 1

C[19-21.28-29.45.49.59.71.78]

0.1/25

12C87

0.1/25

12

0.1/25

C53 2 1

0.1/25

C262 1

IC8

56

IC8

98VDD

IC8

13

12

IC8

10

11

[SD[15:00]-1A]

GND

[MEM16-0B]

[IO16-0B]

[MEMR-0A]

[MEMW-0A]

[SCIRQ-1B]

[IOR-0A]

[IOW-0A]

[SRDY-0B]

[RSTD-1A]

GND

VDD

GND

VDD

[SD[15:00]-1A]

[SA[16:00]-1A]

[LA[23:17]-1A]

[IORDY-0B]

[AEN-1A]

[SBHE-1A]

TX25P6HV

J142

37

38

35

36

31

32

30

27

23

17

18

15

16

14

13

10 23456789 1

12

11

20

19

22

21

24

26

25

28

29

34

33

40

39

TX25P6HV

J142

77

78

75

76

71

72

70

67

63

57

58

55

56

54

53

50

42

43

44

45

46

47

48

49

41

52

51

60

59

62

61

64

66

65

68

69

74

73

80

79

C6

10/16

12

C[89.109-115]

0.1/25

12

10/16

C14

12

10/16

C122 1

VDD

VDDNT

VDDNT

VDDNT

SD00-1A

SD07-1A

SD06-1A

SD05-1A

SD04-1A

SD03-1A

SD02-1A

SD01-1A

SD[15:00]-1A

SA[16:00]-1A

SA16-1A

SA15-1A

SA14-1A

SA13-1A

SA12-1A

SA11-1A

SA10-1A

SA09-1A

SA08-1A

SA07-1A

SA06-1A

SA05-1A

SA04-1A

SA03-1A

SA02-1A

SA01-1A

SA00-1A

RSTD-1A

MEMR-0A

MEMW-0A

IOR-0A

IOW-0A

IORDY-0B

AEN-1A

SBHE-1A

LA18-1A

LA20-1A

LA23-1A

LA22-1A

LA21-1A

LA17-1A

LA19-1A

LA[23:17]-1A

SD14-1A

SD13-1A

SD12-1A

SD11-1A

SD10-1A

SD09-1A

SD08-1A

SD15-1A

SD[15:00]-1A

SRDY-0B

SCIRQ-1B

MEM16-0B

IO16-0B

VDD

GND

32

45

67

1

87

63

45

21

99

E C BD A

E D C B A

September 1997 © TOSHIBA 17 - 1 2460 POWER SUPPLY UNIT

17. POWER SUPPLY UNIT17.1 StructureThe power supply unit is comprised of two circuits: an insulation-type DC output circuit and an exposure-

lamp energizing circuit. (See Fig. 17.1.)

(1) DC output circuit

The DC output circuits used are roughly divided into the following three areas:

1 System related: Power supply mainly used for the SYS board for 24 hours. It provides four volt-

age outputs (+3.1V, +5.1V, +12V and –12V) which rise up when the power switch

is turned on.

2 Main-body related: Power supply used by the entire machine during image formation. It provides

four voltage outputs (+3.3V, +5.1V, +12V and –12V) which start up with a

signal from the SYS board.

3 Door-switch related: Power supply provided via the door switch and used by the entire machine

during image formation. It provides three voltage outputs (+5V, +24V and

+36V) which rise up with a door-switch-on signal as well as a signal from

the SYS board.

(2) Exposure lamp energizing circuit

A halogen lamp is used as an exposure light source for illumination, but its energizing circuit uses a

DC (high-frequency chopper) fixed-voltage control method instead of a phase-angle control fixed-

voltage method normally used with analog PPCs. This is because a line-type CCD sensor is used as

the device for reading originals in this machine in order to prevent the light source’s variance in the

amount of light (flickerring occurring in sync with power supply frequency cycles on a phase-angle

control method) from appearing on output images.

17.2 Operation of DC Output Circuit(1) Starting up

When the main switch of the machine is turned on, an AC power is supplied to switching regulator 1

(REG1), causing the four outputs of the system-related DC circuits to rise up. After the SYS-CPU has

risen up, when a power-supply control signal (PWR-EN) is produced (‘L’ level), the main-body related

four outputs start up. At this time, if the door switch of the machine is on (cover closed), an AC power

is supplied to switching regulator 2(REG2), causing the door-switch related three outputs to rise up.

(2) Terminating

When the main switch of the machine is turned off, a power-off signal (PWR-DN) is produced (Hi-z:

high impedance) after the instantaneous outage assurance time (at least 20 msec.) has elapsed.

The output of regulator 1 (for system/main-body related) is maintained for the minimum retaining

time (at least 15 msec., though varying with AC inputs and load capacity) at its rated value, then

starts dropping.

2460 POWER SUPPLY UNIT 17 - 2 September 1997 © TOSHIBA

(3) Output protection

Each circuit is provided with both overcurrent protection circuit (fuse and series regulator’s internal

protection included) and overvoltage protection circuit (±12V system/main-body related circuits ex-

cluded). This is to prevent anomalies such as damages or abnormal operations in the secondary

circuits which could occur due to an overcurrent caused by shorted loads or an overvoltage caused

by short-circuits between disparate-voltage circuits.

When a protection circuit has operated, eliminate the cause of the anomaly (if a fuse has blown out,

it must also be replaced) and turn on the power switch again to restore the protection circuit. If you

switch on the power too quickly (within 30 seconds after the protection circuit has operated), the

protection circuit may not be restored.

INLET

B NF

MAIN-SW DOOR-SW

THERMO

THERMO

HTR-LAMP

EXPO-LAMP

EXPO-ON, EXPO-PWM, EXPO-EN

+24V (D)

DG

PWR-DN

PWR-EN

+12V (S)

+12V (M)

+3.3/5V (S)

+3.3/5V (M)

SG

–12V(S)

–12V(M)ON/OFF

ON/OFF

ON/OFF

+36V

+5V (D)

SSR

CVR

REG2

FG

REG1PS-ACC-220

Fig. 17.1

September 1997 © TOSHIBA 17 - 3 2460 POWER SUPPLY UNIT

(4) Power supply sequence

Instantaneous outage

AC input

Max. 20ms

50ms or less

Hi-Z (High impedance)PWR-DN signal

500ms or less

System related

outputs (at rated

load)

200ms or less

PWR-EN signal

Each main-related output

Each door-related output

(at rated load) Over each rated

lower limit voltage

100ms or less

Over each rated

lower limit voltage

15ms or more

20ms or more

ON

L

OFF

L

Hi-Z

(High

impedance)

2460 POWER SUPPLY UNIT 17 - 4 September 1997 © TOSHIBA

17.3 Operation of the Exposure Energizing Circuit(1) Control method

After an AC input is rectified, it is made into a fixed DC voltage by a chopper regulator. As in the

phase-angle control method (used for analog PPCs), a soft start concept is provided to prevent lamp

degradation due to rush current if a cold start is made to energize the exposure lamp.

(2) Safety circuit

An AC input is provided through the door switch to this circuit. In addition, a voltage shutoff circuit

operated by the control signal and an overcurrent protection circuit for a short circuit are provided.

(3) Control signals

An output enable signal (EXPO-EN) is provided to allow the voltage to the exposure lamp to be shut

off with a view to product safety. While this signal is on (‘L’), a voltage obtained by rectifying an AC

input (approx. 1.4 times the power supply voltage) appears across the lamp (against FG). (Under this

condition, the voltage is only applied but no electrical current path is formed. This maintains both

ends of the lamp at the same voltage and the lamp does not come on.)

