Manual: CDP502ESII SM SONY

ERVICE MANUAL

Photo: CDP-650ESDII

Refer to RM-D302/D502 Service Manual issued separately for information of the remote controller supplied with this set.

CDP-620ESII/650ESDII:

US Model

Canadian Model CDP-502ESII/552ESDI:

AEP Model

UK Model

E Model

SPECIFICATIONS

System Compact disc digital audio system Outputs Line outputs Disc Compact disc FIXED (phono jacks)

Laser Semiconductor laser (A = 780 nm) Output level 2 V rms (at MSB) Laser output Max. 0.4 mW * Load impedance over 10 kilohms

* This output is the value measured at a distance of about 1.6 mm from the objective lens surface on the Optical Pick-up Block.

200 r.p.m. to 500 r.p.m. (CLV)

1.2- 1.4 misec.

Sony Super Strategy Cross Interleave

Reed Solomon Code

Spindle speed

Scan velocity

Errorcorrection

Number of channels

2

D-A conversion 16-bit linear

Frequency responce

2 - 20,000 Hz + 0.5 dB Harmonic distortion

Less than 0.0025% (1 kHz)

Dynamic range More than 96 dB

Channel separation

More than 95 dB (1 KHz)

Wow and flutter Below measurable limit

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY SHADING AND MARK

A\ ON THE SCHEMATIC DIAGRAMS AND IN THE

PARTS LIST ARE CRITICAL TO SAFE OPERATION.

REPLACE THESE COMPONENTS WITH SONY PARTS

WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS

MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.

|

MICROFILM

VARIABLE (phone jacks)

Max. output level 2 V rms (at MSB)

Load impedance over 50 kilohms

Headphones (stereo phone jack)

28 mW at 32 ohms

CDP-552ESDII/650ESDII:

DIGITAL OUT (phono jacks)

Max. output level 0.5 Vp-p

Load impedance 75 ohms

— Continued on page 2 —

ATTENTION AU COMPOSANT AYANT RAPPORT A LA SECURITE!

LES COMPOSANTS IDENTIFIES PAR UNE TRAME ET UNE MARQUE /\ SUR LES DIAGRAMMES SCHE- MATIQUES ET LA LISTE DES PIECES SONT CRITIQUES POUR LA SECURITE DE FONCTIONNEMENT. NE REM- PLACER CES COMPOSANTS QUE PAR DES PIECES SONY DONT LES NUMEROS SONT DONNES DANS CE MANUEL OU DANS LES SUPPLEMENTS PUBLIES PAR

COMPACT DISK PLAYER

SONY. AUD

CDP-502ESII/55 2ESDII/620ESII/650ESDII

Disc

Track pitch 1.6 um

Sampling frequency

44.1 kHz

Quantization 16 bit linear quantizing/channel

Modulation system

EFM

Transfer rate 2.03 Mbit/sec. (before modulation)

General

Power requirements

US/Canadian model: 120 V AC, 60 Hz

AEP model: 220 V ac (or 240 V ac adjustable by

Sony personnel), 50/60 Hz

UK model: 240 V ac (or 220 V ac adjustable by

Sony personnel), 50 Hz

E model: 110, 120, 220 or 240 V adjustable,

50/60 Hz

Power consumption

16W

CDP-502ESII/620ESII:

Approx. 430 x 85 x 335 mm (w/h/d)

(17 x 33/, x 131/, inches)

including projecting parts and controls

CDP-552ESDII/650ESDO:

Approx. 430 x 85 x 365 mm (w/h/d)

(17 x 34/5 x 143/, inches)

including projecting parts and controls

Weight CDP-502ESII/620ESI:

Approx. 8.5 kg (18 Ibs, 12 02), net

CDP-552ESDII/650ESDI:

Approx. 9.3 kg (20 Ibs, 8 oz), net

Dimensions

FEATURES

¢ High performance and high fidelity.

Direct digital signal output provides for the highest

possible sound quality, when this unit is connected to an

external D/A converter. (CDP-552ESDII/650ESDII) * Feather-touch function buttons for direct mode change.

