/ XV-ClE

SHAM= SERVICE MANUALSERVICE-ANLEITUNG

S37W8XVCl EKXI

PALISECAMINTSC SYSTEMLCD PROJECTORLCD PROJEKTOR

MODELMODELL XV-Cl E

In the interests of user-safety (Required by safety regulations in some countries) the set should be restoredto its original condition and only parts identical to those specified should be used.

Im lnteresse der Benutzer-Sicherheit (in einigen Lander durch Sicherheitzvorschriften gefordert) sollte dieses Geratwieder auf seinen ursprijnglichen Zustand eingestellt und nur die vorgeschriebenen Teile verwendet werden.

CONTENS INHALT -\

Pagel SPECIFICATIONS.. ............................................ 2l NOTE TO SERVICE PERSONNEL .................... 3l OPERATlON MANUAL.. ..................................... 4l REMOVAL OF MAJOR COMPONENTS .. . .........6l OPTICAL SYSTEM .......................................... 10l ADJ. IN FUNCTION ......................................... 11l ELECTRICAL ADJUSTMENT .......................... 14l TROUBLESHOOTING TABLE.. ........................ 19l INTRODUCING THE NEW ICs ........................ 23l CHASSIS LAYOUT.. ......................................... 75l DESCRIPTION OF SCHEMATIC DIAGRAM.. . .77l WAVEFORMS .................................................. 78l OVERALL WIRING DIAGRAM ......................... 79l SCHEMATIC DIAGRAM ................................... 81l PRINTED WlRiNG BOARD ASSEMBLIES.. ... .94l PARTS LISTn ELECTRICAL PARTS ................................. 99n CABINET AND MECHANICAL PARTS.. ... 111n ACCESSORIES PARTS ........................... 117I PACKING PARTS.. .................................... 117

l PACKING OF THE SET.. ................................ 118

Page

l TECHNISCHE DATEN ........................................ 38l HINWEISE FUR DEN WARTUNGSTEHNIKER . . 39l BEDIENUNG ANLEITUNG ................................. 40l ENTFERNEN DER HAUPTTEILE ....................... 42l OPTIKSYSTEM.. ........ .:....................................... 46l FUNKTION ADJ IN.. ............................................ 47l ELEKTRISCHE EINSTELLUNG.. ........................ 50l TABELLE FUR STCRUNGSSUCHE .................. .55l VORSTELLUNG DER NEUEN ICs ............ I.. ...... 59l CHASSISANORDNUNGSPLAN ......................... 75l BESCHREIBUNG DESSCHEMATISCHEN ++

SCHALTPLAN .................................................. 77l WELLENFORMEN .............................................. 78l GESAMTSCHALTPLAN ...................................... 79l SCHEMATISCHER SCHALTPLAN ...................... 81l LEITERPLATTENEINHEITEN ............................. 94l TEILLISTEn ELEKTRISCHE TEILE ................................... 99n GEHAUSE UND MECHANISCHE

BAUTEILE ................................................ 11 1n ZUBEHCjR ................................................... 1 17n VERPACKUNGSTEILE ................................ 1 17

l VERPACKEN DES GERATS. ............................ 118

-

SHARP CORPORATION

XV-Cl E

St3ecifications

r

Product Type

Model

Video system

Display method

Panel size

Display methodLCD panel

Drive method

No. of dots

Lens

Projection lamp

Contrast ratio

Video input signal

S-video input signal

Horizontal resolution

Audio output

Speaker system

Rated voltage

Rated frequency

Power consumption

Standby consumption

Operating temperature

LCD Projector

XV-C 1 E

PALISECAMINTSC 358/NTSC 4.43

LCD panel x 1, RGB optical shutter method

1.32 (20.0 (H) X 26.8 (W) mm)

Translucent TN liquid crystal panels

TFT (Thin Film Transistor) Active Matrix panels

181,470 dots (230 (V) x 789 (H))

F2, f= 56.5 mm

125 W Metal halide

1OO:l

RCA Connector: VIDEO, composite video, lVp-p, sync negative, 7552 terminatedRCA Connector: AUDIO, 142 mVrms, more than 47Kn (stereo)

4-pin mini DIN connectorY (luminance signal): 1 Vp-p, sync negative, 7.58 terminatedC (chrominance signal): burst 0.286 Vp-p, 75R terminated

360 TV lines (video input)

1 W (monaural)

6.5 cm round

AC 200-240V

50160 Hz

167W

3.6 W

5C to 40C

Storage temperature - 20C to 60C

Cabinet Plastic

Dimensions (W x D x H) 210 x 277 x 130 mm

Weight 1 3.5 kg

Supplied accessories Lens cover (installed), air filter (installed)

Replacement parts Air filter (PFILD0054CEZZ)

Our projector uses a single LCD (Liquid Crystal Display) panel. This very sophisticated panel contains Total of 181,470 dots(RGB Trio 60,490 Pixels) TFTs. (Thin Film Transistors). As with any high technology electronic equipment such as largescreen TVs, video systems and/or video cameras, there are certain acceptable tolerances that the equipment must conformto.

Sharps acceptable tolerances permit a total of six (6) inactive TFTs, which may result in illuminated dots on the pictures c r e e n .

This will not affect the picture quality or the life expectancy of the unit.

*Specifications are subject to change without notice.

2

I XV-Cl ENOTE TO SERVICE PERSONNEL

///////////////////UV-RADIATION PRECAUTION

////////////////////The light source, metal halide lamp, in the LCDprojector emits small amounts of UV-Radiation.

AVOID DIRECT EYE AND SKIN EXPOSURE.

To ensure safety please adhere to the following:

1. Be sure to wear sun-glasses when servicing theprojector with the lampturned on and the topenclosure removed.

UV-Radiation and Medium PressureLamp Precautions1. Be sure to disconnect the AC plug when replacing

the lamp.2. Allow one hour for the unit to cool down before

servicing.3. Replace only with same type lamp. Type

CLMPF0044DEOl rated 6OV/125W.4. The lamp emits small amounts of UV-Radiation,

avoid direct-eye contact.5. The medium pressure lamp involves a risk of

explosion. Be sure tcrfotlow installation instructionsdescribed below and handle the lamp with care.

2. Do not operate the lamp outside of the lamp housing.

3. Do not operate for more than 2 hours with theenclosure removed.

1 w Lamp ReplacementNote:Since the lamp reaches a very high temperatureduring units operation replacement of the lamp shouldbe done at least one hour after the power has beenturned off. (to allow the lamp to cool off.)Installing the new lamp, make sure not to touch thelamp (bulb) replace the lamp by holding its reflector0.[Use original replacement only.]

l-k

DANGER ! - Never turn the power on withoutthe lamp to avoid electric-shock or damage of thedevices since the stabilizer generates high voltagesat its start.

3

j XV-ClE

Location of Controls

FRONT VIEW

TEMPERATURE WARNING indicator

LAMP REPLACEMENT indicator

POWER indicator

CAUTIONS:l Allow at le-- n -a~ IU Lrn of space between the coolina fan

(exhaust vent) and the wall.LENS FOCUSING

COOLING FAN

HEIGHT ADJUSTERLENS SHIFT DIAL

OPERATION PANELONTOP OF PROJECTOR

l If the cooling fan becomes obstructed, a protection devicewill automatically turn off the projector lamp. This does notindicate a malfunction. Remove the projector plug from thewall socket and wait 10 minutes. Then turn on the power byplugging the cord back in. Thiswill return the projector toits normal mode.

REAR VIEW

MAIN POWER switch

ON/OFF

o-01

VOLUME

ENTER

o-EN -ENTER button

-POWER (ON/OFF) button

- VOLUME UP-DOWN (?/A)buttons

-MENU button

-ADJUSTMENT (V/A) buttons

~;t;o.@-.-/-S-VIDEO INPUT (4-pm mini DIN)

COMPOSITE VIDEO INPUTVideo: RCAAudio: RCA

HEADPHOHE Headphone jack

Dimensions

j XV-ClE

0000

00

000

Top View

Front View Side View

277272

[Units: mm]

Bottom View

5

XV-CIE j

REMOVAL OF MAJOR COMPONENTS

1. Removing the cabinetsl-l. Turn the lens shift dial until the lens comes to almost the center of the lens hole in the front cabinet,l-2. Remove the air filter cover first and then the M3 screw.1-3. Remove the tapping screw off the bottom cabinet.

Air Filter Cover

1-3

1-4. Remove the five screws (four 3-mm tappingscrews and one M2.5 screw) off the rearcabinet.

l-5. Disconnect the connector (PE) of the AC cord(that runs through the rear cabinet) from theballast unit. Detach the rear cabinet. /

6

XV-Cl E

Top Cabinetl-6. Lift the back of the top cabinet slightly

and unhook the front cabinet.(a) First undo the left-hand hook.(b) Next undo the right-hand hook.Now lift the top cabinet further up anddisconnect the leaf switch connectors(LF) and (LL) as well as the operationkey unit flat cable (KE). The topcabinet is now free.

l-7. Tilt the front cabinet slowly in thearrow direction to unhook it from thebottom cabinet.(a) First undo the left-hand hook. Be

careful to tilt the front cabinetslowly.

(b) Next undo the right-hand hook.l-8. Disconnect-the speaker connector

(SP) and remove the two lock screws.Now detach the side cover.

Assy

Reassembling procedureNote: Mount the air filter cover last. Do not attempt to place the air filter cover first and then the top cabinet.

Because otherwise the air filter covers lever and the top cabinets leaf switch lever would interfere with eachother, thereby damaging the leaf switch.

1. Set the top cabinet over the bottom cabinet.2. Press the front cabinet against the top and bottom cabinets to fit them together.3. Press the rear cabinet against the top and bottom cabinets to fit them together.4. Tighten up the screws into the rear cabinet. Use the four 3-mm tapping screws and one M2.5 machine screw.

Be careful not to drive any tapping screw into the M2.5 screw hole. The screw threads may be deformed.5. Tighten up the tapping screws to fix the top and bottom cabinets.6. Tighten up the M3 machine screws behind the air filter cover.7. Finally mount the air filter cover.

7

XV-Cl E I

2. Removing the PWBs2-l. Remove the four screws off the cooling fan.2-2. Slide out the power unit, ballast unit, and main/sub units in their directions of arrow. Disconnect the connectors.2-3. Remove the screws off the control unit and operation key unit. Disconnect the connectors.

3. Removing the LCD module unit3-1. Remove the screw off the panel cover. Take out the panel cover.3-2. Pull up the LCD module unit slowly out of position.

r\--l-,:-n Key Unit

Panel Cover, w 2-3

LCD

Control Unit- -

Module Unit

Sub Unit

-- a.--.(exhaust vent)

iv Top Cabinet

8

1 XV-ClE

4. Removing the optics mechanism assembly4-l. Remove the two screws off the intake duct assembly. Detach the intake duct assembly from the bottom

cabinet.4-2. Remove the five screws off the optics mechanism assembly. Detach the assembly from the bottom cabinet.

5. Removing the lamp5-1. Remove the two lock screws off the lamp/cage

module unit.5-2. Remove the three countersunk lock screws off

the upper and lower lamp cases.5-3. Remove the lock screw and the nut off the

lamp terminal.5-4. Release the lamp lock spring off the hook

below the lower lamp case. Take out the lamp/mirror assembly.

Lamp/cage module unit--------_ 1

5-30

. \ h 5-2/

\p-------------J

Optics Mecha Assy

let Assy

XV-Cl E

OPTICAL SYSTEM

Optical unit

Incident deflection platePFiLWOl64CEZZ

DLCPP0049DEOl

PCAPH1048CESA fTh( Lens cap

, ,,o,, ,\ I Ib7+r

JPLNS-0120CEZZProjection lens

n Cleaning the lenses and reflectors1. Lens cleaner

l Cleaning liquid:Change the mixture ratio of alcohol and ether depending onambient temperatures. Make sure that the liquid evaporatesfrom the lens surface immediately after you rub it: This is thebest ratio. The more ether is used, the quicker the liquidevaporates.

l Method:Use well-washed bleached cotton cloth or cleaning paperavailable on the market. Damp the bleached cotton cloth withthe liquid, and hold the lens sandwiched in the cloth with yourthumb and the index finger. Turn the lens and wipe the surfaceclean from the center outward to collect dust. Be careful not torub the coated surface too strong.

10

/XV-ClE

ADJ IN (adjustment input) FUNCTION1. Keys used for the adjustments

On the sub PWB: s2001Control keys: [ENTER], [MENU], [SELECT/ADJ.A], [SELECT/ADJ.v], [VOLUMEA]

2. OperationPress 52001 to call up the ADJ IN mode.Use the [SELECT/ADJ. A] and [SELECT/ADJ.v] keys to select an adjustment group, and press the[ENTER] key.Use the [SELECT/ADJ. A] and [SELECT/ADJ.V] keys again to select an adjustment subject, and pressthe [ENTER] key.The [SELECT/ADJ. A] and [SELECT/ADJ.v] keys are also used to make adjustments.Each time the [ENTER] key is pressed on the ADJ IN screen, the adjustment subjects of a group arechanged one by one. (Pressing the [VOLUME A] key changes the subjects in the reverse order.)When the [MENU] key is pressed, the previous group appears on the screeo. _Press S2001 again to go out of the ADJ IN mode.

Group IVIDEO 1 VIDEO 2 VIDEO 3

H-CENT SUB-BIAS P-H-CENTCONT R-BIAS P-COLORBRIGHT B-BIAS S-COLORTINT R-DRIVECOLOR B-DRIVESUB-RSUB-GSUB-B

TEMPSET N*W L&NE-R .qJ-m .I.G :-aw f&RB

..TEtiF?, .

N*WTEQP2. : i

~

FACTORY SET 4

The adjustment group LINE is not used here.