An output-on signal (EXPO-ON) is a signal to control power supply to the lamp with the output enable

signal being on. When this signal is on (‘L’), power is supplied so that the potential difference across

the lamp becomes the set voltage, causing the lamp to come on.

(4) Setting the voltage applied to the lamp

When a PWM signal with a frequency of 1 kHz±20% (‘L’ period represented in %) is input to the

voltage setting signal (EXPO-PWM) outside of the power supply, the voltage applied to the lamp can

be set, and the higher the value, the higher the voltage applied to the lamp.


18.5 PWA-CNT


18.6 PWA-IMG


18.7 PWA-SDV


18.8 PWA-SYS


18.9 PWA-ROM


18.10 PWA-PMB


18.11 PWA-BRT


18.12 PWA-DSI

September 1997 © TOSHIBA 19 - 1 2460 WIRE HARNESS CONNECTION DIAGRAM

19. WIRE HARNESS CONNECTION DIAGRAMS19.1 DC Wire Harness

1

2

3

4

4

5

3

6

2

1

1

2

J92

J93

J94

J99

J241

ADU

PFP

J214

J1

5

6

7

8

9

3

4

5

1

2

10

11

12

24VLGC

(LCF)

24V

DG

DG

VDD

VDD

VDD

GND

GND

EXPON

EXPPWM

LRGON

1

2

3

1

2

3

4

J2 J71

5

6

1

2

3

4

1

2

3

4

5

6

11

12

7

6

9

1

5

13

8

10

3

2

4

24V

24V

DG

DG

24V

VDD

DG

36V

DG

DGACC

24V

24V

GND

VDD

GND

SYS(1)

7

8

9

10

11

12

N/C HVTHVM-OX

HVMNG-OA

GRVREFA

DEDVREFA

HVTR-OB

TVREFA

HVGB-OB

N/C

HVSP-OB

1234

J97 J70

SYS(2)