© Linear motor for quick selection search.

° A variety of playing modes: CONTINUE mode, PROGRAM

mode and SINGLE mode.

¢ Index function for quick location of the part you want.

¢ Repeat function for one selection, the whole disc,

programmed selections, selections with random order or a

particular portion.

* Auto delay function allows you to delay the playback of the

first selection 2 seconds.

TABLE OF CONTENTS

Section Title Page

Specifications: iio. de de as Ew BE 1

B@atures 02. ¢ dish Roads Pee nh es SS 2

Model Identification ................4.. 3

Safety Check-Out .......0...0.....0.04. 3

Protection of Eyes from Laser Beam

During Servicing... 2... 0.0... eee 4

Servicing Note ............ 0.000002 eee 5

Caution for Electrostatic Breakdown ........ 6

Flow Chart of BU-1C (Base Unit)

Troubleshooting... ............0000085 7

Function of Controls..............00004 9

Notes on Compact Discs ................ 11

SECTION 1 OUTLINE

1-1. Circuit Description ................ 12

1-2. Block Diagram ................... 15

SECTION 2 DISASSEMBLY ............. 17

SECTION 3 ADJUSTMENTS

3-1. Mechanical Adjustment ............. 2

3-2. Electrical Adjustments.............. 2

SECTION 4 DIAGRAMS

4-1. BU-1C (Base Unit) Section

Mounting Diagram ................ 25

4-2. CDP-502ESI/620EST


4-3. CDP-502ESH/620ES0

Schematic Diagram ................ 3)

4-4. CDP-552ESDII/650ESDI


4-5. CDP-552ESDII/650ESDII

Schematic Diagram ................ 43

4-6. Power Supply Section Mounting Diagram

and Schematic Diagram ............. 4

SECTIONS EXPLODED VIEWS AND

PARTS LIST .............. 33

SECTION 6 ELECTRICAL PARTS LIST.... 6!


MODEL IDENTIFICATION

— Specification Labels —

CDP-502ESII/620ESI:

US, Canadian model: CDP-620ESI

AEP, UK, E model: CDP-502ESII

SONY: MODEL NO, KS

COMPACT DISK PLAYER

WLLL

SERIAL NO.

MADE IN JAPAN

US, Canadian model: AC: 120 V~ 60 Hz 16W

AEP model: AC: 220 V ~ 50/60 Hz 16 W

UK model: AC: 240 V ~ 50/60 Hz 16 W E model: AC: 110, 120, 220, 240 V ~ 50/60 Hz 16 W

CDP-552ESDII/650ESDH:

US, Canadian model: CDP-650ESDII

AEP, UK, E model: CDP-552ESDI

SONY: MODEL NO. RSS

COMPACT DISK PLAYER

WLLL LLL

SERIAL NO.

MADE IN JAPAN

US, Canadian model: AC: 120 V ~60Hz 16W

AEP model: AC: 220 V ~ 50/60 Hz 16 W

UK model: AC: 240 V ~ 50/60 Hz 16 W

E model: AC: 110, 120, 220, 240 V ~ 50/60 Hz 16 W

SAFETY CHECK-OUT (US Model)

After correcting the original service problem,

perform the following safety check before releasing

the set to the customer:

Check the antenna terminals, metal trim, ‘‘metallized”’

knobs, screws, and all other exposed metal parts for

AC leakage. Check leakage as described below.

LEAKAGE TEST

The AC leakage from any exposed metal part to

earth ground and from all exposed metal parts to any

exposed metal part having a return to chassis, must

not exceed 0.5mA (500 microampers). Leakage

current can be measured by any one of three

methods.

1. A commercial leakage tester, such as the

Simpson 229 or RCA WT-540A. Follow the

manufacturers’ instructions to use these instru-

ments.

2. <A battery-operated AC milliammeter. The Data

Precision 245 digital multimeter is suitable for

this job.