11

XV-Cl E 1

3. Adjustment subjects

VIDEO 1H-CENTCONTBRIGHTTINTCOLORSUB-RSUB-GSUB-B

NTSC horizontal position adjustmentSub-contrast adjustmentBrightness adjustmentTint adjustmentColour adjustmentNot used, just to be 0 (zero)Not used, just to be 0 (zero)Not used, just to be 0 (zero)

VIDEO 2SUB-BIASR-BIASB-BIASR-DRIVEB-DRIVE

Sub-bias adjustmentWhite balance (red), bias adjustmentWhite balance (blue), bias adjustmentWhite balance (red), drive adjustmentWhite balance (blue), drive adjustment

VIDEO 3P-H-CENTP-COLORS-COLOR

PAL horizontal position adjustmentPAL colour adjustmentSECAM colour adjustment

TEMPSET Temperature detection level setting

N.W (Single-colour display)R RedG GreenB BlueN.W: Not used

12

I I1 VIDEO1 I=-----

H-CENT SUB-R ILYCONT SUB-G l-4

User mode screen

I

: 1._._.._._.____.__...._______------I

FACTORY SET 4

----#I

-I 1

XV-ClE 1

ELECTRICAL ADJUSTMENT3. Adjustment Item Adjustment Conditions Adjustment ProcedureI NTSC free- 1. Receive the NTSC monoscope pattern l Turn Rl616 until the image appears

running signal. as specified.frequency 2. Make a short-circuit between pin (6) of(R1616) P803 and GND.

)- PAL free-runningfrequency(R1602)

1. Receive the PAL monoscope pattern l Turn Rl602 until the image appearssignal. as specified.

2. Make a short-circuit between pin (6) ofP803 and GND.

1 NTSChorizontalcenter (DAC)

1. Receive the NTSC monoscope pattern l Using the A and v keys, make thesignal. overscan just the same at right and

2. Press 52001 to call up the ADJ IN l e f t .mode and select the following subject.Group: VIDEO 1Subject: H-CENT

PAL horizontalcenter (DAC)

1. Receive the PAL monoscope pattern l Using the A and v keys, make thesignal. overscan just the same at right and

2. Press 52001 to call up the ADJ IN left.mode and select the following subject.Group: VIDEO 3Subject: PAL-H-CENT

Contrast (DAC) 1. Receive the NTSC lo-step pattern l Using the A and v keys, adjust the(gamma signal. difference between the 100% whitecorrection on) 2. Apply 3.5 Vdc to pin (7) of P803 to turn level and the pedestal level to

off the gamma corrector. 6.OkO.l Wp-p.

3. Connect an oscilloscope between pin 4(2) of Pl401 and GND. II

4. Press S2001 to call up the ADJ INmode and select the following subject.Group: VIDEO 2Subject: S-BIAS

5. Using the A and v keys, put thewaveform to its proper shape.

6. Select the following subject.Group: VIDEO 1Subject: SUB-R, SUB-G, SUB-BMake sure all these subjects have anentry of 0 (zero).

7. Adjust R861 to get the highest gain.8. Finally select the following subject.

Group: VIDEOSubject: CONT

14

/XV-ClE

No. Adjustment Item Adjustment Conditions Adjustment Procedure

6 Automatic gain 1. Receive the NTSC lo-step pattern l Turn R861 so that the differencecontrol: R861 signal. between the 100% white level and(gamma 2. Connect the oscilloscope between pin the pedestal level be 4.8kO.05 Vp-correction off) (2) of PI401 and GND. Pa

4IIIIIIIIf

7 Brightness 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the(DAC) (gamma signal. difference between the first-stepcorrection on) 2. Press S2001 to call up the ADJ IN level and fhe 100% white level to

mode and select the following subject. 2.4O-eO.05 Vp-p.

Group: VIDEO 1Subject: BRIGHT

3. Connect the oscilloscope to pin (2) ofP1401.

8 Tint (DAC) 1. Receive the NTSC half-colour bar l Using the A and v keys, adjust thesignal. - (B-Y) signal waveform to slope

2. Press S2001 to call up the ADJ IN down straight.mode and select the following subject.Group : VIDEO 1Subject : TINT

--..- --._43. Connect the oscilloscope between pin

(5) of P803 and GND.

--._- -.-

-

9 Sub-bias (DAC) 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the(gamma signal. difference between the white levelscorrection on) 2. Press S2001 to call up the ADJ IN to 3.25kO.05 Vp-p.

mode and select the following subject.Group : VIDEO 2 1

Subject : SUB-BIAS3. Connect the oscilloscope to pin (2) of

P1401.

15

XV-ClE j

40. Adjustment Item Adjustment Conditions Adjustment Procedure10 R-drive (DAC) 1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust the

(gamma signal. difference between the first-stepcorrection on) 2. Press S2001 to call up the ADJ IN level and the white level to

mode and select the following subject. 2.4OiO.05 Vp-p.

Group: VIDEO 2Subject: R-DRIVE

-?--II

3. Connect the oscilloscope to pin (3) ofP1401.

11 B-drive (DAC)(gammacorrection on)

1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust thesignal. difference between the first-step

2. Press S2001 to call up the ADJ IN level and the white level to 2.4OaO.05mode and select the following subject. VP-P.Group: VIDEO 2Subject: B-DRIVE ?---

3. Connect the oscilloscope to pin (1) ofII

P1401.I/,I

-------------------&.-

12 R-bias (DAC)(gammacorrection on)

1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust thesignal. difference between the white levels

2. Press S2001 to call up the ADJ IN to 3.25kO.05 Vp-p.mode and select the following subject.Group: VIDEO 2Subject: R-BIAS

13 B-bias (DAC)(gammacorrection on)

3. Connect the oscilloscope to pin (1) ofP1401. +

l-+lIq

1. Receive the NTSC IO-step pattern l Using the A and v keys, adjust thesignal. difference between the white levels

2. Press S2001 to call up the ADJ IN to 3.25kO.05 Vp-p.mode and select the following subject.Group: VIDEO 2Subject: B-BIAS

16

/XV-ClE

No. Adjustment Item

14 NTSC colour(DAC) (gammacorrection on)

Adjustment Conditions Adjustment Procedure

1. Receive the NTSC half-colour bar l Using the A and v keys, make thesignal. 100% white portion and the primary

2. Press S2001 to call up the ADJ IN red portion at the same level.mode and select the following subject.Group: VIDEO 1Subject: COLOR

3. Connect the oscilloscope between pin(3) of PI401 and GND.

15 PAL colour(DAC) (gammacorrection on)

1. Receive the PAL half-colour bar signal. l Using the A and v keys, adjust the2. Press S2001 to call up the ADJ IN difference between the 100% white

mode and select the following subject. level and the red level to 0.25iO.05

Group: VIDEO 3 vp-p. - -

Subject: PAL-COLOR3. Connect the oscilloscope between pin

(3) of P1401 and GND.

16 SECAM colour(DAC) (gammacorrection on)

1. Receive the SECAM half-colour bar (E- + Using the A and v keys, adjust the1 OCH) signal. difference between the 100% white

2. Press S2001 to call up the ADJ IN level and the red level to 0.25kO.05mode and select the following subject. VP-P.Group: VIDEO 3Subject: SECAM-COLOR

3. Connect the oscilloscope between pin(3) of PI401 and GND. :

17 Counter-bias

16 White balance

1. Receive the NTSC monoscope pattern 4 Turn RI402 until the best contrastsignal. is achieved.

1. Receive the NTSC monoscope pattern l Using the A and v keys, visuallysignal. adjust the white balance to be the

2. Press S2001 to call up the ADJ IN same as that on the monitor screen.mode and select the following subject.Group: VIDEO 2Subject: R-BIAS, B-BIAS

17

XV-Cl E

UO. Adjustment Item Adjustment Conditions Adjustment Procedure19 On-screen 1. Receive the NTSC monoscope pattern l Turn I2003 so that the display bar

display position signal. be well centered on the screen.check 2. Press the SOUND UP/DOWN keys to

get the sound volume display bar onthe screen.

20 Temperature 1. Press S2001 to call up the ADJ IN l Check that the numerical entry is 40.detection level mode and select the following group.c h e c k Group: TEMP. SET

18

1 XV-CIE

TROUBLE SHOOTINGTABLE

No picture

NoI

Check the lamp.Is voltage applied at the EAand EB connectors? L---- ---- -I

r --------- 1 Yes -- 3---------Check the power unit. r 1

L - - - - - - - - - -i V Check the ballast unit circuit.No L --------- AIs there signal at pins (21) and

(29) of IC801?

r --------- 1 YesCheck lC401, DL401 and theirL peripheral circuits.- - - - - - - - - - l

VIs there signal at pins (l), (2) and (3)of P803?

No

Yes r ----L,,,,Check IC801, Q801, Q802, Q803 1and their peripheral circuits.

r --mm-----Go to Checking the IC1501 1 L------,--AI interface circuit. I

No colour or poor tint withNTSC signal

VIs there chroma signal input at pin(20) of IC801?

No

Yes r ----L---m7Check DL401, lC401,0401 and therrr --------_I

~ , peripheral circuits.I

Check IC801 and its peripheral, circuits (X801 and C810 in particular). ,

19

XV-Cl E

TROUBLE SHOOTING TABLE (Continued)

No colour or poortint with PAL

r ---m-mIs there video signal input at pin (29) No Check IC401 and its 1of IC801? * peripheral circuits.I I

t-----y

Are R-Y and B-Y signals put out of Nofl peripheral circuits (X801 and 1

Check IC801 and its I

pins (45) and (46) of IC801?C811 in particular).

I L -J----m-m

I Check iC802 and its peripheral ~ Icircuits.L --------a-I

No colour or poortint with SECAMsignal

Check IC401 and its peripheral

Check IC801 and its peripheral

Check IC803 and its peripheral

r I-------Check IC801 and its peripheral 1L circuits.- A - - - , - - , J

20

XV-Cl E

TROUBLE SHOOTING TABLE (Continued)

1 No horiy;ezd sync1

r - - - - -No 1I Is there horizontal drive signal outputat pin (58) of IC801? IC801 d e f e c t i v e . 11 Yes I L ----- -I

I I c-----sAre video signal at pin (27) or (29) ofIC801 and horizontal drive signal at

No

pin (58) of lC801 in sync with eachother?

t-

I

1Check pins (58) and I

(59) of IC801 and their Iperipheral parts.L - - - - - -I

1 Yes

r - - - - -Is there horizontal sync signal output No Check IC503 and its 1at pin (10) of IC503? *, peripheral circuits. I

I Yes

r ----A---- 1Check IC1603, IC1607 and IC1608,I all located on the control PWB. Check I

also their peripheral parts.L------w---I

r - - - - -Is there vertical sync signal output at NoL Check IC801 and its 1pin (4) of IC801? *, peripheral circuits. I

-~~~~~~~a~~5:Is there vertical sync signal input at

r ---------Check IC1606 and its penpheral 1, parts. I

21

XV-Cl E

TROUBLE SHOOTING TABLE (Continued)

Are there video signal outputs at pins

I Yes

r----'a,,,Check Q1402,01403, Q1408, 1I Q1409, Q1414 and Q1415. I

I Remove Q1701. Does F1701 break 1down again? Power unit in trouble. INo

r---------Ballast unit in trouble.

1

No nroblem with fuse I Fuse blown-out

. I Is discharging sound heard? I Do Q1701 and L1701 break down inthe short-circuit mode?rRG;Eel r-'-l1 T1702 or I I ET& eQer 1

L'"2-J L---l

22

rFt,;,el Fh,k%;;blTI al701 a n d I I Ll701 a n d their!

L1701.L I p e r i p h e r a l c i r c u i t s . 11

XVCl E

.

Introducing the new ICs

1. ICI501 (VHllR3Y12B/-1)

I. Names of pins

Pin No. Name Pin No. Name

1 SW 25 TINT

2 CONTRAST 26 VCO OUT

3 EXT IN B 27 APC FILTER

4 EXT IN G 28 VCO IN

-5 EXT IN R 29 GND

6 VCCl 30 N. C.

7 VEE 31 VEE

8 C IN 32 R OUT

9 ACC FILTER 33 v c c 2

10 Y IN 34 G OUT

11 COLOUR 35 OUT DC DET

12 F ADJ 36 B OUT

13 AGC OUT 37 N. C.

14 AGC FILTER 38 RGB AMPLITUDE

15 N. C. 39 FRP

16 CLAMP 40 RGB INV

17 APL 41 SUB BRIGHT B

18 H FILTER OUT 42 SUB BRIGHT R

19 SYNC SEP 43 BRIGHT

20 SYNC OUT 44 GAMMA 2

21 SYNC IN 45 GAMMA 1

22 TIME CONSTANT 46 PEAK LIMITER

23 PICTURE 47 SUB CONTRAST B

24 KILLER FILTER 48 SUB CONTRAST R

: 23

XV-Cl E

II. Block diagram

24

XV-Cl E

Ill. Functionsi) Functions of pins

l SW (pin No. 1)Used to switch between the INT signal from the video chroma circuit and the EXT signal from the EXT R/G/Binput terminal. At L level, the INT signal is accepted; at H level, the EXT signal.

l CONTRAST (pin No. 2)Used to receive DC voltage and to adjust the contrast of primary colour output.

l EXT IN B, EXT IN G, EXT IN R (pin Nos. 3, 4 and 5)Used to receive the external R, G and B inputs. Each input should come through a coupling capacitor.

l VCCl (pin No. 6)Used to connect positive-polarity power.

l VEE (pin Nos. 7 and 31)Used to connect negative-polarity power.

l C IN (pin No. 8)Used to input the chroma signal.

l ACC FILTER (pin No. 9)Used to connect with the ACC detection filter.

l Y IN (pin No. 10)Used to receive the luminance signal.

l COLOR (pin No. 11)Used to receive DC voltage for colour adjustment.

l F ADJ (pin No. 12)A resistor is added between this terminal and GND. Used to adjust the filters frequency characteristic.

l AGC OUT (pin No. 13)Used to output the voltage detected by the video system AGC detector.

l AGC FILTER (pin No. 14)Used to connect a filter to detect the video systems AGC.

l CLAMP (pin No. 16)Used to connect with a capacitor to clamp the luminance signal pedestal.

l APL (pin No. 17)Used to connect a filter to detect the luminance signals APL (Average Picture Level).

l H FILTER OUT (pin No. 18)Used to output the video signal for sync separation.

l SYNC SEP (pin No. 19)Used to input the video signal for the sync separation circuit.

l SYNC OUT (pin No. 20)Used to output the sync signal picked up by the sync separation circuit. Can be connected with a controllerwith different power supply because of the open-collector output type. The output signal gets to H level forsync and to I level otherwise.