IMG

MAIN-MTR

SDV

ADF

POL

FIN

56789

10

3478

5612

109

SGSGSGSG

3.3V3.3V

5V5V

PEW-ENN/C

SPAVREFA

SPDVREFA

13

14

15

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

PCC-OB

PCAVREFA

N/C

1J242 2 3

SGJ98 J69

SG

SG

SG

SG

3.3V

3.3V

5V

5V

12V

-12V

PWR-ON

1

2

3

4

5

6

7

8

9

10

11

12

3

4

7

8

12

5

6

1

2

11

13

9

10

14N/C

14

13

25

36

1234

J95

J96

J101

J100

J102 J252

J211

J271

J35

56789

12

34

5

1234

5

3412

5

8675

9

67

89

10

11

1

2

1

2

3478

1314111256

9

SGSGSGSG

SGSG

3.3V3.3V

12V

VDDVDD

DGDG

DGDG

24V

SGSG5V

12V

-12V

24V

DG24V

DG24V

DG24V

24V

24V24V

VDD2

VDD2

3412

13

J251

21

J215

21

J213

J210

2460 WIRE HARNESS CONNECTION DIAGRAM 19 - 2 September 1997 © TOSHIBA

1

2

3

1

2

3

4

5

6

7

8

9

10

11

8

7

6

5

4

3

2

1

VDD

EXITSW-O

GND

MMON-0A

MMBRK-0

MMOTCK-0

MMPLL-0

GND

VDD

CW-O

N/C

N/C

SSR–

HTRTH+

HTRTH–

SSRA+

HTRTH2+

HTRTH2–

TFUL-0

GND

RSTSW

+24V

J3A J236 J135

1

2

3

4

5

6

7

8

9

2

1

10

11

1

1

1

2

3

4

5

6

J3B

+24V

+24V

DOCA-0A

DOCB-0A

DOCC-0A

DOCD-0A

OPTFAN-0A

+24V

VDD

HOME

GND+24V

OPTFAN3B

DG

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1

2

3

4

5

6

7

8

9

10

11

12

13

14

14

13

12

11

10

9

8

7

2

1

6

5

4

1

2

3

3

2

1

J4A

J238

J235TFULSW

EXITSW

J237

MAIN-MTR

ACC

LGC

1

2

3

5

4

6

J161

J164

J163

J122

J125

J124

1

2

3

4

5

5

4

3

2

1

J151

5

4

3

2

1

VDD

APSCA

GND

GND

VDD

APS1

APS2

APS3

+24V

DUCTFAN-0A

+24VDUCTFAN2-0A

N/C

N/C

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1

2

3

3

2

1

J4B J126

3

2

1

MAINSW

HOMESW

APS-C

3BEAM

J124

2

1

4

3

3

4

1

2

J152

J153

1

2

EXITFAN

1

2

DUCTFAN

THMS2

DOC-MTR

OPTFAN-R

THMS1

+

-

1

2

3

4

5

J211

5

6

1

2

7

J101

SSR

3

2

1


LGC1

2

3

4

5

6

7

8

9

1

2

3

4

5

1

2

3

4

5

6

7

8

9

24V

24V

DG

DG

12V

MOT-A

MOT-B

MOT-C

MOT-D

MOT-E

SG

5V

SG

-12V

10

11

12

1

2

3

4

8

9

3

4

5

6

7

8

9

10

11

12

4

2

3

1

5

J5

1

2

3

4

5

6

7

8

9

10

1

2

3

4

5

6

7

8

9

10

RXD

GND

FG

TXD

GND

N/C

N/C

N/C

N/C

FINCNT

GND

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

GND

SCN VREFA

DATA0-1A

DATA1-1A

DATA2-1A

DATA3-1A

GND

SCCLK-0A

CWCCW-0A

MRST-0A

GND

H.OFF-1A

GND

VDD

MAD0-1A

MAD2-1A

MAD4-1A

MAD6-1A

MDT0-1A

MDT2-1A

MDT4-1A

MDT6-1A

GND

MWR-0A

CSIP2-0

VDD

FNCNT-0A

GND

VDD

MAD1-1A

MAD3-1A

MAD5-1A

MAD7-1A

MDT1-1A

MDT3-1A

MDT5-1A

MDT7-1A

GND

MRD-0A

FINRST-0

VDD

GND

J6

J272

J271

J273

SDV ACC

SCN-MTR

J101

J100

IPC

FIN

1

2

3

4

5

6

7

8

9

10

1

2

3

4

5

11

12

6J102

J141 J142

ACC3

6

7


1

2

3

4

J7A J61A

5

6

7

8

9

10

11

12

13

14

1

2

3

4

J7B

5

6

7

8

9

10

11

12

13

14

GND

MDT0-1B

MDT1-1B

MDT2-1B

MDT3-1B

GND

MDT4-1B

MDT5-1B

MDT6-1B

MDT7-1B

GND

MAD0-1B

MAD1-1B

MAD2-1B

GND

MAD3-1B

MAD4-1B

MAD5-1B

MAD6-1B

GND

MRD-0B

MWR-0B

ATN-0A

WAITB

COMB

MPOW

GND

SMRST-0A

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1

2

3

4

J63A J300A J291 J302

J292

J293

J294

J298 J306

J297 J307

J303

5

6

7

8

9

10

11

12

13

14

1

2

3

4

5

6

7

8

9

10

11

1

2

3

4

5

6

7

8

9

10

11

SCN14-0A

SCN13-0A

SCN12-0A

SCN11-0A

RET3-0

RET2-0

RET1-0

RET0-0

LDON1-1

LDFC-1

N/C

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

5V

5V

GND

LDON0-0A

LDON1-0A

LDLTH-0A

LDDAT-1A

LDCLK-1A

CPPOW-1

BZON -0A

GND

YD-1A

WF-1A

LP-1A

XSCL-1A 15

1

2

3

4

J63B J300B

J304 J299

J305 J296

J11A J301

5

6

7

8

9

10

11

12

13

14

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1

2

3

4

5

6

7

8

9

10

11

12

13

14

LDON0-1

LDON1-1

DPLTH-0

DPOUT-0

DPCLK-0

RST-0

SCN13-0A

SCN12-0A

SCN11-0A

RET9-0

RET8-0

5V

GND

GNDL

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

LCDEN-1A

GND

VD0-1A

VD1-1A

VD2-1A

VD3-1A

GND

RXD1-0A

TXD1-0A

CTS1-0A

RTS1-0A

GND

RSTCP-0A

5V

5V 15

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1

2

3

4

J31A J62A

5

6

7

8

9

10

11

12

13

14

15

16

17

1

2

3

4

5

6

7

8

9

10

11

12

1

2

3

4

5

6

7

8

9

10

11

12

1

2

3

4

5

6

7

8

9

10

11

12

LDON0-1

LDON1-1

LDLTH-0

LDDAT-0

LDCLK-0

RST-0

DPLTH-0

DPOUT-0

DPCLK-0

LDFC-1

VDD

GND13

1

2

3

4

5

6

7

8

9

10

11

12

13

1

2

3

4

5

6

7

8

9

10

11

12

13

SCN14-0A

SCN13-0A

SCN12-0A

SCN11-0A

RET7-0

RET6-0

RET5-0

RET4-0

GNDL

N/C

N/C

N/C

N/C

14

15

16

17

IMPOW-1

GND

CA1-1B

CA2-1B

CA3-1B

CA4-1B

CA5-1B

GND

CA6-1B

CA7-1B

CA8-1B

CA9-1B

CA10-1B

GND

CA11-1B

CA12-1B

CA13-1B

1

2

3

4

J31B J62B

5

6

7

8

9

10

11

12

13

14

15

16

17

1

2

3

4

5

1

2

3

4

5

CTRON-0

24V

CTRRT-0

N/C

CTRSI

2

1

3

6

7

8

9

10

11

12

13

14

15

16

17

CA14-1B

CA15-1B

GND

IMD0-1A

IMD1-1A

IMD2-1A

IMD3-1A

IMD4-1A

IMD5-1A

IMD6-1A

IMD7-1A

GND

PRWR-0A

PRRD-0A

CSIMG-0A

IMRST-0

SHDEN-0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

YD-0

WF-0

LP-0

XSCL-0

LCDEN-0

UD0-0

UD1-0

UD2-0

UD3-0

VDD

GND

VEE

VOP-0

GND

1

2

3

4

1

2

3

4

CTRSI-0

CTRRT-0

24V

CTRON-0

4

3

2

1

5

6

7

8

9

10

11

12

13

14

1

2

3

4

5

6

7

8

9

10

11

12

RET0-0

SCN10-0A

SCN9-0A

SCN8-0A

SCN7-0A

SCN6-0A

SCN5-0A

SCN4-0A

SCN3-0A

SCN2-0A

SCN1-0A

SCN0-0A

1

2

3

4

5

6

7

8

9

10

11

12

N/C

RET11-0

RET10-0

RET9-0

RET8-0

RET7-0

RET6-0

RET5-0

RET4-0

RET3-0

RET2-0

RET1-0

LGC SYS

CNT

LGC

DSP KEY

PNL

LCD

COUNTER

TOUCH PANEL

IMG

J61B


8

J98 J69

J64 J640

J97 J70

9

1

2

6

7

3

4

12

10

5

11

1

2

3

4

5

6

7

8

9

10

7

8

1

2

5

6

3

4

10

9

1

2

3

4

5

6

7

8

9

10

5V

5V

GND