3. Measuring the voltage drop across a resistor by

means of a VOM or battery-operated AC volt-

meter. The “limit” indication is 0.75 V, so

analog meters must have an accurate low-

voltage scale. The Simpson 250 and Sanwa

SH-63Trd are examples of a passive VOM that

is suitable. Nearly all battery operated digital

multimeters that have a 2V AC range are

suitable. (See Fig. A)

To Exposed Metal Parts on Set

AC 0.15 uF S1.5k9 voltmeter

{0.75 V)

= Earth Ground

Fig. A. Using an AC voltmeter to check AC leakage.

CDP-502ES/I/55 2ESDII/620ESII/650ESDII

PROTECTION OF EYES FROM LASER BEAM DURING SERVICING

This set employs a laser. Therefore, be sure to fol-

low carefully the instructions below when servicing.

WARNING !!

WHEN SERVICING, DO NOT APPROACH THE LASER

EXIT WITH THE EYE TOO CLOSELY. !N CASE IT IS

NECESSARY TO CONFIRM LASER BEAM EMISSION,

BE SURE TO OBSERVE FROM A DISTANCE OF MORE

THAN 25 cm FROM THE SURFACE OF THE OBJECTIVE

LENS ON THE OPTICAL PICK-UP BLOCK.

CAUTION:

The use of optical instrument with this product will

increase eye hazard.

CAUTION

Use of controls or adjustments or performance

of procedures other than those specified herein

may result in hazardous radiation exposure.

SSS SHORES S HB e Te Here re resese rere

1. Laser Diode Properties

Material: GaAlAs

Wavelength: 780 nm

Emission Duration: continuous

Laser Output: max. 0.4 mW*

e

e

e

e

* This output is the value measured at a distance of

about 1.6mm from the objective lens surface on

the Optical Pick-up Block.

@ Classification: Class Mb

2. During service, do not take the Optical Pick-up

Block apart, and do not adjust the APC circuit.

If there is a breakdown in the APC circuit (includ-

ing laser diode), replace the entire Optiocal Pick-

up Block (including APC borad).

Oe

BESKYTTELSE AF @JNE MOD LASERSTRALING UNDER SERVICE

I dette apparat anvendes laserlys. Derfor skal

nedenstaende instruktioner naje folges under service.

Folg iovrigt instruktionerne i servicemanualen.

ADVARSEL!!

Under service ma gjnene ikke komme nzr objektiv-linsen

pa den optiske pick-up enhed. | tilfzelde af at det er

ngdvendigt at kontrollere udsendelsen af laserlys, skal

det ske i en afstand af mere end 25cm fra den optiske

pick-up.

LASER ADVARSEL MARKNING

Folgende mzrkning findes indvendig i apparatet:

1. Advarsel Mzerkning

CAUTION AND INTERLOCKS OEFEATED

ADVARSEL :

: INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM.

USYNLIG LASERSTRALING VEO ABNING NAR SIKKERHEDSAFBAYOERE ER UDE AF FUNKTION UNOGA UDSATTELSE FOR STRALING.

te

7

1. Laser-didoe data

@ Materiale: GaAlAs

@ Belgelengde: 780 nm

@ Udstraling: Kontinuerlig

@ Laseroutput: Max. 0,4 mW*

* Malt i 1,6 mm afstand fra overfladen af objektiv-

linsen pa den optiske pick-up enhed.

@ Klassifikation: Klasse Mb.

2. Adskil aldrig den optiske pick-up enhed under

service, og juster ikke APC kredslebet (Automatic

Power Control). Hvis APC kredslebet (incl. laser-

dioden) bryder ned, skal hele den optiske pick-up

enhed (incl. APC printkortet) udskiftes.

RR me eee meee eee eee et eee

VAROITUS: Laite sisaltaa, laserdiodin, joka lahettia

(nakymatonta) silmille vaarallista lasersateilya.

CDP-502ESII/55 2ES DII/620ESII/650ESDII

— SERVICING NOTE —

A transit lever is provided at the bottom of the unit to protect the NOTES ON LASER DIODE EMISSION CHECK

The laser beam on this model is concentrated so

as to be focused on the disc reflective surface by the

objective lens in the optical pick-up block. There-

fore, when checking the laser diode emission, observe

more than 25 cm away from the objective lens.