25

XV-CIE 1

l SYNC IN (pin No. 21)Used to receive L-level (= OV) pulse for sync and H-level (= 3V) pulse otherwise. The sync signal receivedand the sync signal separated by the sync separation circuit are fed through an OR gate and then into thegate pulse generator circuit.

l TIME CONSTANT (pin No. 22)Used to make gate pulse width setting according to CR time constant.

l PICTURE (pin No. 23)Used to receive DC voltage for adjusting the video systems frequency characteristic.

l KILLER FILTER (pin No. 24)Used to connect a filter for killer detection.

l TINT (pin No. 25)Used to receive DC voltage to adjust the tint.

l VCO OUT (pin No. 26)Used to output the oscillator circuit signal.

l APC FILTER (pin No. 27)Used to connect an APC detection filter.

l VCO IN (pin No. 28)Used to receive the oscillator circuit signal.

. GND (pin No. 29)Grounding terminal.

l R OUT, G OUT, B OUT (pin Nos. 32,34 and 36)Used to output the primary-colour signals that are inverted according to the inversion signal.

l VCC2 (pin No. 33)Used to connect the positive-polarity power for RGB output.

. OUT DC DET (pin No. 35)Used to connect a capacitor to detect the output DC bias.

l RGB AMPLITUDE (pin No. 38)Used to adjust the amplitude between the inverted RGB output and the non-inverted one. This terminal ispreset inside the IC.

l FRP (pin No. 39)Used to receive the inverted signal.

l RGB INV (pin No. 40)Used to receive voltage to switch the RGB output polarity according to the FRP polarity.

l SUB BRIGHT B (pin No. 41)Used to receive DC voltage for fine adjustment of the B signals luminance level. This terminal is preset insidethe IC.

l SUB BRIGHT R (pin No. 42)Used to receive DC voltage for fine adjustment of the R signals luminance level. This terminal is preset insidethe IC.

26

XV-Cl E

l BRIGHT (pin No. 43)Used to receive DC voltage for brightness adjustment.

l GAMMA 1, GAMMA 2 (pin Nos. 44 and 45)Used to receive DC voltage to set agamma-correction DC voltage gainswitching point. (See the figure atright.) The Gamma 2 terminal is pre-set inside the IC.

output

PEAKLIMITER

l PEAK LIMITER (pin No. 46)Used to receive DC voltage to set thewhite peak limiter level for primary-colour output.

Input

l SUB CONTRAST B (pin No. 47)Used to receive DC voltage for fine adjustment of the B signals contrast. This terminal is preset inside the IC.

l SUB CONTRAST R (pin No. 48)Used to receive DC voltage for fine adjustment of the R signals contrast. This ferminal is preset inside the IC.

ii) Circuit behavior

l ACC detector, ACC amplifierThey form an ACC loop and serve to detect the peak of the burst signal amplitude.

l VCO, APC detectorThe VCO local oscillation circuit is of Pierce crystal oscillator type and functions as a crystal unit. The APCdetector phase-detects the burst signal and the VCO oscillation output signal. The resulting detection voltageis used to control the VCOs oscillation frequency and to form a phased-locked loop. By doing so, no readjust-ment is needed.

9 Killer detectorThe detector is used to phase-detect the burst signal and the VCOs oscillation output signal.

l Picture adjustment circuitThe value Q of the luminance signal delay line is changed in order to adjust the frequency characteristic.

* AGC circuitVarious AGC characteristics can be achieved depending on the luminance signals APL. The luminancesignal is fed to the filter at pin (17) to get rid of the high-frequency components. The resulting signal goes tothe AGC detector to detect the peak.

l Filter adjustmentThe resistance between pin (12) and GND can be regulated to adjust the filters frequency characteristic.

l External input switchThe INT and EXT signals can be switched over by the control signal coming to pin (l).The switch is of high-speed type.

2 7

XV-C1 E

l Gamma correction and peak limiterThe LCD panels have the outputcharacteristics shown at right.The curves variation points can bearranged by using pins (44), (45)and (46).

output

Input

l InversionThe primary-colour outputs at pins (32), (34) and (36) are inverted according to the FRP pulse being inputtedto pin (39). When the pin (40) is at the VCC potential, the input, output and inverted pulse are in the relation-ship shown below.

VIDEO input

FRP input --

R.G.B output i

Tl-

r

l Primary-colour outputThe push-pull system is employed in order to drive a capacity load, A feedback is made to keep the outputsignals center voltage at (VCC+VEE)/2. This is to prevent DC components from getting superimposed and toavoid adverse effect on the LCD panels.

28

2 . IC1606 (VHIETM3070T-1)I. Functions of terminals

No. Pin name I10 Connection Function

1 N. C. - Not used.2 /OSCl I 1 Input from VCO. 1 Reference frequency oscillator input.3 N. C.4 osco5 N. C.

- Not used.0 output to vco.- Not used.

Reference frequency oscillator output.

6 PC0 0 output to vco. Phase comparison circuit output.7 OFH 0 Vertical counter reference clock output.8 N.C. - Not used.9 PDM I Power-saving mode select input

(Normal at L. Power savina at H).1 0 MOUTl 0 O p e n .11 MOUT2 0 O p e n .12 SBLD 01 3 BLDIN I14 BLDOUT 015 N. C. - Not used.

.-I_

Test terminal reference signal monitor output 1.Test terminal reference signal monitor output 2.Backlight drive sync signal output.Backlight drive sync signal input (for variable pulse width).Backlight drive sync signal output (for variable pulse width).

16 MHSYNC 017 GND - P o w e r .

Horizontal sync signal monitor output.Loaic circuit power around (OV).

18 VCC - Power. Logic circuit power (+5V typical).19 INVOUTl 0 lnverter output 1.

20 INVlNl I lnverter input 1.

21

24 WMODE I

HDOUTl 0

25 VMODE I26 TEST5

22 HDOUT2

I

0

27 TEST4 I

23 VDOUT 0 >WIDE mode select input (Normal at I, Wide at HI).

Horizontal signal outputsync

VIDEO mode select input.

1.

Test terminal input.

Horizontal signal outputsync

Test terminal input.

2.Vertical svnc sianal outbut.

2 8 ITESTI

I 1I

Test terminal input.29 TEST230 TEST1

Test terminal input.Test terminal input.

3 1 CL0 0 Negative power generation clock output.32 DGND - Power. High-voltage power ground (OV).33 DX 0 Output to TFT panel. TFT panels X-direction shift data output (VDDl line).34 VDDl - Power. High-voltage power 1 (+15.OV typical).3 5 CLX2 0 Output to TFT panel. TFT panels X-direction transfer clock output fVDD1 line).3 6 CLX23 7 CLX438 CLX4

0 Output to TFT panel. TFT panels X-direction transfer clock output (VDDl line).0 Output to TFT panel. TFT panels X-direction transfer clock output (VDDl line).0 Output to TFT panel. TFT panels X-direction transfer clock output (VDDl line).

3 9 CLX34 0 CLX34 1 CLXl

0 Output to TFT panel. TFT panels X-direction transfer clock output (VDDl line).0 Output to TFT panel. TFT panels X-direction transfer clock output (VDDl line).0 Output to TFT panel. TFT panels X-direction transfer clock output (VDDl line).

4 2 /CLXl 1 0 1 Output to TFT panel. TFT panels X-direction transfer clock output (VDDl line).

29

XV-Cl E

No. Pin name I/O Connection Function

43 DGND - Power. High-voltage power ground (OV).

44 DY 0 Output to TFT panel. TFT panels Y-direction shift data output (VDD2 line).

4 5 CLY 0 Output to TFT panel. TFT panels Y-direction transfer clock output (VDD2 line).

46 CLY 0 Output to TFT panel. TFT panels Y-direction transfer clock output (VDD2 line).

4 7 ENOUT 0 Output to TFT panel. TFT panels enable signal output (VDD2 line).

48 VDD2 - Power. High-voltage power 2 (+12.OV typical).

49 DGND - Power. High-voltage ground (OV).

50 TEST6 I Test terminal input.

51 OE I Output enable control input.

52 NAOUT 0 NAND output.

5 3 NAIN2 I NAND input 2.

5 4 NAlNl I NAND input 1..--

55 RGBINV 0 1 V inverted signal output (output to chroma IC).

56 FRP 0 1 H inverted signal output (output to chroma IC).

57 CSYNC I Composite sync signal input.

58 MVSYNC 0 Vertical sync signal monitor output.

59 VLS 0 Output to video circuit. Video level setting signal output for WIDE mode.

6 0 lNVlN2 I lnverter input 2.

61 INVOUT2 0 lnverter output 2..

6 2 M F S 0 Field ID signal monitor output.

63 VCC - P o w e r . Logic circuit power (+5V typical).

64 GND - P o w e r . Logic circuit power ground (OV).

l The GND and DGND pins are interconnected inside the chip with a resistor in between. Be sure to keepboth pins at the same potential.

l When the OE input level gets low, all the output signals to the TFT panel - DX, CLXi, CLXi (i =l thru 4),DY, CLY, CLY, and ENOUT - come to low level too.

l Be sure to fix the non-used inverter input and NAND input at the high or low level.

l Switching between the VIDEO and WIDE modes goes as follows depending on the WMODE andVMODE input levels. L: Low level, H: High level. 5

WMODE VMODE Display mode Remarks

I L I L / NTSCLH

H Intermittent PALH Letter box (NTSC) VLS: During the H period, the black-level video

signal is put into the TFT panel.

l In the power-saving mode with no display, the CLXl thru CLX4 signals are all at low level, whereas theCLXl thru CLX4 signals all at high level.

l Keep all the test terminal inputs at low level.

l Keep open the test terminal reference signal outputs - MOUTl and MOUT2.

30

II. Block diagram

XV-Cl E

(VCC Line )

~ Video mode switch

4 vvvv$1

countercounter dividerdivider

JFJ44 \1\1

X-direction signalX-direction signal o)-I , generation decodergeneration decoder Vnrticnl svqc D&e 3

I I PCOI, ; II Phase- - l ,I I At .!3 -(I)6

VDOUT

RGBINV

FRP

VLS

MFS

INVIN

INVOUT

VDDl3

Level shifter 1 Leve

- - -

!I shil -

HDOUTI

HDOUT2

SBLD

BLDIN

BLDOUT

MVSYNC

MHSYNC

NAlNlNAIN2NAOUT

-----------_

0 VDD2

(VDD Line )

31

XV-Cl E

3 . IC2001 (RH-IX2992CENl)I. BLOCK DIAGRAM

INTERFACE

IR3Y12

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+ 4444

LCD

CONTROLLER

CLK DATA CS 1 1 1

JAPANISEEG

S-VIDEO-IN

MICRO-CONTROLLER

IX2992CE l61 SECAM OUT I+-----~ 57I

- B-OUT

LED LAMP 4RESTART up

LED TEMP

BALLAST unit

SDA

32

/XV-ClE

II. PINS

I I/O I Remarks1 NC NC -

2 NC NC -

3 NC NC -

4 NC NCI I I I5 1 p&o/PWM4 1 s - c s 1 0 1 SERIAL-CS (for D/A)

6 m/PWM5 OPTION 1 I JAPAN/US

7 QIPWMG OPTION 2 I SEEGI

8 P03lPWM7 OPTION 3 I GND

9 NC NC10 P42ISiJAD5 NC -

11 P41 /SCLK/ADG S-CLK 0 SERIAL-CLOCK (forDtA)I I

12 1 P40/SOUT (IN)/AD7 1 S-DATA 1 0 1 SERIAL-DATA (for D/A)

13 DA NC

1 4 P35/lNT2/AD4 NC -

15 P341M R/C I R/C

1 6 w/TIM3

1 7 &/TIM2

18 P24

S-VIDEO IN I S-VIDEO SW

LAMP FAILURE I LAMP FAILURE

LED STAND BY 0 LED-STAND BY

19 P25

20 P26

21 NC

LED POWER

LED RESTART

NC

0 LED-POWER.

0 LED-RESTART

22 NC NC

23 NC NC

24 NC NC

25 NC NC - -

26 1 NC I - I-27 P27

2 8 C N V S S

LED LAMP 0 LED-LAMP FAILURE

GND GND

29 1 XIN I I I SYSTEM CLOCK OSC3 0 X O U T XOUT 0 SYSTEM CLOCK OSC

31 v s s GND GND

32 1 NC I - I-33 NC NC

3 4 v c c +5v I +5v

3 5 OSC2lP37

3 6 OSCl/P36

3 7 R E S E T

OSD OSC I OSD OSC

OSD OISC I OSD OSC

RESET IN I RESET

38 P31

39 NC

NC - -

NC

40 P30 P-CON 3 0 P-CON 3

33

XV-Cl E

77 !VJ/PWMl NC -

78 m/PWM2 P-CON 1 0 P-CON 179 NC NC -

80 P63/PWM3 NC

34

4. LCD Panel (RLCDP0037CEZZ)I. Pins

XV-Cl E

35

. XV-CIE 1

II. Input terminals

-Pin name I Function

Dx Used to input a start pulse for the X-shift register (component ofthe X driver).