GND

3.3V

3.3V

GND

GND

5V

PWREN-0A

11

12

13

14

1

2

3

4

5

6

7

8

9

10

11

12

13

1415

16

29

30

31

32

33

34

35

36

37

38

39

40

41

4243

44

17

18

19

20

21

22

23

24

25

26

27

28

SMRST-0

GND

HD7-1

HD8-1

HD6-1

HD9-1

HD5-1

HD10-1

HD4-1

HD11-1

HD3-1

HD12-1

HD2-1

HD13-1HD1-1

HD14-1

HDDAK

GND

HDIRQ-1

HI016-1

SA1-1

N/C

SA0-1A

SA2-1

CSHD0-0A

CSHD1-0A

VDD

GND

VDD

VDDGND

N/C

HD0-1

HD15-1

GND

N/C

HDDRQ-1

GND

HDIWR-0A

GND

HDIRD-0A

GND

HIORY-1

N/C

1

2

3

4

5

6

7

8

9

10

11

12

13

1415

16

29

30

31

32

33

34

35

36

37

38

39

40

41

4243

44

17

18

19

20

21

22

23

24

25

26

27

28

5V

5V

GND

GND

3.3V

3.3V

GND

GND

ACFAL-1

5V

12V

GND

–12V

GND

ACC

SYS

HDD


GND

J66

CD0-1A

CD1-1A

CD2-1A

CD3-1A

CD4-1A

CD5-1A

CD6-1A

CD7-1A

3.3V

FRDY0-1

CA0-1A

CA1-1A

CA2-1ACA3-1A

CA4-1A

CA12-1A

3.3V

CA8-1A

CA9-1A

CA13-1A

CA14-1A

CD15-1A

CA15-1A

FRDY1-1

N/C

GND

CCE0-0

CA16-1A

CA17-1ACA18-1A

COEO-0

CA5-1A

CA6-1A

CA10-1A

CA11-1A

CD8-1A

CD9-1A

CD10-1A

CD11-1A

CD12-1A

CD13-1A

CD14-1A

CA7-1A

1

2

3

4

5

6

7

8

9

10

11

12

13

1415

16

29

30

31

32

33

34

35

36

37

38

39

40

41

4243

44

17

18

19

20

21

22

23

24

25

26

27

28

CA19-1A

CA20-1A

N/C

N/C

3.3V

N/C

N/C

WP1-0

VDD

N/C

N/C

CCE1-0

N/C

N/C

N/C

GND

CSWE0-0A

WP0-0

FRCE0-0

BYTE0-0

N/C

FRCE1-0

N/C

N/C

SMRST-0A

N/C

N/C

N/C

45

46

59

60

61

62

63

64

65

66

67

68

69

70

71

72

47

48

49

50

51

52

53

54

55

56

57

58

F-ROM1

SYS


GND

J67

CD0-1A

CD1-1A

CD2-1A

CD3-1A

CD4-1A

CD5-1A

CD6-1A

CD7-1A

3.3V

FRDY2-1

CA0-1A

CA1-1A

CA2-1ACA3-1A

CA4-1A

CA12-1A

3.3V

CA8-1A

CA9-1A

CA13-1A

CA14-1A

CD15-1A

CA15-1A

FRDY3-1

N/C

GND

CCE2-0

CA16-1A

CA17-1ACA18-1A

COEI-0

CA5-1A

CA6-1A

CA10-1A

CA11-1A

CD8-1A

CD9-1A

CD10-1A

CD11-1A

CD12-1A

CD13-1A

CD14-1A

CA7-1A

1

2

3

4

5

6

7

8

9

10

11

12

13

1415

16

29

30

31

32

33

34

35

36

37

38

39

40

41

4243

44

17

18

19

20

21

22

23

24

25

26

27

28

CA19-1A

CA20-1A

N/C

N/C

3.3V

N/C

N/C

WP3-0

VDD

N/C

N/C

CCE3-0

N/C

N/C

N/C

GND

CSWE1-0A

WP2-0

FRCE2-0A

BYTE0-0

N/C

FRCE3-0

N/C

N/C

SMRST-0A

N/C

N/C

N/C

45

46

59

60

61

62

63

64

65

66

67

68

69

70

71

72

47

48

49

50

51

52

53

54

55

56

57

58

F-ROM2

SYS


12345678910111213141516171819202122232425262728293031323334353637383940

GNDSD7-1ASD6-1ASD5-1ASD4-1ASD3-1ASD2-1ASD1-1ASD0-1A

IORDY-1AGND

AEN-0ASBHE-0A

SA19-1SA18-1SA17-1SA16-1SA15-1SA14-1SA13-1SA12-1SA11-1SA10-1SA9-1SA8-1SA7-1SA6-1

GNDSA5-1SA4-1SA3-1SA2-1SA1-1

SA0-1ASA20-1SA21-1SA22-1SA23-1

VDDGND

J73GDISYS 41

424344454647484950515253545556575859606162636465666768697071727374757677787980

GNDSD8-1ASD9-1A

SD10-1ASD11-1ASD12-1ASD13-1ASD14-1ASD15-1A

GNDVDDVDDVDDVDDVDD

RSTGD-1AGND

SRDY-0GND

SIOWR-0ASIORD-0A

GNDGDIRQ-1

GDDAK-0AGDDRQ-1

GNDFXIRQ-1

FXDAK-DAFXDRQ-1

12VACFAL-0

-12VMEM16-0

IO16-0SA24-1SA25-1SA26-1

SMEMR-0ASMEMW-0A

GND

J73GDISYS


SDCLK-1GND

SVDEN-0SHDEN-0

GNDN/CN/CN/CN/C

SDAT3-1SDAT2-1SDAT1-1SDAT0-1

GND

1234567891011121314

PHSYN-0GND

PDCLK-0GND

PRCLK-0GND

PVDEN-0PHDEN-0

GNDPDAT3-1PDAT2-1PDAT1-1PDAT0-1

GND

1234567891011121314

J71A J34A

J34BJ71B

SYS IMG

1234567891011121314

1234567891011121314


SVDEN-0GNDSDCLK-1GNDSDAT2-1GNDSDAT0-1GNDPHSYN-0GNDPRCLK-0GNDPDAT3-1GNDPDAT1-1GNDGNDSD7-1SD6-1SD5-1SD4-1SD3-1SD2-1SD1-1SD0-1IORDY-1GNDAEN-0ASBHE-0ASA19-1SA18-1SA17-1SA16-1SA15-1SA14-1SA13-1SA12-1SA11-1SA10-1SA9-1SA8-1SA7-1SA6-1GNDSA5-1SA4-1SA3-1SA2-1SA1-1SA0-1ASA20-1SA21-1SA22-1SA23-15VGNDVDDGNDVDDGND

123456789

101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960

J72J72

PMB PMB

SYS

PMEN-0ASHDEN-0

GNDSDAT3-1

GNDSDAT1-1

GNDPVDEN-0

GNDPHDEN-0

GNDPDCLK-0

GNDPDAT2-1

GNDPDAT0-1

GNDSD8-1ASD9-1A

SD10-1ASD11-1ASD12-1ASD13-1ASD14-1ASD15-1A

GND5V5V5V5V5V

PMRST-1GND

SRDY-0GND

PMIOW-0APMIOR-0A

GNDPMIRQ-1

GDDAK-0AGDDRQ-1

GNDFXIRQ-1

FXDAK-0AFXDRQ-1

12VACFAL-0

-12VMEM16-0

IO16-0SA24-1SA25-1SA26-1

SMEMR-0ASMEMW-0A

GND3.3VGND3.3VGND

616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120


GND12V

GND12V

GND12V

GND12V

GNDVID1-0

GNDVID2-0

GNDRS-0GND

CK1-0GND

CK2-0GNDSH-0GNDCP-0GNDVDDGNDVDD

1234567891011121314151617181920212223242526

1234567891011121314151617181920212223242526

J32 J51

CCD

SYS

SOCLK-1AGND

SVDEN-0ASHDEN-0A

GNDSDAT7-1ASDAT6-1ASDAT5-1ASDAT4-1ASDAT3-1ASDAT2-1ASDAT1-1ASDAT0-1A

GND

1234567891011121314

1234567891011121314

J34A J71A

MAD0-1CMAD1-1CMAD2-1CMAD3-1C

GNDMAD4-1CMAD5-1CMAD6-1CMAD7-1C

GNDMAD8-1CMAD9-1C

MAD10-1CMAD11-1CMAD12-1C

123456789101112131415

GNDMDT0-1CMDT1-1CMDT2-1CMDT3-1C

GNDMDT4-1CMDT5-1CMDT6-1CMDT7-1C

GNDMWR-0BMRD-0B

MRST-0ASARAHCS-0A

123456789101112131415

J8A J38A IMGLGC

ACCVDD2VDD2

GNDGNDVDDVDDGNDGND12VGND3.3V3.3VGNDGND

12

129103411

7856

12

34567891011121314

J96

J95

J35

123456789101112131415

123456789101112131415

J8B J38B

SCNCNT-0MVDEN-0A

HSYNG-1LDON-1A

MNLOFF-1ALE-0A

GNDCLKSL0-1A

12345678

12345678

J9A J40A

CLKSL1-1ALPVREFA1LPVREFA2DRVEN-0B

GNDPGNCNT-0PVDEN-0A

GND

12345678

12345678

J9B J40B

PHSYC-0AGND

PDCLK-1GND

PRCLK-1AGND

PVDEN-0APHDEN-0

GNDPDAT3-1PDAT2-1PDAT1-1PDAT0-1

GND

1234567891011121314

1234567891011121314

J34B J71B


GNDPIDT0-1A

GNDGND

VREF1-1VREF0-1

GNDGND

SYNC-0GND

MLDRV-0MMNT-1

+5V

VDDGND

MSYNC-0A

12345678910

12345678910

J37A J41A

LDR

LD

OPT

123

123

J43 J45

123

123

J44 J46

VDD2VDD2VDDVDD

SMP0-1AVDD

LE-0BVDD

DRVEN-0AVDD

12345678910

12345678910

J37B J41B

SMA0-1ASMA2-1ASMA4-1ASMA6-1AGNDSMCD0-1ASMCD2-1ASMCD4-1ASMCD6-1ASMCWT-0ABCS-0GNDHHSYC-0HVDEN-0HCLK-1GNDBVDEN-0BIDT-13.3V3.3VSMA1-1ASMA3-1ASMA5-1AGNDSMRST-0ASMCD1-1ASMCD3-1ASMCD5-1ASMCD7-1ASMCRD-0AMCLK5-1GNDHHDEN-0HIDT-1VDDVDDBHDEN-0BCLK-13.3V3.3V