LASER DIODE AND FOCUS SERCH OPERA- TION CHECK

1. Make POWER switch on with no disc inserted and

disc table closed.

2. Confirm that the following operation at right is

performed while observing the objective lens.

@ Hold down optical pick-up block and chucking arm by a finger.

==

Es chucking arm

optical pick-up ~ — Se

> — C2) Confirm that laser beam is spread.

(3) Up and down motion of the objective

lens. (3 times)

optical system against shock during transportation. Before starting

repairing, make following procedures.

Screwdriver

Bottom Slot = =

Screw (red) Transit lever

1. Loosen the screw (red) with the screwdriver.

2 __=Insert the screwdriver into the slot in the lever and

move it in the direction of the arrow until it stops.

3 Tighten the screw.

NOTES ON IC REPLACEMENT

@ When replacing IC401, 501, first clean the IC head

and the inside of the heat sink with alcohol, then

mount the heat sink and fill the heat sink indented

portion with an epoxy type adhesive*, as shown

in the illustration below.

* Epoxy type adhesive: Sony bond SC1000 or other

quick drying 2 liquid compound.

epoxy adhesive

—— 1C

: l protruding |

section i >

Is |

|

pas heat sink


— CAUTION FOR ELECTROSTATIC BREAKDOWN —

NOTES ON HANDLING THE BASE UNIT (BU-1C)

The laser diode in the optical pick-up block may 1. Place a conductive sheet on the workbench.

suffer electrostatic breakdown because of the poten- (The black sheet used as repair parts wrapping).

tial difference generated by the charged electrostatic 2. Place the set on the conductive sheet. so that the

load, etc. on clothing and the human body.

The printed matter below is included in the repair

parts. During repair, use the procedure in the printed

chassis touches the sheet. (This makes it the same

potential as the conductive sheet).

3. Place your hands on the conductive sheet. (This matter.

The following method is an example for reference makes them the same potential as the sheet).

purposes: 4. Remove the optical pick-up block.

5. Perfrom work on top of the conductive sheet. Be

careful that clothing does not touch the optical

pick-up block.

Printed Matter Included in the Repair Parts

When opening or repairing a BU-1C, the procedure for grounding as follows is required to prevent damage caused

by static electricity.

1. Grounding for the human body.

Be sure to put on a wrist-strap for grounding (with impedance lower than 10°Q2) whose other end is grounded

The strap works to drain away the static electricity built-up on the human body.

2. Grounding for the work table.

Be sure to lay on the table a cunductive sheet (with impedance lower than 10°92) such as sheet of copper

which is grounded.

3. As static electricity built-up on clothes is not drained away, be careful not to let your clothes touch the

BU-IC.

Wrist-strap for grounding

transit protective cap

The unit BU-1C.

@) Conductive sheet

CDP-502ESII/55 2ESDII/620ESII/650ESDII CDP-502ESII/55 2ESDII/620ESII/650ESDII

FLOW CHART OF BU-1C (BASE UNIT)

TROUBLESHOOTING

® Confirm all connectors around BU-1C (base unit)

are secured before the following check.

[SERVO BOARD]

POWER ON

IS OPTICAL o PICK-UP SET AT SLED MOTOR DRIVE CIRCUIT INNERMOST IS —1.4 VOLTAGE OUTPUT AT THE EMITTERS ‘ CIRCUMFER- OF Q205 AND.Q206? ENCE?

DO NOT OBSERVE LASER BEAM | NEAR THE OBJECTIVE LENS.