CLx,-CLXdCLxt-CLx4

Used to input a transfer clock for the X-shift register (componentof the X driver). Composed of 4 clocks (45 shifted from eachother) and their 4 inverted signals.

VID-R, VID-G Used to input the video signal for the X driver. Polarity invertedVID-B every 1 H period.

DY Used to input a start pulse for the Y-shift register (component ofthe Y driver).

CLYI, CYY2 Used to input a transfer clock for the Y-shift register (componentof they driver) and its inverted signal. CLy and-CLy-to-be inputtedto CLyl and CLy2, respectively, for forward shift, and CLy andCLy to be inputted to CLyl and CLy2, respectively, for reverseshift.

LCCOM

voox

vssx

VDDY

VSSY

VMOS

ENABLE

DIR, DIR

Used to input a counter-electrode potential of the LCD panel.

Used to input positive power for the X driver.

Used to input negative power for the X driver.

Used to input positive power for the Y driver.

Used to input negative power for the Y driver.

Used to input a common potential for the holding capacitor.

Used to enable they driver output.

Used to input the signal for switching the shift direction of the Y-shift register (component of the Y driver). Vddy and Vssy to beinputted to DIR and DIR, respectively, for forward shift, and Vssyand Vddy to be inputted to DIR and DIR, respectively, for re-verse shift.

Note 1: Inputs to be made to CLYI, CLYZ, DIR, and DIR for switching the shift direction of they driver.(1) CLY, CLY, VODY and VSSY to be inputted to CLYI, CLYZ, DIR and DIR, respectively, for forward shift.(2) CLY, CLY, VSSY and VODY to be inputted to CLY~, CLYZ, DIR and DIR, respectively, for reverse shift.

36

/XV-ClE

II XV-Cl E

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76

DESCRIPTION OFSCHEMATIC DIAGRAM

VOLTAGE MEASUREMENT CONDITION:1. Voltages at test points are measured at the

supply voltage of AC 220V. Signals are fed by acoiour bar signal generator for servicing purpose andthe above voltages are measured with a 20k ohm/Vtester.

WAVEFORM MEASUREMENT CONDI-TION:1. Waveforms at test points are observed at the supply

voltage of AC 220V. Signals are fed by a coiour barsignal generator for servicing purpose.

INDICATION OF RESISTOR & CAPACI-TOR:RESISTOR1. The unit of resistance Q is omitted.

(K=kfi=lOOO R, M=MG).2. All resistors are k 5%, unless otherwise noted.

(J= + 5%, F= + l%, D= + 0.5%)3. All resistors are l/l 6W, unless otherwise noted.4. All resistors are Carbon type, unless otherwise

noted.0: Solid @: Cement0: Oxide Film 0 : Special0: Metal Coating

CAPACITOR1. All capacitors are hF, unless otherwise noted.

(P=p, F=ppF).2. All capacitors are 5OV, unless otherwise noted.3. All capacitors are Ceramic type, unless otherwise

noted.(ML): Mylar (TA): Tantalum(PF): Polypro Film (ST): Styrol

CAUTION:This circuit diagram is original one, therefore there may be aslight difference from yours.

SAFETY NOTE:1. DISCONNECT THE AC PLUG FROM THE AC

OUTLET BEFORE REPLACEING PARTS.2. SEMICONDUCTOR HEAT SINKS. SHOULD BE

REGARDED AS POTENTIAL SHOCK HAZARDSWHEN THE CHASSIS IS OPERATING.

IMPORTANT SAFETY NOTICE:PARTS MARKED WITH A ( ) AREIMPORTANT FOR MAINTAINING THE SAFETY OFTHE SET. BE SURE TO REPLACE THESE PARTSWITH SPECIFIED ONES FOR MAINTAINING THESAFETY AND PERFORMANCE OF THE SET.

77

1 XV-CIE

BESCHREIBUNG DESSCHEMATICHEN SCHALTPLANS

SPANNUNGSMESSUNGEN:1 . Spannungen an den Priifpukten bei einer

Netzspannung von 220V gemessen, Signale werdenftir die Wartung mit einem Farbbalken-Signalgenerator zugeftihrt, und Spannungen werden miteinem MeOinstrument (20 kQ/V) ermittelt.

SIGNALFORMMESSUNGEN:1. Die Wellenformen an den Testpukten werden bei

einer Netzspannung von 220V verfolgt. Signalewerden fur die Wartung mit einem Farbbalken-Signalgenerator zugefiihrt.

BEZEICHNUNG DES WIDERSTANDS UNDKONDENSATORS:WIDERSTAND1. Die Widerstandseinheit R wird weggelassen.

(K=kQ=lOOO !& M=MQ).2. Alle Widerstande haben _+5%, sofern nicht anders

angegeben. (J= + 5%, F= f l%, D= + 0.5%)3. Alle Widerstande haben l/l 6W, sofen nicht anders

angegeben.4. Alle Widerstande sind Kohletyp, sofen nicht anders

angegeben.0: Fest @: Zement0: Oxidfilm 0 : Spezial0: Metalltiberzug

KONDENSATOR1. Alle Kapazitatseinheit ist PF, sofern nicht anders

angegeben. (P=p, F=ppF).2. Alle Kondensatoren heben 5OV, sofern nicht

angegeben.3. Alle Kondensatoren sind Keramiktyp, sofern nicht

anders angegeben.(ML): Mylar (TA): Tantal(PF): Polyprofilm (ST): Styrol

ACHTUNG:Bei diesem Schaltplan handlet es sich urn den urspriinglichen.Esiknen daher geringfiigige Unterschiede zu dem lhrenbestehen.

SICHERHEITSANMERKUNGEN: 1. VOR DEM AUSWECHSELN VON TEILEN MUSS

UNBEDINGT NETZSTECKER AUS DERNETZSTECKDOSE GEZOGEN WERDEN.

2. DIE WARMEABLEITER DER HALBLEITER SOLLTENB&/M BETRIEB DES CHASSIS ALS MdGLlCHEURSACHEN VON GEFAHRICHEN ELEKTRISCHENSCHL.dGEN BETRACHTET WERDEN.

WlCHTlGE SICHERHEITSANMERKUNGEN:MIT A ( j ) BEZEICHNTEN TEILE SINDBESONDERS WICHTIG FiiR DIEAUFRECHTERHALTUNGDER SICHERHEIT. BE/M WECHDlESER TTEILE SOLLTENDIE VORGSCHTIBENEN TILE IMMER VERWENDENTWERDEN, UM SOWOOHL DIE SICHERHEIT ALS AUCHDIE LEISTUNG DES GERiiTES AUFRECHTZUERHALTEN.

WAVEFORMS / WELLENFORMEN

83 IC801 pin 41 V/div, 5msec/div

@ IC801 pin 580.2V/div, 20psec/div

XV-CIE 1

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@I IC1501 pin 342V/div, 20Fsecldiv

QjIZ P1401 pin 32V/div, 2Opsecidiv

@I lC801 pin 200.1 Vidiv, 20psec/div

9 IC801 pin 210.2Vldiv, 2Ousecldiv

@ IC801 pin 290.2V/div, 20,usecldiv

@ IC801 pin 450.2V/div, 20psecldiv

@ IC801 pin 460.2V/div, 20psec/div

@ IC803 pin 20SOmV/div, 20ysecidiv

@ IC502 pin 111 Vldiv, 5msecldiv

@I IC504 pin 41 V/div, Smsec/div

@ P803 pin 10.2V/div, 2Obsecldiv

@ P803pin 30.2V/div, 20psec/div

@ P803 p i n 50.5V/div, 20psecldiv

@ IC1501 p i n 3 22V/div, 20psecIdiv

@ IC1501 pin 362Vldiv, 20psecldiv

@ P1401 pin 12V/div, 20psecidiv

@ P1401 pin 22V/div, 20psecldiv

78

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Control Unit (Component Side)Steuetwerk-Einheit (Bestiickungsseite)

Operation Key Unit (Component Side)Bedienungstasten-Einheit (Besttickungsseite)

Control Unit (Wiring Side)Steuetwerk-Einheit (Leiterbahnseite)

Operation Key Unit (Wiring Side)Bedienungstasten-Einheit (Leiterbahnseite)

1 I 2 I 3 I 4 I 5 I 6.

/XV-ClE

Main Unit (Component Side)Haupt-Einheit (Bestiickungsseite)

Main Unit (Wiring Side)Haupt-Einheit (Leiterbahnseite)

4 5 I 6 I1 I 2 I 3 I I

95

E XV-Cl E

Sub Unit (Component Side)Untereinheit (Bestiickungsseite)

Sub Unit (Wiring Side)Untereinheit (Leiterbahnseite)

I 7 1 8 I 9 I 10 I 11 I 12 / 1

96

XV-Cl E

Power Unit (Component Side)Netz-Einheit (Bestiickungsseite)

Power Unit (Wiring Side)Netz-Einheit (Leiterbahnseite)

1 I 2 I 3 I 4 I 5 I 6

97

j XV-ClE

Ballast unit (component Side)Vorschalt-Einheit (Bestiickungsseite)

r I-~--I-I-I---I-I-I-I-II--III~I~-I-I-- 1IIIIIIIIIIIII

Ballast Sub Unit(Component Side)Vorschalt-Untereinheit(Bestiickungsseite)

Ballast Sub Unit(Wiring Side)Vorschalt-Untereinheit(Leiterbahnseite)

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Ballast Unit (Wiring Side)Vorschalt-Einheit (Leiterbahnseite)

I 7 I 8 I 9 I 10 I 11 I 12 L J

98

XV-Cl E

PARTS LISTPARTS REPLACEMENT

Replacement parts which have these special safety characteristics Ersatzteile, die besondere Sicherheitsergenschften haben, sind inidentified in this manual: electrical components having such fea- dieser Anleitung markiert. Elektrische Komponenten mit solchentures are identified by A in the Replacement Parts Lists. Eigenshaften sind in den Ersatzteil durch 8 gekenn-zeichnet.

The use of a substitute replacement part which does not have the Der Gebrauch von Ersatzteilen, die nicht deselben Sicherheits-same safety characteristics as the factory recommended replace- eigenschaften haben wie die vom Hersteller empfohlenen ud in derment parts shown in this service manual may create shock, fire or Bedienungsanleitung angegebenen, konnen zur Ursache vonother hazards. Blitzeinschlagen, Branden und anderen Gefahren werden.

HOW TO ORDER REPLACEMENT PARTSTo have your order filled promptly and correctly, please furnish thefollowing informations.

1. MODEL NUMBER 2. REF. NO.

3. PART NO. 4. DESCRIPTION

5. CODE 6. QUANTITY

ERSATZTEILLISTEAUSTAUSCH VON TEILEN

WIE MAN ERSATSTEILE BESTELLTDamit lhre Bestellung promt und korrekt ausgefiihrt wird, geben Siebitte folgende Informationen.

1. MODELL NR. 2. REF. NR.

3. ERSATZTEIL NR. 4. BESCHREIBUNG5. KODE - - 6 . QUANTITAT

MARK t: SPARE PARTS-DELIVERY SECTION MARKIERUNG * : ERSATZTEILE-LIEFERUNG

Ref. No. Part No. * Description Code

LCD PANEL

Ref. No.

NOTE: THE PARTS HERE SHOWN ARE SUPPLIED AS ANASSEMBLY BUT NOT INDEPENDENTLY.DLCPP0049DEOi J LCD Module Unit CQ

PRINTED WIRING BOARD ASSEMBLIES(NOT REPLACEMENT ITEM)

DUNTK9348DE02 - Main Unit (For Europe) -DUNTK9348DE05 - Main Unit (For U.K.) -DUNTK9348DE06 - Main Unit (For Australia -

and New Zealand)DUNTK9349DE02 - Sub Unit (For Europe) -DUNTK9349DE0.5 - Sub Unit (For U.K.) -DUNTK9349DE06 - Sub Unit (For Australia -

and New Zealand)DUNTK9350DE02 - Control Unit (For Europe) -DUNTK9350DE05 - Control Unit (For U.K.) -DUNTK9350DE06 - Control Unit (For Australia -

and New Zealand)RUNTK0576CEZZ - Operation Key Unit -

RDENC0236CEZZ - Power Unit -

RDENC0235CEZZ - Ballast Unit -

99

Part No. t Description Code

DUNTK9348DEwwo6MAIN UNIT

INTEGRATED CIRCUITSIC301 VHiM51132FP-1 J M51132FPIC302 VHiNJ3404AM-1 J Audio AmplifierIC303 VHiTDA7052V-1 J Audio AmplifierlC304 VHiTA7809Wl J TA7809S

(For Europe)IC401 VHiNJM2283F-1 J NJM2283MIC501 RH-iX2174CEZZ J Multi Vibrator

MC74HC4538FRIC502 RH-iX2174CEZZ J Multi Vibrator

MC74HC4538FRIC503 RH-iX2174CEZZ J Multi Vibrator

MC74HC4538FRIC504 VHiTC7S86F/-1 J TC7S86FIC801 VHiTDA8375A-3 J Video/Chroma/Sync.IC802 VHiTDA4665T-1 J 1HDLlC803 VHiTDA8395T-3 J I.C.IC804 VHiTDA4565/-1 J CTIIC805 VHiNJM2060M-1 J NJM2060MIC1501 VHiiR3Y12B/-1 J Video/Chroma

ALAFAHAE

AFAG

AG

AG

ADBAAN

ARANAE

AU

Q301Q401Q801Q802Q803Q804Q805Q806Q808Q809

TRANSISTORSVSDTC114EW-1 J DTC114EKVS2SC2412KQ-1 J 2SC2412KQVS2SAl037KQ-1 J 2SA1037KQVS2SA1037KQ-1 J 2SA1037KQVS2SA1037KQ-1 J 2SA1037KQVS2SAl037KQ-1 J 2SA1037KQVS2SC2412KQ-1 J 2SC2412KQVS2SC2412KQ1 J 2SC2412KQVS2SC2412KQ1 J 2SC2412KQVS2SAI 037KQ-1 J 2SA1037KQ

ABAAAAAAAAAAAAAAAAAA

( XV-ClE

Ref. No. Part No. * Description Code Ref. No.