12345678910111213141516171819202122232425262728293031323334353637383940

123456789

10111213141516171819202122232425262728293031323334353637383940

J36J36 IMGBRT

PIDT0-1BGNDGNDGND

1234

1234

J39 J42


DFACKADFREQA

MREQDFAADCNT-0A

DFRXDAGND

DFTXDAGND

MACKDFA

1234

56789

12345678910

1112

52

J236

J102

J10

+24VCTR-0A

CTRIN-0B3

+24VCTR-0A

A4GND

PMSP0-0APLGCLK

PMBRK-0APMTLK-0

PMON-0BPMSP1-0A

VDDGND

SCRSOL-0A+24V

DGATTN0A

+24VATVREFA

DEVCNT-0GND

DRMTHGND

+24VTMON-0B

1234

2153

2153

J11A J301

1234

1324

J11B J253

12345678910

J12AJ250

J255

ADFLGC

345678910

J12B J229

ACC

DSP

POL-MDRV

SCR-SOL

TNR-MTR

SNR-ATS

K-CTR

FG

1234

56

12

654321910

21

567891021

J546

DRM-THMS21

J54712

34

87

12

4321

J308

2153

J254


VDD

PSTPCU

GND

SF-CNT

GND

SSIZE0

SSIZE1

SSIZE2

SSIZE3

GND

N/C

1

2

3

7

8

9

10

11

12

13

14

J13A J112 J111LGC1

2

3

1

2

3

3

2

1

PAPER-STOPSW-U

J114VDD

GND

SFBSW

1

2

3

4

5

6

1

2

3

1

2

3

J105

M-FED-SW

J1131

2

3

4

5

6

7

N/C

7

6

5

4

3

2

1

1

2

3

4

5

J184

SFB-SIZE

J227

OPTFAN2-0A

+24V

+24V

FANBT-0B

+24V

ERSLP-0A

SCOVDOR

GND

J13BVDD

PLTM-1

GND

VDD

APSRA

GND

VDD

PSTP-1

GND

J1191

2

3

1

2

3

PLTNSW

MFED-COV-SW

1

2

3

6

7

8

J117

J128

APS-R3

2

1

J127

J1162

1

1

2

4

5

2

1

J222

OPT-FAN-F

4

5

5

4

3

2

1

9

10

LP-ERS1

3

1

3

11

12

J115 J22

2

1

4

5

13

14

4

5

2

1

1

2

J114 J262

+24V

FEDCLTSF

+24V

RGTCLT-0A

PICSOLSF

+24V

1

2

J14 J2321

2

1

2 MFED-CLT

J2331

2

5

6

3

4

1

2RGT-CLT

J2313

2

1

7

8

9

1

2

3

1

2

3PSTP-SW

J224

IMGFAN


LGC1

J15A J313

J312

J314

J315

J322

J323

J324

J325

J326

J311

J316

J317

J318

J319

J320

J321

SIZE1 SW

SIZE2 SW

T-UP1-SW

T-UP2-SW

T-UP1-MTR

T-UP2-MTR

PSTP2-SW

U-COV-SW

EMP1-SW

EMP2-SW

J15B

2

3

4

5

6

7

8

9

10

11

12

13

14

15

15

14

13

11

9

8

7

6

5

3

2

12

10

4

1

5

4

3

2

1

10

11

12

13

14

15

9

8

7

6

5

4

3

2

1

2

1

16

17

18

19

20

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

RGT1-CLT

FED1-CLT

FED2-CLT

5

6

4

3

2

1

SIZCU3

SIZCU2

SIZCU1

SIZCU0

GND

GND

SIZCL3

SIZCL2

SIZCL1

SIZCL0

GND

GND

TUPCU

VDD

GND

PEMPCU

VDD

FEDCLTCU

+24V

TRMCUA

TRMCUB

GND

PSTPCL

VDD

UCOVDOR

GND

TUPCL

VDD

GND

PEMPCL

VDD

FEDCLTCL

+24V

TRMCLA

TRMCLB

+24V

RGTCLTCU

N/C

N/C

N/C

1

2

3

5

7

8

9

10

11

13

14

4

6

12

15

1

2

3

4

5

6

5

4

3

2

1

7

8

9

10

11

12

13

14

15

2

1

3

2

1

3

2

1

1

6

5

4

3

2

1

3

2

1

3

2

1

3

2

1

2

1

2

2

1

2

1

2

1

1

2

1

2

2

1

2

1

FIRST CASSETTE

SECOND CASSETTE


LGC

LCF

ADU

ACC

1

J17 J241

J18A J235A

J18B J235B

2

3

4

5

6

7

8

9

10

11

12

13

14

14

13

12

11

10

9

8

7

6

5

4

3

2

1

10

9

8

7

6

5

4

3

2

1

10

9

8

7

6

5

4

3

2

1

1

2

3

4

5

6

7

8

9

10

1

2

3

4

1

2

3

4

1

2

3

4

1

2

3

4

9

1

5

3

5

6

7

8

9

10

24VJ241 J99

VDD

DG

SG

GND

LC-CNT

TRMLC-B

TRMLC-A

FDMLC-B

FDMLC-A

LC-KEY

LC-LED

LC-DOR

TDWNLC

PEMPLC

TUPLC

GND

VDD

AD-CNT

ENDSW

SIDSW

PEMPAD

PJAM1AD

SIDM-D

SIDM-B

SIDM-C

SIDM-A

+5VSW

APLL-OK

AMOT-BRK

AMOT-OFF

FDCLT-AD

STCLT-AD

STSOL-AD

ENDM-D

ENDM-B

ENDM-C

ENDM-A

J16

1

2

3

4

5

6

7

8

9

10

+24V

CTR-0A

CTRIN-0

ZMDTCT

CLEAR

CRUN

A3DTCT

VDD

GND

DG

Coin vendor

(BLANK)


LGC

PFP

1

J19A J215

J19B

J20

2

3

4

5

6

7

8

9

10

11

12

13

14

DRV3

DRV2

DRV1

DRV0

DRV7

DRV6

DRV5

DRV4

CLK-D

CLK-C

SIZE-0

SIZE-2

PFCRST

+5VSW

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

1

2

3

4

5

6

7

1

2

3

4

5

6

7

VDD

ATSET-0

OVUN-0

AJHV0-1A

AJHV1-1A

AJHV2-1A

GND

8

9

10

11

12

13

14

SCSW-E

SIZE-3

SIZE-1

RETS-0

RETS-1

RETS-3

RETS-2

SCSW-D

SCSW-C

RETS-7

RETS-6

RETS-5

RETS-4

PFCK-0

BLANK


G

N L

BREAKER

NOIZE FILTER

WHI BLA

BLA

BLA

BLA

MAIN-SW

DOOR-SW

HTR-LAMP

PWA-CPS-JU/CE0221Y

D-HTR-L

D-HTR-U1

THERMOSTATSSR

WHI

WHI

WHI

J201-9 J201-7

J202-1J201-1J201-3

J202-3

J202-2

J203-1 J203-2

THERMOSTAT

D-HTR-U2J203-3 J203-4

19.2 AC Wire Harness

September 1997 © TOSHIBA 20 - 1 2460 PAGE MEMORY BOARD

20 PAGE MEMORY BOARD20.1 IntroductionThe page memory board stores digital image data scanned on the digital copier in page units so that

editing functions such as rotation and sorting can be applied before output.

The page memory board supports the following basic functions.

1 Scanning : Writes digital image data scanned on the digital copier into the page

memory.

2 Printing : Outputs image data in the memory to the printer.

3 Compression/decompression :

Compresses image data when writing image data to memory at the

scanner processor, and decompresses the image data when

outputting to the printer at the printer output processor.

4 Editing : Executes the following processes on the image data saved in the

page memory:

• Makes multi-image copies.

• Rotates images.