CHECK opera. BE SURE TO OBSERVE MORE Dee miee eco: THAN 25 CM AWAY ee

DOES LASER | De AGe EGR NO ARE +B (+5 V) AND —B (—5 V) VOLTAGES | SEE ae TION APPLIED TO BU-1C (BASE UNIT)? 1 CHECK. |

YES @fis THE VOLTAGE NO |

OF IC303 (ss PJ Pee TERMINAL @5) +5 v? )

4) YES

FOCUS COIL DRIVE CIRCUIT | DOES FOC @SEARCH EpeRRTER c NG 1S VOLTAGE OUTPUT APPLIED TO EMITTERS | NO | “SEE PAGE 5 FOR OF Q201 AND 202? +1 —--—---->.- etal Ske gel (THREE CYCLE search’ \—7\ 7 \

OPERATION IS SHOWN.) |

YES |

| © |

- |

<D0ES DISC MOTOR NO CHECK FOK SIGNAL. 2 | <ROTATE? IS THE VOLTAGE OF THE BASE OF Q303 4.8 v? |

| Gee VES 1§ THE VOLTAGE |

OF 1C306 TERMINAL —->+|

READ TOC INFORMATION

CHECK OPERA. TION WITH DISC INSERTED.

CONFIRM THAT NO < Toc IS READ. are PAGE 8.

= DETECTION CIRCUIT OPERATION CHECK. CONFIRM THAT THE WAVEFORM BELOW IS OBSERVED. SEE PAGE 12 FOR CONFIRMING PROCEDURE.

eae =F SCRATCH WIDTH

YES

BU-1C OPERATION CHECK IS OVER.

@ -0.7 v?

YES

CHECK RF SIGNAL. CONFIRM THAT THE WAVEFORM BELOW IS OBSERVED. RF SIGNAL WAVEFORM. (ay

| | | |

| |

ARR | OOO OOK A 4.4,9.0.0.0.0000.004, 1Vp-p

HERR | 0.3V

| | 1 I

THE DIAMOND SHAPE (0) IN THE CENTER OF THE WAVEFORM SHOULD BE CLEARLY DISTINGUISHED.

NO REPLAC CHECK BU-1C. THE SET.

6 (SPL)

BU-1C (BASE UNIT)

5 2 2 8] 4 3 (FOK) (—5V) (+5V) (SD) (FD) (LD ON)

CHECKING TOC INFORMATION READING

If TOC information is read correctly, the number

of selections on the disc and the total playing time

will be displayed.

The display will be as follows for YEDS-1.

i fa Ie 1 Ll i | eee eee ieee

SECOND TRACK MINUTE

% the number of selections \ total playing time

CDP-502ESII/55 2ESDII/620ESII/650ESDII CDP-502ESII/55 2ES DII/620ESII/650ESDII

FUNCTION OF CONTROLS

eon DIGITAL

[1) [12] mains

CDP-552ESDII/650ESDI:

LINE OUT

CDP-502ESI/620ESII:

[13] (14) (15) (16) 17] (18) (49) (20) (2a)

[pista _ouT | | ah

©, i

Front panel

1

2

|

=

~—

co

o Ess

= o

[11] pry

= Lad

= w

= =

[15]

= -i]

=]

= co

= wo

POWER switch

Disc compartment

Place a compact disc here.

OPEN/CLOSE button

Display window

Direct selection buttons

Select the desired selection directly by number.

ii PAUSE button and indicator

Press to pause during play. To release the pause mode,

press it again.

p& PLAY button and indicator

AMS (Automatic Music Sensor) buttons

Press to search for the desired selection.

INDEX buttons

Press to search for a particular index number to begin

playback at that point.

Manual search buttons Press to search for the desired portion of the selection.

TIMER switch

Slide to play back when using the timer available

optionally.

HEADPHONES jack (stereo phone jack)

Remote sensor and indicator (for remote control)

Picks up the infrared transmitting signal from the

supplied remote commander.

REPEAT programming buttons

Press to repeat play. There are five types of repeat play:

one selection, all selections, A <> B, program and shuffle

repeat.

TIME (elapsed or remaining time) button

Shows the elapsed time, the remaining time on both the

selection being played and the whole disc.

AUTO DELAY button

Inserts two seconds of blank space before the beginning

of each selection.

SHUFFLE PLAY button Press to play selections in a random order.

CLEAR button Press to clear the programmed selections.

CHECK button

Press to check the order of the programmed selections.

nN o w STOP button

[21] PLAY MODE buttons PROGRAM button: Press to play the programmed

selections.