DUNTK9348DEoao5m6MAIN UNIT (Continued)

Q810 VS2SA1037KQ-1Q811 VS2SC2412KQ1Q812 VS2SAl037KQ-1Q813 VS2SC2412KQ-1Q814 VS2SC2412KQ-1Q815 VS2SC2412KQ-1Q816 VS2SC2412KQ-1Q817 VS2SC2412KQ-1Q818 VS2SA1037KQ-1Q819 VS2SC2412KQ-1Q 8 2 0 VS2SAl037KQ-1Q821 VSiMX2IIlll-1Q822 VSDTC144EW-101402 VS2SAl037KQ-1Q1403 VS2SC2412KQ-1Qi 408 VS2SA1037KQ-1Q1409 VS2SC2412KQ-1Q1414 VS2SAl037KQ-1Ql415 VS2SC2412KQ-1

J 2SAl037KQJ 2SC2412KQJ 2SA1037KQJ 2SC2412KQJ 2SC2412KQJ 2SC2412KQJ 2SC2412KQJ 2SC2412KQJ 2SAl037KQJ 2SC2412KQJ 2SA1037KQJ iMX2J DTCl44EKJ 2SA1037KQJ 2SC2412KQJ 2SA1037KQJ 2SC2412KQJ 2SA1037KQJ 2SC2412KQ

0301D302D3030310D311D312D401D402D403D4040405D406D407D801D80201501

DIODESRH-EX0226CEZZ J Zener DiodeRH-EX0226CEZZ J Zener DiodeVHDMAl52WKhl J Diode MAl52WKRH-EX0226CEZZ J Zener DiodeRH-EX0226CEZZ J Zener DiodeVHDMA152WK/-1 J Diode MAl52WKVHDMA153///-1 J Diode MA153RH-EX0226CtiZZ J Zener DiodeRH-EX0226CEZZ J Zener DiodeRH-EXOMOCEZZ J Zener DiodeRH-EX0226CEZZ J Zener DiodeRH-EX0226CEZZ J Zener DiodeRH-EX0226CEZZ J Zener DiodeVHDMAl52WA/-1 J Diode MAl52WAVHDMAl52WKhI J Diode MA1 52WKVHDMAl52WAl-1 J Diode MA1 52WA

PACKAGED CIRCUITSX801 RCRSBOOOSPEZZ J Crystal 3.58 MHzX802 RCRSB0008PEZZ J Crystal 4.43 MHz

COILSDL401 RCiLZ0914CEZZ J Comb Filter1801 VP-l M8RZJl R5N J Peaking Coil 8.2pHL802 VP-l M330J4R2N J Peaking Coil 33pHLEO3 VP-lMl20JlR9N J Peaking Coil 12bHL1501 VP-lMlOlJ7R7N J Peaking Coil 100pHLi 502 VP-CF680KOOtiO J Peaking Coil 68pH

CONTROLR861 RVR-M4437CEZZ J 68k(B) A G C Adj.

AAAAAAAAAAAAAAAAAAAAAAABABAAAAAAAAAAAA

ABABAAABABAAABABABABABABABAAAAAA

ALAH

ASACACACACAB

AD

c301 VCEAPFICWIOGM J 1 0 16V Electrolyt ic ABC302 VCEAPFlCWl06M J 1 0 16V E lec t ro ly t i c ABc303 VCEAPFlCW226M J 2 2 16V Electrolyt ic ABc304 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AAc305 VCEAPFlEW475M J 4 . 7 25V Electrolytic ABC306 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AAc307 VCESPFlCWlOGM J 1 0 16V E lec t . (N.P) A CC308 VCESPFICWIOGM J 1 0 16V Elect. (N.P) A Cc309 VCEAPFlCWlOGM J 1 0 16V Electrolyt ic ABc310 VCESPFIHWIOSM J 1 50V Elect. (N.P) A CC312 RC-EZ0417CEZZ J 1 5 0 16V Electrolyt ic ADc313 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AAc315 VCKYCYlHB103K J 0 . 0 1 50V Ceramic AAC316 VCKYCY 1 HBl03K J 0.01 50V Ceramic AAc317 VCKYCYI HBl03K J 0 . 0 1 50V Ceramic AAC318 VCKYCYlHB103K J .O.Ol 50V Ceramic AAc319 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AAC320 VCEAPFlHW105M J 1 50V Electrolyt ic ABC321 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AAc330 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AAc331 VCKYCYlHB222K J 2200~ 50V C e r a m i c A AC332 VCKYCYlHB222K J 2200~ 50V C e r a m i c A Ac401 VCEAPFlCWlOGM J 1 0 16V Electrolyt ic ABC402 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AAc403 VCEAPFlCWlOGM J 1 0 16V Electrolyt ic ABc404 VCCCCYlHHlOlJ J 100~ 50V C e r a m i c A Ac405 VCEAPFlCWlOGM J 1 0 16V Electrolyt ic ABC406 VCEAPFlCW226M J 2 2 16V Electrolytic ABC408 VCKYCYlEF104Z J 0 . 1 25V Ceramic AAc409 VCEAPFlCW107M J 1 0 0 16V Electrolyt ic ADc410 VCCCCYlHHl OlJ J 100~ 50V C e r a m i c AAc411 VCFYFAl HA274J J 0.27 50V M. Polyester ADC412 VCCCCYlHH33OJ J 33p 50V Ceramic AAc413 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AAc414 VCFYFAlHA274J J 0.27 50V M. Po lyes ter ADc415 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AAC416 VCCCCYl HH330J J 33p 50V Ceramic AAc417 VCEAPFiCW476M J 4 7 16V Electrolytic ACC418 VCKYCY 1 HBl03K J 0.01 50V Ceramic AAc419 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AAC420 VCEAPFlCW476M J 4 7 16V Electrolitic A Cc501 VCCCCYl EHl02J J 1000~ 25V C e r a m i c ABc.502 VCCCCYl EH102J J 1000~ 25V C e r a m i c ABc.503 VCKYCYlEF104Z J 0 . 1 25V Ceramic A Ac504 VCCCCYlHH271J J 270~ 50V C e r a m i c A Ac505 VCFYEClCMlOIJ J 0 . 1 16V M. Polyester ADC506 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AAc507 VCCCCYlEHl02J J 1000~ 25V C e r a m i c A BC508 VCCCCYlEH821J J 820~ 25V C e r a m i c A Bc509 VCKYCYlEF104Z J 0 . 1 25V Ceramic AAc510 VCEAPFlHWlOSM J 1 50V Electrolyt ic ABc511 VCFREDlHM472J J 4700~ 50V M y l a r ADC512 VCFREDlHM222J J 2200~ 50V M y l a r ACC801 VCCCCYlHH470J J 47p 5Ov Ceramic AAC802 VCCCCYlHH330J J 33p 50v Ceramic AAC803 VCKYCYlHBl03K J 0 . 0 1 50~ Ceramic L AA

Part No. * Description Code

CAPACITORS

100

XV-Cl E

Ref. No.

C804C805C806C807C808C809C810C811C812C813C814C815C816C817C818C819C820C821C822C823C824C825C826C827C828C829C830C831C832C833C834C835C836C837C838C839C840C841C842C843C844C845C848C849C850C852C853C860C861C864C865C867C868

Part No. * Description Code

DUNTK9348DEwowo6MAIN UNIT (Continued)

VCEAPFlCW476M J 4 7 16V Electrolyt ic ACVCKYCYlEFl04Z J 0 . 1 25V Ceramic AAVCKYCYlEFl04Z J 0 . 1 25V Ceramic AAVCKYTVl HF224Z J 0 . 2 2 50V Ceramic ACVCKYCYlHB102K J 1OOOp 50V C e r a m i c A AVCKYCYlHBl02K J 1000~ 5 0 V C e r a m i c A AVCCCCYlHHl80J J 18p 5OV Ceramic AAVCCCCYlHH180J J 18p 50V Ceramic AAVCKYCYl HBlOBK J 0 . 0 1 5OV Ceramic AAVCEAPFlCWlOGM J 1 0 16V Electrolyt ic ABVCKYCYlEFl04Z J 0 . 1 25V Ceramic AAVCKYCYlEFl04Z J 0 . 1 25V Ceramic A AVCKYCYlEF104Z J 0 . 1 25V Ceramic AAVCKYCYlEFIO4Z J 0 . 1 25V Ceramic AAVCFYECl CM334J J 0 . 3 3 16V M. Polyester AE

VCCCCYlHH22lJ J 220~ 50V C e r a m i c A AVCCCCYlHH221 J J 220~ 5 0 V C e r a m i c AAVCFYEClCM334J J 0 . 3 3 16V M. Polyester AEVCCCCYl HH470J J 47p 50V Ceramic AAVCCCCYl HH470J J 47p 50V Ceramic AAVCCCCYlHH221J J 220~ 5 0 V C e r a m i c A AVCCCCYlHH22lJ J 220~ 5 0 V C e r a m i c A AVCKYCYlEF104Z J 0 . 1 25V Ceramic AAVCESPFlHWl05M J 1 50V Elect. (N.P) A CVCESPFlHWlOSM J 1 50V Elect. (N.P) A CVCEAPFICWIOGM J 10 16V E lec t ro ly t i c ABVCKYCYlEF104Z J 0 . 1 25V Ceramic AAVCKYCYlEFl04Z J 0 . 1 25V Ceramic AAVCKYCYlEF104Z J 0 . 1 25V Ceramic AAVCKYCYlEFlOIZ J 0 . 1 25V Ceramic AAVCFREDlHM472J J 4700~ 5 0 V M y l a r AD

VCEAPFlCWl07M J 1 0 0 16V Electrolyt ic ADVCKYTVl HF224Z J 0 . 2 2 50V Ceramic ACVCEAPFlCWl07M J 1 0 0 16V Electrolyt ic ADVCKYTVlHF224Z J 0 . 2 2 50V Ceramic ACVCEAPFlHW225M J 2 . 2 50V Electrolyt ic ABVCFYEClCM223J J 0 .022 16V M. Po lyes ter ACVCCCCYlHH22lJ J 220~ 50V C e r a m i c A AVCKYCYlEFl04Z J 0 . 1 25V Ceramic AAVCKYCYl HBl03K J 0 . 0 1 50V Ceramic AAVCCCCYlHH221 J J 220~ 50V C e r a m i c AAVCEAPFlHW225M J 2 . 2 50V Electrolyt ic ABVCKYCYl HBlO3K J 0 . 0 1 50V Ceramic AAVCEAPFlHWl05M J 1 50V Electrolyt ic ABVCEAPFlCW476M J 4 7 16V Electrolyt ic ACVCCCCYI HH820J J 82p 50V Ceramic AAVCCCCYlHH270J J 27p 50V Ceramic AAVCCCCYlHH221 J J 220~ 50V C e r a m i c AAVCESPFlCWlOGM J 1 0 16V Elect . (N.P) A CVCESPFlHWlOSM J 1 50V Elect. (N.P) A CVCKYCYlEFl04Z J 0 . 1 25V Ceramic AAVCKYCYlEF104Z J 0 . 1 25V Ceramic AAVCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AA

L

Ref. No. Part No. * Description Code~~

C 8 6 9 VCKYCYlEFl04Z J 0 . 1 25V Ceramic A AC870 VCCCCYlHHlOlJ J 100~ 5 0 V C e r a m i c A AC871 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AAC 8 7 2 VCEAPFlHWlOGM J 1 0 5OV Electrolyt ic ABC 8 9 3 VCEAPFlHW225M J 2 . 2 50V E lec t ro ly t i c ABC l 4 3 1 VCEAPFlCW226M J 2 2 16V Electrolyt ic ABC l 4 3 2 VCKYCYlHBlO3K J 0 . 0 1 5OV Ceramic AAC l 5 0 1 VCEAPFlCWl07M J 1 0 0 16V Electrolytic ADC l 5 0 2 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AAC l 5 0 4 VCKYCYlCFlO4Z J 0 . 1 16V Ceramic A AC l 5 0 5 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic AAC l 5 0 6 VCKYCYlHBlOSK J 0 . 0 1 5OV Ceramic AAC l 5 0 7 VCKYCYlHB103K J 0 . 0 1 50V Ceramic AAC l 5 0 8 VCKYCYlHBlO3K j 0 . 0 1 50V Ceramic AAC l 5 0 9 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AAC l 5 1 0 VCKYCYlHBl03K -J 0 .01 50V Ceramic AAC l 5 1 1 VCKYCYlHBlOBK J b.01 50V Ceramic AAC l 5 1 2 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AAC l 5 1 3 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AAC l 5 1 4 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AAC l 5 1 5 VCKYTViCFl05Z J 1 16V Ceramic ABC l 5 1 6 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic ADC l 5 1 7 VCEAPFlCWlOGM J 1 0 16V Electrolyt ic ABC l 5 1 8 VCKYTVlCFl05Z J 1 16V Ceramic ABC l 5 1 9 VCKYCYlHB222K J 2200~ 5 0 V C e r a m i c AAC l 5 2 0 VCKYCYlHBl53K J 0 . 0 1 5 5 0 V C e r a m i c A AC l 5 2 1 VCKYTVlCF105Z J 1 16V Ceramic ABC l 5 2 2 VCCCCYlHHl51J J 150~ 50V C e r a m i c A AC l 5 2 3 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AA