The above processes are processed simultaneously in parallel by time-division processing. These proc-

esses are also combined to achieve digitally various other processes such as sorting.

20.2 StructureThe page memory board is located on the left and front side of the system board when the rear cover and

PC board cover are removed.

System board

GDI board

Page memory board

2460 PAGE MEMORY BOARD 20 - 2 September 1997 © TOSHIBA

20.2.1 Interfaces

Connector J81 on the page memory board (PWA-F-PMB-777) connected to connector J 72 on the sys-

tem PC board (PWA-F-SYS-220), and handles signals on the following interfaces.

1 I/O interface

CPU on the system PC board handles the control data for controlling the page memory board.

2 Scanner interface

Image data scanned by the digital copier are loaded to page memory from the external interface of

the digital copier image processor.

3 Printer interface

Image data in page memory are output to the laser controllers in the digital copier’s printer by the

external interface of the digital copier image processor.

20.2.2 Schematic

The figure below shows a schematic diagram of the page memory board.

Page Memory Board Schematic

(1) Page memory

12 MB of memory (six 16 Mbit D-RAMs) are mounted on the page memory board as standard.

D-RAM specification

Model µPD4218160 (NEC) or equivalent product

Access time 60 nsec.

Memory configuration 1048576 x 16 bits

Address Upper order, 10 bits

Lower order, 10 bits

Refreshment cycle 1024 cycle/16 msec.

Refreshment CAS before RAS

The page memory board is provided with a slot for mounting an optional memory expansion (KR-

3007). Adding on this memory board increases the memory to 20 MB. This memory expansion con-

forms to SIMM specifications.

I/O

Scanner

PrinterCon

nect

or J

81

Page memory controller

Control ASICI/O controlAddress controlData controlRotation/merger control

Compression/decompression LSI

Page memoryMemory

D-RAM (16 Mbit)Standard 12 MB

Extention slots (2)

Max. 8 MB

Expanded memory board


(2) Page memory control ASIC (DRC)

(2-1) Address control

This ASIC forms the address on the page memory when the following conditions are met:

• When digital image data are written to the page memory, and

• When digital image data in the page memory are read.

(2-2) Data control

This ASIC executes the following operations:

• Controls the image bus on the page memory board.

• Receives and waits for image data transfer control between the compression /decompression

LSI and the page memory.

• Merges image data in the page memory with image data scanned by the digital copier, and

writes image data into the page memory.

(2-3) Rotation/merge control

This ASIC executes the following operations:

• Receives and waits for digital image data transfer control between the digital copier and the

page memory PC board on the scanner and printer interfaces.

• Swaps data in the page memory during rotation processing.

(3) Compression/decompression LSI (PM2m)

This LSI executes the following operations:

• Compresses image data on the page memory, and forms coded data.

• Decompresses the coding data compressed on the page memory to restore the image data.


20.3 Description of Functions20.3.1 Basic functions

(1) Alternation

This operation is achieved by the page memory board compression/decompression and rotation

functions. The orientation of multiple copies is switched for each copy or by each page at a time,Alternation assumes that a cassette of the same paper size having a different orientation is installed

in the digital copier.

Example:

The following describes an example where alternation and sorting (see (2) below) have been speci-

fied when making three copies of three A4-sized originals using the ADF.

NO YES

NO

NO

YES

YES

12

3

12

3

1

23

1st copy2nd copy

3rd copy

Finaloriginal of nthcopy printed?

1 sheet printed 1 sheet printed

Image data decompressed

Stored in page memory

Image data compression

Original scanned

Original fed to exposureposition by ADF

Original to be fedby ADF present?

Continuouscopy quantity

conditionsmet?

End

Page memory board

Stored image data decom-pressed

Even-numbered copies only rotated


(2) Sort copying

This operation is achieved by the compression/decompression function on the page memory board.

The image data of two or more originals are stored temporarily in the page memory while being

compressed. Image data stored in the page memory are then decompressed at each page, and

printed. Assuming that printing of N number of copies has been set, decompression and printing at

each page are repeated for N number of times.

(3) Group copying

In the same way as for sort copying, this operation is achieved by a compression/decompression

function. The image data of the 1st original are stored in the page memory while being compressed.

Then, the image data of the 1st original data are decompressed, and printed repeatedly for the

preset number of times. The same operation is repeated for the 2nd original onwards.

On a digital copier, a single scan is sufficient for N number of copies. However, on an analog scanner,

N number of scans must be carried out.


8

1

4 5

4 53 6

2 71 8

2 7

38 1

6

YES

NO

(4) Magazine sorting

Sorts originals in such a way that a weekly magazine or newspaper can be made.

Example:

The following describes an example where eight single-sided A4-size originals are output onto A4-

sized paper using the magazine sorting function.

8 originalstransported by

ADF?

Original fed to exposureposition by ADF

Original scanned(by 71% reduction)

Image data compression

Stored in page memory

Pages 3 and 6 are decompressed and stored as 1 page.




End

Printed on copy front side, stacked to ADU: (B)

Printed on copy front side, stacked to ADU: (A)

Printed on copy (A) rear side

Printed on copy (B) rear side

Reversal ofprinted state

Printed state8 single-sided originals


21

20.3.2 Image overlay/editing

(1) 2 in 1 and 4 in 1

2 in 1: Two originals are printed out onto single side of a single sheet of paper.

4 in 1: Four originals are printed out onto single side of a single sheet of paper.

The orientation of the printed copy can be selected for each of these modes as follows.

[4 in 1]

[2 in 1]

1 2

43


(2) Extension image overlay (when the HDD (KQ-2010) is mounted)

Merges and print outs the registered form originals and the originals to be copied.

The form originals are registered previously.

[Originals]

[Output copy]

[Image overlay]

[Form original] [Originals to be copied]

1 2 3 4

1 2 3 4

(3) Print the date

Print the date and time at the upper or lower location on the copy.

(4) Print the page number

Print the page number at the selectable locations on the copy.

September 1997 © TOSHIBA 21 - 1 2460 UNPACKING INSTRUCTIONS

21. UNPACKING INSTRUCTIONS21.1 2460/2560

1. <<Unpacking procedure>>

Unpack the copier carton box.

2. <<Unpacking the accessory package>>

Open the accessory package box and take

out accessories and other packing materi-

als.

Following items are supplied as the acces-

sory.

• Copy receiving tray

• Inspection record card / case

• Operator’s manual / pocket

• Easy set-up instruction

• Plastic cover (3 pcs.)

• Power cord

• Handle fixing plate (2 pcs.) / screw (2 pcs.)

• Cover for optional parts (LCF) (only for

overseas models)

• Part (label) for optional parts (RADF)

• Part (bracket) for optional parts (platen

cover)

• User registration

3. When carrying the machine, hold the left and

right handles of the machine firmly and move

it horizontally. Set the machine on an ap-

propriate stand.

2460 UNPACKING INSTRUCTIONS 21 - 2 September 1997 © TOSHIBA

4. Fix the handles with the fixing plates.

5. Remove the protection covers of the handles.

6. Install the optional RADF or the platen cover.

7. Pull out the cassette.


8. Remove the packing materials from the in-

side of the cassette.

Remove the power cord and developer bottle

(JPD, SAD, ASD, AUD).

9. Take out the paper from the paper package.

10. Set the paper in the cassette.

11. Insert the cassette gently.


12. Open the front cover.

13. Remove the carriage fixing screws (for trans-

portation).

Remove the packing materials for the

cleaner nozzle.

14. Remove the pressure release screw for the

fuser unit.