SINGLE button: Press to play one selection.

CONTINUE buttuon: Press to play from the first (or

desired) selection to the last selection.

NR

[22] LINE OUT/ () PHONE LEVEL (headphone level)

control Adjusts the output levels for LINE OUT jacks on the rear

panel or the HEADPHONES jack on the front panel.

Display window

3} DISC indicator

Lights up when the disc compartment is closed with a

disc in place or when the disc compartment is opened.

iad

DX) > TRACK indicator

Shows the track number of the selection being played.

[25] PGM (program) indicator Lights up while programming is being done and while

checking the programmed order.

nN 6) INDEX indicator

Displays the index number of the selection being played.

RO ~ Music calender display window

Displays disc selection numbers up to 20 selections.

i) 8] Time counter

Shows the elapsed time the selection has been played.

nN o REPEAT indicator Lights up during repeat play.

w 0) AUTO DELAY indicator

Lights up when the AUTO DELAY button is pressed.

[=] [31] SHUFFLE PLAY indicator Lights up when the SHUFFLE PLAY button is pressed.

3] OVER indicator

Lights up when a disc with more than 20 selections is

inserted.


The illustration on page 3 shows the model available in

European countries.

33] LINE OUT jacks

FIXED: Output level is constant.

VARIABLE: Output level can be changed with the LINE

OUT contro! and supplied remote commander.

34) DIGITAL OUT jack

Directly outputs the digital audio and subcode data read

from the disc.

Connect to the DIGITAL IN jack of an optional DAS-702ES

D/A converter unit.

35| DIGITAL OUT switch

Slide to select the output signal from the DIGITAL OUT

jack.

ON: for audio and subcode data output

ON (FOR AUDIO USE): for audio data output only. Set to

this position when listening to music through a

connected D/A converter unit.

OFF: for no digital data output. Set to this position when

listening to music through the LINE OUT jacks.

AC power cord

SUBCODE OUT connector This connector is provided to extend the utility of this

compact disc player by allowing for the connection of

optional equipment which will be available in the future.

NOTES ON COMPACT DISCS

Handle the disc by its edge, and to keep the disc clean, do

not touch the rainbow colored surface.

Not this way

Do not expose the disc to direct sunlight or heat sources

such as hot air ducts, or leave it in a car parked in direct

sunlight where there can be a considerable rise in the temperature.

Before playing, clean the disc with the cleaning cloth.

Wipe the disc from the center out.

Do not use solvents such as benzine, thinner, commercially

available cleaners or anti-static spray intended for analog

discs.

After playing, store the disc in its case.

CDP-5072ESII/55 2ESDII/620ESII/650ESDII SECTION 1

OUTLINE

1-1. CIRCUIT DESCRIPTION

The circuits on this set are almost the same as

those on CDP-502ES/620ES and CDP-552ESD/

650ESD, which is already on the market. Therefore,

only the dropout detection circuit and mechanism

control IC (IC303), which change base unit BU-1 to

BU-IC, will be explained here. Refer to the circuit

descriptions in the CDP-502ES/620ES and CDP-

552ESD/650ESD Service Manual for other portions.

1. Dropout Detection Circuit

This circuit is on the base unit BU-1C RF board.

If there are any bubbles or scratches made on the disc

when it is produced, these will adversely affect

tracking, or focus servo, when the disc is played, This

will cause mechanical noise to be generated from the

pick-up, sound skipping, or electrical noise. This cir-

cuit detects these bubbles and scratches, and the out-

put then lowers tracking gain or focus gain loop gain

to prevent these problems.

{RF BOARD) ‘“'-

Next the operation will be explained. Please look

at Fig. 1. During PLAY, the RF signal output from

IC101 pin G) is applied to D101 via IC102-1 buffer.

This RF signal is envelope wave detected at D101.

Therefore, during normal operation (no bubbles or

scratches on the disc) D101 cathode side has a DC

component. Bias is applied via D103 and R115 so

that IC102-2 comparator output is low at this time.