RESISTORSR301 VRS-CYlJF105J J 1M 1/16W MetalOxide A AR303 VRS-CYl JFlO5J J 1M 1/16W M e t a l O x i d e A AR305 VRS-CY 1 JFlO3J J 10k 1/16W Meta l Ox ide AAR306 VRS-CYl JF473J J 47k 1/16W Metal Oxide AAR307 VRS-CYl JFl 01 J J 1 0 0 1116W MetalOxide A AR308 VRS-CYl JFlOBJ J 10k 1/16W M e t a l O x i d e A AR309 VRS-CY 1 JF473J J 47k 1/16W Metal Oxide AAR310 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AAR311 VRS-CYl JF102J J lk 1/16W M e t a l O x i d e A AR312 VRS-CYlJFl03J J 10k 1/16W M e t a l O x i d e A AR313 VRS-CYlJFlOSJ J 10k 1116W MetalOiiqte A AR314 VRS-CYlJF152J J 1.5k 1/16W Meta l Ox ide AAR315 VRS-CYiJF682J J 6.8k 1116W Meta l Ox ide AAR316 VRS-CYlJFl52J J 1.5k 1/16W Meta l Ox ide AAR317 VRS-CYlJF682J J 6.8k 1/16W Meta l Ox ide AAR318 VRS-CYlJF153J J 15k 1116W M e t a l O x i d e A AR319 VRS-CYlJFl03J J 10k 1/16W M e t a l O x i d e A AR320 VRS-TW2EDl51 J J 150 1/4W Meta l Ox ide AAR321 VRS-TW2ED151 J J 150 1/4W Meta l Ox ide AAR322 VRS-CYlJFl05J J 1M 1/16W M e t a l O x i d e A AR323 VRS-CYlJFl03J J 10k 1/16W Meta l Ox ide AAR324 VRS-CYl JF223J J 22k 1/16W Metal Oxide AA

R325 VRS-CYlJFl03J J 10k 1116W M e t a l O x i d e A A

R326 VRS-CYl JFlO5J J 1M 1/16W M e t a l O x i d e A A

R327 VRS-CYlJFl02J J lk 1/16w M e t a l O x i d e A A

101

XV-ClE 1

Ref. No. Part No. * Description Code

DUNTK9348DEouowo6MAIN UNIT (Continued)

R328 VRS-CYl JFl OOJ J 10 1116W M e t a l O x i d e A AR336 VRS-VVSDBl8OJ J 18 2W Metal Oxide AAR337 VRS-VV3DBl80J J 18 2W Metal Oxide AAR338 VRS-CY 1 JFI 04J J 100k 1/16W Metal Oxide AAR339 VRS-CYl JFl52J J 1.5k 1/16W Meta l Ox ide AAR360 VRS-CYlJFl22J J 1.2k 1/16W Meta l Ox ide AAR361 VRS-CYl JF472J J 4.7k 1116W Meta l Ox ide AAR362 VRS-CYlJFOOOJ J 0 1116W Metal Oxide AAR363 VRS-TW2ED221 J J 220 1/4W Meta l Ox ide AAR364 VRS-TW2ED221 J J 220 1/4W Meta l Ox ide AAR401 VRS-TW2ED750J J 75 ll4W Metal Oxide AAR402 VRS-CYlJFlOlJ J 100 1116W Metal Oxide AAR403 VRS-CYlJFl02J J 1 k 1/16W Metal Oxide AAR404 VRS-CYlJFlROJ J 1 1/16W Metal Oxide AAR405 VRS-TW2ED750J J 75 1/4W Metal Oxide AAR406 VRS-CYlJFlOOJ J 1 0 1/16W MetalOxide A AR407 VRS-TW2ED750J J 75 1/4W Metal Oxide AAR408 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AAR409 VRS-CY 1 JF273J J 27k 1/16W Metal Oxide AAR410 VRS-CYlJFl23J J 12k 1/16W Metal Oxide AAR411 VRS-CYl JF471 J J 470 1116W Metal Oxide AAR412 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AAR413 VRS-CYlhFlOlJ J 100 1/16W Metal Oxide AAR414 VRS-tiYlJFlOlJ J 100 lll6W Metal Oxide AAR415 VRS-CYlJFlOOJ J 10 1/16W M e t a l O x i d e A AR416 VRS-CYlJFlOlJ J 100 1/16W Metal Oxide AAR418 VRS-TX2HF680J J 68 112W Metal Oxide AAR419 VRS-CYlJFl22J J 1.2k 1/16W Meta l Ox ide AAR431 VRS-CYl JF472J J 4.7k 1/16W Meta l Ox ide AAR501 VRN-CYl JF752D J 7.5k 1/16W M e t a l F i l m A AR502 VRN-CY 1 JFl53D J 15k 1/16W Metal Film AAR504 VRN-CYl JF272D J 2.7k 1/16W M e t a l F i l m A BR505 VRN-CYl JF273D J 27k 1/16W Metal Film ABR506 VRN-CYl JFlO3D J 10k 1/16W Metal Film AAR507 VRN-CYl JF682D J 6.8k 1/16W M e t a l F i l m A BR508 VRS-CY 1 JFl52J J 1.5k 1/16W Meta l Ox ide AAR509 VRS-CYlJFlOlJ J 100 lil6W Metal Oxide AAR515 VRS-CYlJF273J J 27k 1/16W Metal Oxide AAR516 VRS-CYlJFlOSJ J 10k 1/16W M e t a l O x i d e A AR517 VRS-CYlJFl03J J 10k 1/16W M e t a l O x i d e A AR518 VRS-CYlJFl03J J 10k 1/16W M e t a l O x i d e A AR519 VRS-CYlJF153J J 15k 1/16W Metal Oxide AAR521 VRS-CYlJFl02J J lk 1/16W Metal Oxide AAR535 VRS-TV1 JD5R6J J 5.6 1/16W Meta l Ox ide AAR536 VRS-TV1 JD5R6J J 5.6 1/16W Meta l Ox ide AAR537 VRS-TV1 JD5R6J J 5.6 1116W Meta l Ox ide AAR801 VRS-CYlJF33lJ J 330 1/16W Metal Oxide AAR802 VRS-TX2HFl OOJ J 10 1/2W Metal Oxide AAR803 VRS-CYl JF103J J 10k 1116W M e t a l O x i d e A AR804 VRS-TX2HF270J J 27 112W Metal Oxide AA

R805 VRS-CY 1 JFlO2J J lk 1116W M e t a l O x i d e A AR806 VRS-CYlJF102J J lk 1116W M e t a l O x i d e A AR807 VRS-CYlJFlOlJ J 100 lil6W Metal Oxide AAR808 VRS-YY 1 JF561 J J 560 1/16W Metal Oxide AA

Ref. No.

R809R810R811R812R813R814R815R816R817R818R819R820R821R822R823R824R825R826R827R828R829R830R831R832R833R834R835R836R837R838R839R840R841R842R843R844R845R846R847R848R849R850R851R852R853R854R855R856R857R858R859R860R861R862R863R864

Part No. * Description Code

VRS-CYl JFlOSJVRS-CY 1 JFOOOJVRS-CYl JF681 JVRS-CYl JFl83JVRS-CYlJFlOSJVRS-CYlJFlOlJVRS-TX2HF5RGJVRS-CYlJFl04JVRS-TX2HF4R7JVRS-CY 1 JF334JVRS-CYlJFlOlJVRS-CY 1 JFlO3JVRS-CY 1 JF473JVRS-CYl JFl52JVRS-CYlJF681JVRS-CYlJFlG2JVRS-CYlJF152JVRS-CYlJF68lJVRS-CYl JFlO2JVRS-CYl JF152JVRS-CYl JF681 JVRS-CYlJFl02JVRS-CYlJFl03JVRS-TX2HF4R7JVRS-CYlJF39lJVRS-CY 1 JF333JVRS-CYl JF393JVRS-CYlJFl02JVRS-CY 1 JF564JVRS-CY 1 JF333JVRS-CYlJFl04JVRS-CY 1 JF472JVRS-CYlJFl82JVRN-CYl JF223DVRS-CYlJFlOlJVRS-CYlJFlOlJVRS-CYlJFl02JVRS-CYlJFl02JVRS-CYlJF102JVRS-CYlJFl02JVRS-CY 1 JF472JVRS-CYlJFlOSJVRN-CY 1 JF561 DVRS-CYlJFl02JVRS-CYlJFlOBJVRS-CYlJFlOlJVRS-CYlJF22lJVRS-CYlJFlOlJVRS-CYlJFlOlJVRS-CY 1 JF222JVRS-CYlJflOSJVRS-CYl JF562J

See ControlVRS-CY 1 JF102JVRS-CYlJF183JVRS-CY 1 JF272J

J 1Ok 1/16W M e t a l O x i d e A AJ 0 l/l6W Metal Oxide AAJ 660 l/lbW M e t a l O x i d e A AJ 18k 1116W M e t a l O x i d e A AJ JIM 1116W M e t a l O x i d e A AJ 100 1/16W Metal Oxide AAJ 5.6 112W Metal Oxide AAJ lOOk lil6W Meta l Ox ide AAJ 4.7 1/2W Metal Oxide ABJ 330k 1/16W Metal Oxide AAJ 100 1/16W M e t a l O x i d e A AJ 1 Ok 1/16W Metal Oxide AAJ 47k i/l6W Meta l Ox ide AAJ 1.5k 1/16W M e t a l O x i d e A AJ 680 1/16W Metal Oxide AAJ lk 1/16W M e t a l O x i d e A AJo- 1.5k 1/16W Metal Oxide AAJ 680 1/16W Metal Oxide AAJ 1 k lil6W Metal Oxide AAJ 1.5k lil6W M e t a l O x i d e A AJ 680 1116W Metal Oxide AAJ lk 1/16W M e t a l O x i d e A AJ 10k 1/16W M e t a l O x i d e A AJ 4.7 1/2W Metal Oxide ABJ 390 1116W Metal Oxide AAJ 33k 1/16W Meta l Ox ide AAJ 39k 1/16W Metal Oxide AAJ 1 k 1/16W M e t a l O x i d e A AJ 560k 1/16W Meta l Ox ide AAJ 33k 1/16W Meta l Ox ide AAJ 1OOk 1/16W Meta l Ox ide AAJ 4.7k lil6W Meta l Ox ide AAJ 1.8k 1116W Metal O x i d e A AJ 22k 1116W Metal Film AAJ 100 1116W Metal Oxide AAJ 100 lil6W Metal Oxide AAJ lk lil6W M e t a l O x i d e A AJ lk 1/16W M e t a l O x i d e A AJ 1 k 1/16W Metal Oxide AAJ lk 1/16W M e t a l O x i d e A AJ 4.7k 1/16W Meta l Ox ide AAJ 10k lll6W M e t a l Oijde A AJ 560 1116W Metal Film ABJ 1 k lil6W Metal Oxide AAJ 10k 1/16W M e t a l O x i d e A AJ 100 1/16W Metal Oxide AAJ 220 1/16W Metal Oxide AAJ 100 1/16W Metal Oxide AAJ 100 1116W Metal Oxide AAJ 2.2k 1/16W Meta l Ox ide AAJ lok 1/16W MetalOxide A AJ 5.6k 1/16W Meta l Ox ide AA

J 1 k 1/16W Metal Oxide AAJ 18k 1/16W MetalOxide A AJ 2.7k 1/16W Meta l Ox ide AA

Ref. No. Par? No. * Description Code

1 XVClE

Ref. No. Part No. * Description Code

DUNTK9348DEwwo6MAIN UNIT (Continued)

R865 VP&CYlJF102JR866 VRS-CYl JFlO3JR867 VRS-CYlJF223JR868 VRS-CYl JF223JR869 VRS-CYl JF223JR870 VRS-CYl JF682JR871 VRS-CYlJFl03JR872 VRS-CYl JFlOBJR873 VRS-CYlJFl52JR874 VRS-CYl JF683JR875 VRS-CYl JF224JR876 VRS-CYl JFl 01 JR877 VRS-CYl JF472JR878 VRS-CYl JF682JR879 VRS-CYl JF332JR880 VRS-CYl JF102JR881 VRS-CYlJFl52JR882 VRN-CYl JF332DR883 VRN-CYl JFl52DR884 VRS-CYlJFlOSJR885 VRS-CYlJFlOlJR886 VRS-CYl JFlOSJR887 VRS-CYl JF332JR888 VRS-CYl JF472JR889 VRS-CYl JF222JR890 VRS-CYl JF821 JR891 VRS-CYl JFl22JR892 VRS-CY 1 JF273JR893 VRS-CYlJFl51JR894 VRS-CY 1 JFlO3JR895 VRS-CYlJFl02JR896 VRS-CYl JFOOOJR897 VRS-CYlJFl52JR898 VRS-CYl JF271 JR899 VRS-CYl JF152JR900 IRS-CYl JF472JR901 VRS-CYlJF102JR902 VRS-CYlJFlOlJR903 VRS-CYlJFlOlJR904 VRS-CYlJFlOlJR906 VRS-CYlJFlOSJR907 VRS-CY 1 JFlO3JR908 VRS-CYl JFlO3JR909 VRS-CYl JFlO2JR910 VRS-CY 1 JF473JR915 VRS-CYlJFlOSJR916 VRS-CYlJFlOSJR917 VRS-CYlJFl02JR1449 VRS-CYlJF682JRl451 VRS-CYlJF470JRl453 VRS-TX2HF681JR1458 VRS-CYlJF682JRl460 VRS-CYlJF470JR1462 VRS-TX2HF68lJR1467 VRS-CYl JF682J