Remove the fixing screw for the fuser unit

entrance guide.

Remove the fixing screw for the process unit.

15. Remove the toner cartridge (supplied only

with SAD, ASD and AUD models).

For JPN models, this step is not required.

Remove the toner box.


16. Remove the packing materials beneath the

transport belt unit.

17. Turn the jam release lever counterclockwise

to put the transport belt unit in the jam re-

lease position and remove the packing ma-

terials.

18. <<Remove the process unit>>

Remove the 2 screws, the fixing plate and

the connector, and draw out the process unit

to your side to remove.

19. Place the process unit on a flat surface.

Move the lever at the front side of the pro-

cess unit in the direction of the arrow 1.

After moving the process unit in the direc-

tion 2, move it in the direction 3 to remove

the developer unit.


20. Remove the top cover of the developer unit.

Remove the protection material for the sepa-

ration claw ON-OFF lever from the cleaner

unit.

21. Pour in the developer.

Note) Before pouring in the developer, be sure

to shake the developer bottle well.

By rotating the magnetic roller, check that

the developer is being transported prop-

erly.

22. Reinstall the top cover.

Be sure to install the top cover firmly.

23. Install the developer unit in the process unit.

After inserting the shaft of the developer unit

into the rear hole 1, move the unit in the

direction 2, and then push down the front

side lever 3 to fix the developer unit.


24. Reinstall the process unit into the machine.

Reinstall the screws (2 pcs.) and the con-

nector.

25. Turn the jam release lever clockwise to re-

turn the transport belt unit to its normal posi-

tion.

26. Close the front cover.

27. Connect the power cord to the outlet.

Install the operator’s manual pocket.


28. Turn on the copier main switch.

29. <<Adjustment procedure>>

Automatic adjustment of the auto-toner sen-sor(1) By turning on the power switch, the auto-

toner sensor is automatically adjusted bythe following procedure.

(2) “UA” is shown on the copy quantity dis-play and the automatic adjustment of theauto-toner sensor starts.

(3) The machine starts its operation. Theoutput value of the toner sensor is shownon the display and the value changes.

(4) About 2 minutes and 30 seconds later,the value on the display stabilizes at 230- 250.

(5) About 30 seconds later, the automatic ad-justment of the auto-toner sensor is com-pleted and “UA” and TONER EMPTYsymbol are displayed on the copyquantity display. If the adjustment failed,the machine stops its operation and theCALL SERVICE symbol is displayed.In such case, subsequent adjustment ofthe auto-toner sensor shall be done in theprocedures described in the ServiceManual.

30. <<Toner cartridge installation procedure>>

Open the front cover.


31. Shake the new toner cartridge from side to

side several times (5~6 times) to loosen the

toner inside.

32. Remove the seal from the new toner car-

tridge by pulling.

Do not shake the toner cartridge after remov-

ing the seal (the toner may spill out.)

33. Install the new toner cartridge to the machine.

Push the toner cartridge until it touches the

end and locked.

Install the toner box to the machine.

Push the toner box to lock it securely.



35. Install the supplied 3 plastic covers to the

outer covers.

Install the copy receiving tray in the slots in

the exit cover.

36. <<Adjustment>>

Time setting

(1) With pressing the “0” and “8” keys simultaneously, turn on the machine switch.

(2) Input the code “200” and press the START button. The current input value is then displayed.

(3) Input the values of the year, month, day, day of the week code, hour, minute and second, and

press the INTERRUPT button.

(Example : 1997, Sept. 1, Friday, 13:27:48)

37. Put an original on the glass.

Code for the Day of the Week

Day of the week Code No.

Sunday 0

Monday 1

Tuesday 2

Wednesday 3

Thursday 4

Friday 5

Saturday 6

9 7 0 9 0 1 5 1 3 2 7 4 8


38. <<Final Check>>

Making copies from the cassette and the by-

pass, check the following.

• Whether paper feeding from the cassette

is correct or not.

• Whether paper feeding from the bypass

feed guide is correct or not.

• Whether automatic duplexer operation is

correct or not (when the ADU is installed).

• Where fixing and cleaning are correct or

not.

• Whether exposure level is correct or not.

• Whether control panel displays and key op-

erations are correct or not.

* Basic operations

* Special features

39. Note) The packing materials should be dis-

posed of properly.


21.2 Original Cover (KA-2060PC)1. <<Unpacking Procedure>>

Open the box.

2. Take out the platen cover.

3. <<Installation Procedure>>

Remove the bracket (with 1 screw).

4. Install the bracket supplied with the copier

machine (with 1 screw).

5. Install the platen cover.


21.3 Paper Feed Pedestal (PFP)KD-1003/2009 for 2460

1. When performing the installation, turn off the

power switch of the copier and unplug the

power cord from the outlet.

2. <<Unpacking Procedure>>

Open the carton box.

3. Remove the packing materials.

4. Take out the paper feed pedestal (PFP).


5. Take out the accessories.

• Relay unit

• Retaining bracket (2 pcs.)

• Connector cover

• Screws

6. Remove the packing materials.

7. <<Installation Procedure>>

Turn the adjuster to adjust the holizontality.

8. Place the copier machine on the PFP.

Note) Confirm that the positioning holes of the

copier accurately engage with the posi-

tioning pins of the PFP.


9. Take out the screws from the bag.

10. Remove the sub-cover of the rear cover (with

6 screws).

11. Install the connectors (2 pces.) and harness

for earth.

12. Install the connector cover (with 2 screws).


13. Install the sub-cover up side down (with 4

screws).

14. Open the right side covers of the copier and

the PFP.

15. Disconnect the connector (1 pc.) and remove

the side cover of the copier.

16. Remove the lower right cover of the copier

(with 2 screws) and remove the lower hinge

of the side cover (with 2 screws).


17. Disconnect the connector.

18. Take out the relay unit from the bag.

19. Install the relay unit (with 1 special screw and

1 screw).

20. Install the connectors (2 pcs.).


21. Install the side cover and the connector of

the copier.

22. Close the side covers of the copier and the

PFP.

23. Install the lower right cover of the copier.

24. Draw out the upper cassette of the PFP.


25. Install the retaining brackets (2 pcs.) (with 2

screws).

26. Adjust the paper size guides of the cassette.

27. Install the paper size plates.

28. Take out the paper.


29. Insert the paper into the cassette.

30. Install the cassette to the copier.


21.4 Slot Cover (KE-2060)1. When performing the installation, turn off the





3. Take out the slot cover and the accessories.

The accessories include the following.

• Retaining bracket 4• Fixing plates (2 pcs.) 4• Screws (8 pcs.) 4 7

4. <<Installation Procedures>>

Install the retaining bracket and fixing plates

(2 pcs.) (with 6 screws).

5. Open the front cover.


6. Remove the toner box.

7. Install the slot cover (with 2 screws).

8. Install the toner box.



21.5 Working Tray (KK-2460)1. When performing the installation, turn off the





3. Take out the working tray and the retaining

bracket.


Remove the glass fix plate (with 2 screws).


5. Install the retaining bracket (with 2 screws).

6. Install the working tray.


21.6 Hard Disk Unit (KQ-2010)1. When performing the installation, turn off the





3. Take out the hard disk unit and the accesso-

ries.

Note) Pay sufficient care when carrying the hard

disk unit. (See the sketch.)

The accessories include the following.

• Retaining bracket 6• Connection harness 8• BID screw (M4 x 8) (3 pcs.) 7• BID screw (M3 x 4) (4 pcs.) 6


5. Remove the PC board cover (with 6 screws).

6. Attach the retaining bracket to the hard disk

unit (with 4 screws).

7. Install the hard disk unit (with 3 screws).


Remove the rear cover (with 9 screws).


9. Replace the PC board cover (with 6 screws).

10. Replace the rear cover (with 9 screws).

11. <<Adjustment Procedures>>

(1) With pressing the “0” and “8” keys simul-

taneously, turn on the machine switch.

(2) Confirming that the “TEST MODE” is dis-

played, input the code “690” and press

the START button.

(3) Then, input “1” and press the INTER-

RUPT button.

(4) “WAIT” is displayed on the screen.

(5) After the display changes from “WAIT”

to “TEST MODE”, turn off the power

switch.

8. Connect the connection harness to the hard

disk unit and the system board.


21.7 Smoothing Unit (BRT Board) (KR-3005)






3. Take out the internal extension board and

locking support.


Remove the glass fix (with 2 screws).


5. Remove the right top cover (with 2 screws).

6. Remove the glass.

7. Remove the lens cover (with 12 screws and

1 connector).

8. Install the locking support and the internal

extension board.


9. Replace the lens cover (with 12 screws and

1 connector).

10. Replace the glass.

11. Replace the right top cover (with 2 screws).

12. Replace the glass fix (with 2 screws).


21.8 Memory Copy Unit Add-in Memory(KR-3007)






3. Take out the add-in memory for memory copy

from the bag.


Remove the rear cover (with 9 screws).


5. Remove the PC board cover (with 6 screws).

6. Install the add-in memory for memory copy

in the slot.

7. Replace the PC board cover.

8. Replace the rear cover.


21.9 Automatic Duplexing Unit (ADU)(MD-5004)






3. Take out the ADU

4. Remove the 2 brackets (1 screw each) which

fix the opening guide.


5. Take out the accessory package and remove

other packing materials.

The accessory package contains the follow-

ing parts.

• Automatic Duplexing Unit (ADU) 16• Drawer stopper 17• TBID screw (M4 x 10) 17• ADU indication seal (only for Japan) 21• Vertical transport guide

• PAN screw (M3 x 6) (2 pcs.) Not used

• Paper exit unit handle

• TBID screw (M4 x 14)



7. Pull out the both hinges and remove the front

cover of the copier.


9. Take out the following parts from the acces-

sory package.

• Drawer stopper 11• TBID screw (M4 x 10) 11• ADU indication seal (only for Japan) 15

10. Install the ADU to the upper paper feeding

slot of the copier.

11. Stop the ADU half inserted into the slot, and

install the drawer stopper to the exit side

bracket of the upper paper feeder of the

copier with the supplied screw (TBID M4 x

10).

8. Take out the accessories from the accessory

package.


13. Replace the front cover.


15. Attach the ADU indication seal (only for Ja-

pan).

12. After the stopper is installed, push in the ADU

until it stops.


21.10 Automatic Document Feeder(MR-3006A/3006E)






3. Take out the accessories.

The accessories contain the following parts.

• Original feeder tray

• Fixing screw (with flange) (2 pcs.)

• Fixing screw (2 pcs.)

• Fixing screw for document feeder tray (2

pcs.)

4. <<Installtation Procedures>>

Take out the screws from the bag.


5. Attach the fixing screws (with flange).

6. Take out the auto document feeder unit.

7. Remove the tapes for transportation.

8. Install the auto document feeder unit.


9. Fix the unit with the fixing screws.

Note) Screws must be located at the center of

the scale.

10. Plug in the connector.

11. Remove the tape for transportation of the

document feeder tray.

12. Attach the label supplied with the copier.


13. Install the document feeder tray (with 2

screws).

14. <<Adjustment Procedure>>

Skew adjustment (image screw)

(1) Check that the unit is installed properly

as indicated (right side hinge).

Note) Screws must be at the center of the

scale.

(2) Put an test original facing up on the docu-

ment feeder tray and press the START

button to make a copy. Confirm that the

copy is not skewed.

(3) If the copy is skewed, loosen the screws

(2 positions) of the hinge and adjust the

position of the right side hinge. Repeat

this until proper copy is made.

Note) After this adjustment, tighten the screws

firmly to fix the left and right hinges.

Center position adjustment

(1) Prepare a test original of A4 size with the

centerline as shown in the sketch.

(2) Put the test original with the centerline

side up on the document feeder tray 1

and adjust the side guides to the edge

of the original.

(3) Press the START button to make a copy

and fold it in two to check that the

centerline mates the center of the copy.

If not, adjust the document feeder tray.

Repeat this test until the centerline of the

copy mates the fold line. After this ad-

justment, tighten the screws (2 positions)

firmly to fix the document feeder tray.


Original leading edge adjustment

Make a copy as shown in 2 in the sketch

using the ADF and check the margin. If the

margin is not proper, adjust the ADF in the

following procedures.

(1) With pressing the “0” and “5” keys simul-

taneously, turn on the machine switch.

(2) Confirming that “TEST MODE” is dis-

played, input the code “350” and press

the START button.

(3) When the margin is too large 3, input a

value smaller than the current value and


When the margin is too small 4, input a

value larger than the current value and


Note) Adjustable step is 0 to 15 and 1 step is

equivalent to 0.9mm.

(4) Put an original on the document feeder

tray and press the PREHEAT button.

The original is drawn in and a copy is

made.

If the margin is still not proper, repeat the

step (3) above.

(5) After the adjustment completed, press

the “0” and “9” keys simultaneously to

return to the normal mode.


21.11 Cassette Module (MY-1006)1. When performing the installation, turn off the





3. Take out the cassette, paper feeder unit and

the accessories.

The accessories include the following parts.

• Cassette size switch 9• TBID screw (M3 x 6) (2 pcs.) 9• TBID screw (M4 x 8) (2 pcs.) 11• Cassette size plate (3 pcs.) 13



* Only when the cassette module is installed

to the copier.

5. Remove all the cassettes.


6. Remove he slot cover (with 2 screws).

* Only for the slot where the cassette mod-

ule is installed.

7. Open the right side cover.

8. Remove the connector cover.

* Only for the slot where the cassette mod-

ule is installed.

* For the lower slot of PFP, remove 2 screws.

9. Install the switch to the slot where the mod-

ule is installed (with 2 screws).

10. Take out the paper feeder unit from the bag.


11. Install the paper feeder unit (with 2 screws)

and connect the connector.

12. Connect the paper feeder side connector.

13. Replace the connector cover to the original

position, insert the size plate into the cas-

sette and mount it to the copier.


21.12 Key Copy Counter MU-8/MU-10To install the key copy counter, the following parts are required:

• MU-10 Counter socket• MU-8 Key copy counter

Counter socket• MU-10

Key copy counter• MU-8


Cut the window for the counter.

(2) Pull out the harness connector from the open-

ing in the machine frame.

(3) Cut the short harness of the connector.

Protect the ends of the cut harness not to

make a short circuit with the machine frame

etc.

Note: Remove the rear cover if the harness con-

nector is in the back etc.

Screw holes for the socket

Harness connector


(4) Insert the socket connector into the harness

connector.

(5) Install the counter socket to the frame (2 M3

screws).

(6) Reinstall the upper feed cover.

(7) Insert the key copy counter with its arrow mark

facing up as shown.

(7) Set the vaule to “3” in the setting mode “08”,

code “202”.

Socketconnector Harness connector

Screws(M3)

2460SM

Documents

Transcript of 2460SM