J lk 1116W M e t a l O x i d e AAJ 10k 1/16W M e t a l O x i d e AAJ 22k 1/16W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 6.8k 1/16W Metal Oxide AAJ 10k 1116W Meta l Ox ide AAJ 10k 1116W Meta l Ox ide AAJ 1.5k 1/16W Meta l Ox ide AAJ 68k 1/16W Meta l Ox ide AAJ 220k 1/16W Metal Oxide AAJ 100 1/16W Metal Oxide AAJ 4.7k 1/16W Metal Oxide AAJ 6.8k 1/16W Metal Oxide AAJ 3.3k 1/16W Metal Oxide AAJ lk 1/16W M e t a l O x i d e AAJ 1.5k 1/16W Metal Oxide AAJ 3.3k 1/16W Metal Fi lm AAJ 1.5k 1/16W Meta l F i lm ABJ 1M 1/16W M e t a l O x i d e AAJ 100 1/16W Metal Oxide AAJ 1M 1/16W M e t a l O x i d e AAJ 3.3k 1116W Metal Oxide AAJ 4.7k 1/16W Metal Oxide AAJ 2.2k 1/16W Metal Oxide AAJ 820 1/16W Metal Oxide AAJ 1.2k 1/16W Meta l Ox ide AAJ 27k 1/16W Metal Oxide AAJ 150 1/16W Metal Oxide AAJ 10k 1/16W Meta l Ox ide AAJ lk 1/16W M e t a l O x i d e AAJ 0 1/16W Metal Oxide AAJ 1.5k 1/16W Meta l Ox ide AAJ 270 1/16W Metal Oxide AAJ 1.5k 1/16W Meta l Ox ide AAJ 4.7k 1/16W Metal Oxide AAJ lk 1/16W M e t a l O x i d e AAJ 100 1/16W Metal Oxide AAJ 100 1/16W Metal Oxide AAJ 100 1116W Metal Oxide AAJ 10k 1/16W Meta l Ox ide AAJ 10k 1/16W Meta l Ox ide AAJ 10k 1/16W Meta l Ox ide AAJ lk 1/16W M e t a l O x i d e AAJ 47k 1/16W Metal Oxide AAJ 10k 1116W M e t a l O x i d e AAJ 10k 1/16W M e t a l O x i d e AAJ 1 k 1/16W Meta l Ox ide AAJ 6.8k 1/16W Metal Oxide AAJ 47 1/16W Meta l Ox ide AAJ 6 8 0 1/2W Metal Oxide AAJ 6.8k 1/16W Metal Oxide AAJ 47 1/16W Meta l Ox ide AAJ 680 1/2W Meta l Ox ide AAJ 6.8k 1/16W Metal Oxide AA

R1469 VRS-CYl JF47OJR1471 VRS-TX2HF681 JRl501 VRS-CYlJF102JRl502 VRS-CYlJFl02JR1503 VRS-CYl JFIOPJR1504 VRS-CYiJF22lJR1505 VRS-CYlJF333JR1506 VRS-CYl JF273JRI507 VRS-CYl JF563JR1508 VRS-CYlJF124JRl509 VRS-CYlJFl24JRl510 VRS-CYlJF563JRl511 VRS-CYl JFl53JRl512 VRS-CYlJF823JRl513 VRS-CYlJF103JRl514 VRS-CYl JF472JRl515 VRS-CYlJF473JRl516 VRS-CYlJF273JRl517 VRS-CYlJF473JRl518 VRS-CYlJF393JRl519 VRS-CYlJF563JRl520 VRS-CYl JF243FRl521 VRS-CYl JF223FR1522 VRS-CYl JF473JR1523 VRS-CYlJF563JR1524 VRS-CYlJF473JR1525 VRS-CYl JF683JR1526 VRSCYlJF563JR1527 VRS-CYlJF683JR1528 VRS-CYlJF473JR1529 VRS-CYlJF563JRl530 VRS-CYlJF105JRl531 VRS-CYlJFlOSJR1532 VRS-CYlJF27lJRl533 VRS-CYlJFl02JR1534 VRS-CYlJF272FRI535 VRS-CYlJF333JR1538 VRS-CYlJF473JR1539 VRS-CYl JF333JRI540 VRS-CYiJFl24JR1541 VRS-CYl JF473JR1542 VRS-CYlJF473JR1543 VRS-CYlJFl04JRl803 VRS-CYlJFl2lJ

MISCELLANEOUS PARTSJ301 QJAKJ0047CEZZ J Head Phone JackJ401 QSOCD0432CEZZ J S-Video TerminalJ402 QJAKG0037CEZZ J AN input JackP301 QPLGN0278GEZZ J Plug 2-pin (SP)P801 QPLGZl442CEZZ J Plug 14-pin ( T A )P802 QPLGZl442CEZZ J P l u g 14-pin ( T B )P803 QPLGN0864TAZZ J P l u g 8-pinP904 QPLGNO179FJZZ J P l u g 7-pin ( E B )SC1 602 QSOCNOl99FJZZ J Socket 20-pin

QCNW-4773CEZZ J Connecting WireQCNW-4774CEZZ J Connecting Wire

J 4 7 lil6W M e t a l O x i d e AAJ 6 8 0 112W M e t a l O x i d e AAJ l k 1/16W M e t a l O x i d e AAJ l k 1/16W M e t a l O x i d e AAJ lk lil6W M e t a l O x i d e A AJ 220 1/16W Metal Oxide AAJ 33k lil6W Metal Oxide AAJ 27k 1116W Metal Oxide AAJ 56k 1116W Metal Oxide AAJ 120k 1/16W Metal Oxide AAJ 120k 1/16W MetalOxide A AJ 56k 1/16W Metal Oxide AAJ 15k lil6W M e t a l O x i d e A AJ 82k 1116W Meta l Ox ide AAJ 10k 1116W M e t a l O x i d e A AJ 4.7k 1116W Meta l Ox ide AA

-J 47k 1/16W Metal Oxide AAJ 27k 1/16W Metal Oxide AAJ 47k 1/16W Metal Oxide AAJ 39k 1/16W Metal Oxide AAJ 56k 1/16W M e t a l O x i d e A AJ 24k 1/16W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 47k 1/16W Metal Oxide AAJ 56k 1/16W M e t a l O x i d e A AJ 47k 1/16W Metal Oxide AAJ 68k 1116W Metal Oxide AAJ 56k 1/16W Metal Oxide AAJ 68k 1/16W M e t a l O x i d e A AJ 47k 1/16W Metal Oxide AAJ 56k 1/16W Metal Oxide AAJ 1M 1/16W M e t a l O x i d e A AJ 1M 1/16W M e t a l O x i d e A AJ 270 1/16W Metal Oxide AAJ 1 k 1/16W Metal Oxide AAJ 2.7k 1/16W Meta l Ox ide AAJ 33k 1/16W Metal Oxide AAJ 47k 1/16W Metal Oxide AAJ 33k 1/16W Metal Oxide AAJ 120k 1/16W Metal Oxide AAJ 47k 1/16W Meta l Ox ide AAJ 47k 1116W Metal Oxide AAJ 1OOk 1116W Metal Oxide AAJ 120 1116W Metal Oxide AA

ADAEAFAAAFAFADADAEACAD

103

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Ref. No. Part No. * Description Code Ref. No. Part No. * Description Code

DUNTK9349DEoaowosSUB UNIT

INTEGRATED CIRCUITSIC505 VHiTC7S32Fb1 J TC7S32FIC506 VHiTC4W53Fb1 J TC4W53FIC507 RH-iX2174CEZZ J MC74HC4538FRIC904 VHiPQ05TZl l - l J PQ05TZllIC2001 RH-iX2992CENl J Control CircuitIC2002 VHiPST529CM-I J PST529CMTIC2004 RH-iX2735CEZZ J AT24COlA-1OSCIC2005 VHiM62352GP-1 J D/A Control

TRANSISTORSQ2001 VS2SC3198-G-l J 2SC3198-GQ2002 VS2SC2412KQ-1 J 2SC2412KQQ2003 VS2SC2412KQ-1 J 2SC2412KQQ2005 VS2SA1037KQ-1 J 2SA1037KQ02006 VS2SC2412KQ-1 J 2SC2412KQQ2007 VS2SC2412KQ-1 J 2SC2412KQ

DIODESD904 VHDMA152WK/-1 J Diode MA1 52WKD2001 RH-EX0515CEZZ J Zener DiodeD2002 VHDMAl52WKh1 J Diode MAt52WKD2004 VHDMAl52WKb1 J Diode MAl52WK02005 RH-EXO51 GCEZZ J Zener DiodeD2052 VHDMAl52WKb1 J Diode MA1 52WKD2067 RH-EX0251 CEZZ J Zener DiodeD2068 RH-EX0251 CEZZ J Zener DiodeD2069 RH-EX0251 CEZZ J Zener Diode02071 RH-EXO251CEZZ J Zener DiodeD2073 RH-EX0251 CEZZ J Zener DiodeD2074 RH-EX0251 CEZZ J Zener DiodeD2075 RH-EX025lCEZZ J Zener DiodeD2079 RH-EX025lCEZZ J Zener DiodeD2080 RH-EX0251 CEZZ J Zener Diode02081 RH-EX0251 C E Z Z J Zener Diode

COILSCF2001 RFiLC0406CEZZ J Ceramic FilterL2001 VP-l Ml OOJl R6N J Peaking Coil 10pHL2003 RCiLBOl22CEZZ J OSD Adjust Coil

CAPACITORSC513 VCKYCYlEFl04Z J 0 . 1 25V Ceramicc514 VCCCCYl E H 8 2 1 J J 820~ 25V C e r a m i cC515 VCCCCYl EHl02J J 1000~ 2 5 V C e r a m i cC2001 VCEAPFlCW476M J 4 7 16V ElectrolyticC2002 VCEAPXOJW337M J 3 3 0 6.3V ElectrolyticC2003 VCEAPXOJW337M J 3 3 0 6.3V ElectrolyticC2004 VCKYCYlEFl04Z J 0 . 1 25V CeramicC2007 VCKYCYlHB68lK J 680~ 5OV C e r a m i cC2008 VCKYCYlCFl04Z J 0 . 1 16V CeramicC2009 VCEAPFlHW335M J 3 . 3 5OV ElectrolyticC2010 VCKYCYlHBlMK J 0 . 0 1 50V CeramicC2011 VCKYCYlHBl03K J 0 . 0 1 5OV Ceramic

ACAEAGAHBQAEAHAQ

AAAAAAAAAAAA

AAABAAAAABAAABABABABABABABABABAB

ADACAF

AAABABACADADAAAAAAABAAAA

C2012 VCKYCYlHB102K J 1000~ 50V C e r a m i c AAC2013 V C K Y C Y 1 HBl02K J 1000~ 50V C e r a m i c AAC2014 VCEAPFlHWlOSM J 1 50V E lec t ro ly t i c ABC2015 VCKYCYlHBlO3K J O.O! 50V Ceramic AAC2016 VCKYCYlHBlOBK J 0 . 0 1 5OV Ceramic AAC2017 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AAC2018 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AAC2019 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AAC2020 VCKYCYlHB103K J 0 . 0 1 5OV Ceramic AAC2021 VCEAPFlCWl07M J 100 16V Electrolyt ic AD

C2022 VCEAPFlCWlOGM J 1 0 16V Electrolyt ic ABC2023 VCEAPFlCW107M J 1 0 0 16V Electrolyt ic ADC2024 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AAC2025 VCKYCYlHBl03K J 0 . 0 1 50V Ceramic AAC2026 VCKYCYlHBlOBK J 0 . 0 1 50V Ceramic AAC2027 VCKYCYIHB103K J 0 . 0 1 50V Ceramic AAC2028 VCCCCYlHHlOlJ J 100~ 50V C e r a m i c A AC2029 VCCCCYI HHl 0 1 J J 100~ 50V C e r a m i c AAC2030 VCKYCYlEF104Z J 0 . 1 25V Ceramic AAC2032 VCKYCYlHBlOSK J 0 . 0 1 50V Ceramic AAC2033 VCKYCYl HBIOBK J 0 . 0 1 50V Ceramic AAC2034 VCKYCYI EFl04Z J 0 . 1 25V Ceramic AAC2045 VCKYCYlHB103K J 0 . 0 1 50V Ceramic AAC2050 VCKYCYl HB102K J 1000~ 50V C e r a m i c AAC2051 VCKYCYIHBI 02K J 1000~ 5OV C e r a m i c AAC2053 VCEAPFOJWl07M J 1 0 0 6.3V Electrolytic ACC2062 VCCCCYl HHlOl J J 1 OOp 5 0 V C e r a m i c AAC2063 VCKYCYlEF104Z J 0 . 1 25V Ceramic AAC2064 VCKYCYlEFl04Z J 0 . 1 25V Ceramic AAC2065 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic ADC2093 VCEAPXOJW337M J 3 3 0 6.3V Electrolytic AD

RESISTORSR512 VRN-CYlJF123D J 12k 1116W Metal Film ABR513 VRN-CYl JF272D J 2.7k 1/16W M e t a l F i l m A BR918 VRS-CYlJF472J J 4.7k lil6W Meta l Ox ide AAR2001 VRS-TX2HF820J J 82 112W Metal Oxide ABR2003 VRS-TX2HF5RGJ J 5.6 112W Metal Oxide AAR2004 VRS-CY 1 JF223J J 22k lil6W Metal Oxide AA

R2006 VRS-CYlJFl02J J 1 k lil6W Metal Oxide AAR2009 VRS-CY 1 JF562J J 5.6k 1/16W Meta l Ox ide AA

R2010 VRS-CYlJFl02J J l k 1/16W M e t a l Ohde A A

R2011 VRS-CYlJFl02J J l k 1/16W M e t a l Oxfde A A

R2012 VRS-CYlJFl02J J lk 1/16W M e t a l O x i d e A AR2013 VRS-CYlJFl02J J lk 1/16W M e t a l O x i d e A AR2014 VRS-CY 1 JF223J J 22k 1/16W Metal Oxide AA

R2015 VRS-CYlJFlOBJ J lk 1/16W M e t a l O x i d e A A

R2016 VRS-CYlJFl02J J lk 1/16W M e t a l O x i d e A A

R2017 VRS-CYlJF102J J lk 1/16W M e t a l O x i d e A AR2018 VRS-CYlJF183J J 18k 1/16W Metal Oxide AAR2019 VRS-CYl JF682J J 6.8k 1/16W Meta l Ox ide AAR2020 VRS-CY 1 JFI 82J J 1.8k 1116W Meta l Ox ide AAA2021 VRS-CYlJFl02J J lk 1116W Metal Oxide AAR2022 VRS-CYl JFlO2J J lk 1116W M e t a l O x i d e A AR2023 VRS-CY 1 JFlO2J J 1 k 1116W Metal Oxide AAR2026 VRS-CYl JFlO2J J 1 k lil6W Metal Oxide AA

R2027 VRS-CYl JF123J J 1 2 k 1/16W M e t a l Ox;de A A

104

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Ref. No. Part No. * Description Code Ref. No. Part No. * Description Code

DUNTK9349DEo2mm6SUB UNIT (Continued)

R2028 VRS-CYl JF102JR2029 VRS-CA1 JF562JR2030 VRS-CYl JF102JR2031 VRS-CYIJF102JR2032 VRS-CYlJF223JR2033 VRS-CYiJF102JR2034 VRS-CYl JFlO2JR2035 VRS-CYl JF221 JR2036 VRS-CY 1 JFlO2JR2037 VRS-CY 1 JF102JR2038 VRS-CYl JFOOOJR2039 VRS-CY 1 JFOOOJR2040 VRS-CYl JF102JR2041 VRS-CYl JF102JR2042 VRS-CYl JF102JR2043 VRS-CBl JF472JR2044 VRS-CYl JFl OOJR204.5 VRS-CYl JF222JR2046 VRS-CYl JF223JR2047 VRS-CYl JF105JR2048 VRSCYlJFl54JR2051 VRS-CYl JF223JR2052 VRS-CYl JF102JR2053 VRS-CYl JF102JR2054 VRS-CYl JF102JR2055 VRS-CYl JF102JR2058 VRS-CYl JFl 01 JR2061 VRS-CYl JF223JR2063 VRS-CYl JF223JR2064 VRS-CYl JF822JR2065 VRS-CYlJF123JR2066 VRS-CYl JFlO3JR2067 VRS-CY 1 JF223JR2068 VRS-CYl JF273JR2069 VRS-CY 1 JF223JR2070 VRS-CYl JF223JR2071 VRS-CYl JF223JR2072 VRS-CYl JF154JR2073 VRS-CYl JF103JR2074 VRS-CYl JF562JR2076 VRS-CYl JF392JR2077 VRS-CY 1 JF562JR2078 VRS-CYlJF473JR2079 VRS-CYlJF102JR2080 VRS-CBl JF392JR2081 VRS-CYl JF102JR2082 VRS-CBl JF102JR2083 VRS-CYl JF221 JR2089 VRS-CYlJF102JR2093 VRS-CYl JF473JR2094 VRS-CY 1 JF473JR2096 VRS-CYl JF473JR2119 VRS-CYlJFlOSJ

J lk 1/16W M e t a l O x i d e A AJ 5.6k 1/16W Meta l Ox ide AAJ lk 1/16W M e t a l O x i d e A AJ lk 1116W M e t a l O x i d e A AJ 22k 1/16W Metal Oxide AAJ lk 1116W M e t a l O x i d e A AJ lk lil6W M e t a l O x i d e A AJ 220 1116W Metal Oxide AAJ lk lil6W M e t a l O x i d e A AJ lk lil6W M e t a l O x i d e A AJ 0 lil6W Metal Oxide AA

J 0 1116W Metal Oxide AAJ 1 k 1/16W Metal Oxide AAJ lk 1116W M e t a l O x i d e A AJ lk 1/16W M e t a l O x i d e A AJ 4.7k lil6W Meta l Ox ide ACJ 10 1/16W M e t a l O x i d e A AJ 2.2k lil6W Meta l Ox ide AAJ 22k 1/16W Metal Oxide AAJ 1M 1/16W M e t a l O x i d e A AJ 150k 1/16W Meta l Ox ide AAJ 22k 1/16W Metal Oxide AAJ 1 k 1/16W Metal Oxide AAJ 1 k 1/16W Metal Oxide AAJ lk 1/16W M e t a l O x i d e A AJ 1 k 1/16W Metal Oxide AAJ 100 1/16W Metal Oxide AAJ 22k lil6W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 8.2k 1/16W Meta l Ox ide AAJ 12k 1/16W M e t a l O x i d e A AJ 10k 1/16W M e t a l O x i d e A AJ 2 2 k lil6W M e t a l O x i d e A AJ 27k 1/16W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 150k 1116W Metal Oxide AAJ 10k 1/16W M e t a l O x i d e A AJ 5.6k 1/16W Meta l Ox ide AAJ 3.9k 1/16W Meta l Ox ide AAJ 5.6k 1/16W Meta l Ox ide AAJ 47k ll16W Metal Oxide AAJ lk 1116W M e t a l O x i d e A AJ 3.9k 1/16W Meta l Ox ide ACJ lk 1/16W M e t a l O x i d e A AJ lk 1/16W M e t a l O x i d e A AJ 220 1116W Metal Oxide AAJ lk 1/16W M e t a l O x i d e A AJ 47k 1/16W Metal Oxide AAJ 47k 1/16W Metal Oxide AAJ 47k 1116W Metal Oxide AAJ 10k 1/16W M e t a l O x i d e A A

R2120 VRS-CYlJF103J J 10k 1116W M e t a l O x i d e A AR2121 VRS-CYlJFlMJ J lk 1116W M e t a l O x i d e A AR2135 VRS-CYlJF102J J lk 1116~ M e t a l O x i d e A AR2157 VRS-CYlJF824J J 820k 1/16W Metal Oxide AAR2158 VRN-CYlJF332D J 3.3k 1/16W M e t a l F i l m A AR 2 1 8 3 VRS-CBlJFOOOJ J 0 lll6W Metal Oxide ACR2185 VRS-CYlJFlOPJ J lk 1116W M e t a l O x i d e A AR2186 VRS-CYlJF561J J 560 1/16W Meta l Ox ide A AR2187 VRS-CYlJFlOSJ J 10k 1/16W M e t a l O x i d e A AR2188 VRSCYlJF102J J Ik 1/16W M e t a l O x i d e A AR2209 VRS-CYlJF102J J lk 1/16W M e t a l O x i d e A AR2211 VRS-CYlJF102J J lk 1/16W M e t a l O x i d e A AR2212 VRS-TW2ED561 J J 5 6 0 li4W M e t a l O x i d e A AR2213 VRS-CYlJF332J J 3.3k 1116W Meta l Ox ide AAR2214 VRS-CYlJF332J J 3.3k 1/16W Meta l Ox ide AAR2215 VRS-CYlJF103J J 10k 1/16W M e t a l O x i d e A AR2216 VRS-CYlJF103J 2 i Ok 1/16W Metal Oxide AAR2233 VRSCYlJF103J J 10k 1/16W M e t a l O x i d e A AR2234 VRS-CYlJF104J J 100k 1/16W Meta l Ox ide AA

SWITCH5 2 0 0 1 QSW-K0065GEZZ J ADJ . IN AC

MISCELLANEOUS PARTSFE32001 RBLN-0060CEZZ J Ferrite BeadP901 QPLGN0174FJZZ J P lug 2-pin ( L L )P902 QPLGNO174FJZZ J P lug 2-pin ( L F )P2001 QPLGN0278GEZZ J P l u g 2-pin (Cl)P2002 QPLGN0364TAZZ J P l u g 3-pin ( R A )P2003 QPLGNOI 74FJZZ J Plug 2-pin (D)P2004 QPLGNOl80FJZZ J P l u g 8-pin ( E A )P2005 QPLGN0564TAZZ J P l u g 5-pinSC2002 QSOCZ1442CEZZ J Socket 14-pin (TA)SC2003 QSOCZ1442CEZZ J Socket 14-pin (TB)SC2004 QSOCN1040TAZZ J Socket lo-pin (KE)TP2001 QLUGPOl 1 OTAFW J Lug, Test Point

(For Europe)

ACACACAAACACADACAFAFAFAA

105

XV-Cl E

Ref. No. Part No. * Description Code

DUNTK9350DEoiaos/o6CONTROL UNIT

INTEGRATED CIRCUITSlC1603 VHiTC4W53F/-1 J SwitchIC1606 VHiETM3070T-1 J LCD ControlIC1607 VHiTC4SUi lF-1 J PAL Osc.ICI608 VHiTC4SUl lF-1 J NTSC Osc.IC1611 VHiNJM2107F-1 J Amp.

DIODES01602 VHDlSV217//-1 J Diode 1 SV217D1603 VHDlSV217//-1 J Diode lSV217

COILSL1601 VP-lM3R9JlRON J Peaking Coil 3.9pHL1602 VP-l M4R7Jl R2N J Peaking Coil 4.7nH

CONTROLSR1402 RVR-M8001TAZZ J 4.7k(B) ACR1602 RVR-M7905TAZZ J 47k(B) ACR1616 RVR-M7905TAZZ J 47k(B) AC

Cl401 VCKYTVlCFlO5Z J 1 16V CeramicCl601 VCKYCYlHB102K J 1000~ 50V C e r a m i cCl604 VCCCCYlHH270J J 27p 50V CeramicCl605 VCKYCYlHB102K J 1000~ 5OV C e r a m i cCl607 VCCCCYlHH270J J 27p 50V CeramicCl610 VCKYCYlHB102K J 1000~ 50V C e r a m i cCl611 VCEAPFOJW476M J 4 7 6.3V ElectrolyticCl612 VCKYGYlCF104Z J 0 . 1 16V CeramicCl613 VCKYCYlCF104Z J 0 . 1 16V CeramicCl614 VCKYTVl EF104Z J 0 . 1 25V CeramicCl615 VCKYTVlEF104Z J 0 . 1 25V CeramicCl616 VCEAPFlCWlOGM J 1 0 16V ElectrolyticCl617 VCKYTVlEF104Z J 0 . 1 25V CeramicCl618 VCEAPFlCW336M J 3 3 16V ElectrolyticCl619 VCKYCYl EF104Z J 0 . 1 25V CeramicCl620 VCKYCYlEFlOlZ J 0 . 1 25V CeramicCl622 VCKYTVlEF104Z J 0 . 1 25V CeramicCl623 VCKYCYlEF104Z J 0 . 1 25V CeramicCl624 VCCCCYlHH561J J 560~ 50V C e r a m i c

CAPACITORS

RESISTORSR1401 VRS-CYlJF153J J 1 5 k 1116WR1402 See ControlsR1403 VRS-CYlJF183J J 18k 1/16WR1601 VRS-CYl JF223J J 2 2 k 1/16WR1602 See ControlsR1603 VRS-CYlJF223J J 2 2 k 1/16WR1604 VRS-CYlJFlOlJ J 1 0 0 1/16WR1605 VRS-CYlJFlOSJ J 10k 1/16WR1606 VRS-CYl JF103J J 10k 1/16WR1608 VRS-CYlJF183J J 1 8 k 1/16WR1609 VRS-CYl JF683J J 6 8 k 1/16W

Metal Oxide

Metal OxideMetal Oxide

Metal OxideMetal OxideMetal OxideMetal OxideMetal OxideMetal Oxide

AEAXADADAE

ABAB

ACAB

ABAAAAAAAAAAABAAAAABABABABABAAAAABAAAB

AA

AAAA

AAAAAAAAAAAA

Ref. No. Part No. * Description Code

DUNTK9350DEouwo6CONTROL UNIT (Continued)

R1610 VRS-CYlJF473JR1611 VRS-CYlJF472JR1612 VRS-CYlJF472JR1613 VRS-CYlJFlOlJR1614 VRS-CYlJF223JR1615 VRS-CYlJFlOlJR1616 See ControlsR1617 VRS-CYlJF223JR1618 VRS-CYlJF103JR1619 VRS-CYl JF823JR1620 VRS-CYl JFlO5JR1635 VRS-CYlJF221JR1636 VRS-CYlJF221JR1637 VRS-CYlJF221JR1640 VRS-CYlJFOOOJR1641 VRS-CYlJFOOOJR1642 VRS-CYlJFlOSJR1643 VRS-CYlJF221JR1644 VRS-CYl JF221 JR1645 VRS-CBlJFlOlJR1646 VRS-CBl JFl 01 JR1648 VRS-CYlJFOOOJR1649 VRS-CY 1 JFOOOJ

-

J 47k 1116W Metal Oxide AAJ 4.7k 1/16W Meta l Ox ide AAJ 4.7k 1/16W Meta l Ox ide AAJ 100 1/16W Metal Oxide AAJ 22k 1/16W Metal Oxide AAJ 100 1/16W Metal Oxide AA

J 22k 1/16W Metal Oxide AAJ 10k 1/16W M e t a l O x i d e A AJ 82k 1/16W Metal Oxide AAJ 1 M i/l6W Meta l Ox ide AAJ 220 1/16W Metal Oxide AAJ 220 1116W Metal Oxide AAJ 220 lil6W Metal Oxide AAJ 0 1116W Metal Oxide AAJ 0 1/16W Metal Oxide AAJ 1M 1116W MetalOxide A AJ 220 1116W Metal Oxide AAJ 220 1116W Metal Oxide AAJ 100x4 1/16W Metal Oxide AAJ 100x4 1/16W Metal Oxide AAJ 0 1/16W Metal Oxide AAJ 0 1/16W Metal Oxide AA

MISCELLANEOUS PARTSP1401 QPLGN0664TAZZ J P l u g 6-pinSC1401 QSOCN0352FJZZ J Socket 26-pin, to LCDSC1 601 QSOCN0224FJZZ J Socket 20-pin

ADAEAE

106

Ref. No. Part No. * Description Code

RUNTK0576CEZZOPERATION KEY UNIT

DIODESLED1 93G0276-700020 J Red LED, Temperature AE

Warning indicatorLED2 9300025-l 10010 J Red/Green LED, AF

Lamp ReplacementindicatorLED3

LED4 9360276-700020LED5 93G0