D102, R114 and C113 perform the role of adjusting

auto bias relative to RF signal level fluctuation and

also act as a smoothing circuit so that IC102-2 bias

dose not change even if there is dropout.

Then, if there are bubbles or scratches, the RF

signal is cut, and IC102-2 pin (2) voltage goes lower than that of IC102-2 pin @) via C111, and during this period, comparator output IC102-2 pin q@) is in-

verted and becomes high. This signal switches IC203

switch, and tracking gain and focus gain loop gain are

lowered.

IMAIN BOARD)

10101 CX20109

1€102-1 BUFFER

TP102

wD 8103 10%

\—— Dropout Detection Circuit

+5

1€102-2 COMPARATOR

10201 CX20108

ero

HD14053BFP GAIN DOWN SWITCH

Connect to @ side at ‘’L’’.

Connect to O side at ‘’H”’.

Fig. 1 Dropout Detection Circuit and Gain Down Switch Circuit

@ Ic102 @ (RF signal)

@ Ic102 (2)

@ Ic102 @G)

© D209 cathode orn afeerioh) circuit output

dropout width

scratch

(scratch width)

Fig. 2 Waveform when Dropout is Detected

(Measured on YEDS-1 disc with tape of about 1 mm width stuck on as in Fig. 3)


@ Dropout Detection Circuit Operation Check

1. Stick black or red tape (about 1 mm wide) onto _- disc

the disc as sown in Fig. 3. (This is to get the drop-

out detection circuit output pulse.) Do not stick

it on the part where the TOC is recorded, however.

2. Play the disc prepared in step 1.

3. Confirm that a waveform as shown in Fig.2 @ is

on main board D209 cathode side.

normal if this pulse appears.

2. Mechanism Control IC (1C303)

The mechanism control IC (IC303) uses the DATA

pin, CLOCK pin and LATCH pin to instruct IC201

(servo IC CX20108) and I1C307 (digital processing/

CLV servo IC CX23035), and also has TOC data and

Q data memorized, which it uses in performing direct

search, etc.

Pin Functions

Pin Name

A MUTE

COPY

ROM

OSCO

OSCI

Operation is Avoid the TOC area, and stick on black or red tape of about 71 mm width.

Fig. 3 Tape Location

Function

Audio signal muting control output. ‘‘H’’ during muting.

Signal output pin for CD copy inhibit to IC310. ‘“‘L’’ for copy inhibit.

Disc identification signal output. Normally “‘L’’. *“‘H” for CD ROM

disc.

Clock pin.

Clock pin.

RESET Reset input pin. Goes “‘H”’ in about 1.5 seconds after power ON.

TEST LSI test pin. Not used.

SCOR SUB Q sync signal input pin.

ADJ

IN IN SW

When this pin goes “‘L’’, IC303 detects servo or other abnormalities

and disc load out is not performed. Used for servo and PLL adjust-

ment. Also, direct search is not performed, and access can only be

done by conventional track jump.

Input pin which detects that the disc table is closed. ‘“‘L” for CLOSE.

IN OUT SW

IN

+ FOK

Input pin which detects that the disc table is open. ‘‘L’’ for OPEN.

Focus OK signal input pin.

IN WFCK

IN

WFCK (Write Frame Clock) input pin.

GFS Guarded Frame Sync input pin. ‘‘H’’ is input when disc data can be

read normally.

SUB Q SUB Q signal (selection address, emphasis data, etc.) input pin.

GND Ground pin.

NC Not used.

SENSE Input pin for IC201, IC307 SENS output.

Q CHECK Inputs CRC results of SUB Q output from IC307.

Na hE el


a OUT Latch output pin for serial data to IC201, IC307.

21 OUT DIRECT Output pin to IC201 during 1 track jump. Normally “‘H’’. Reverses

track jump pulse direction at ““L’”’, When ‘‘H” again, set to normal

tracking mode. Outputs ““L” for a set time by detection of TZC

(Tracking Zero Cross) rise and fall.

OUT Output pin for serial data to IC201, IC307.

Output pin for serial data transmission clock to IC201, 1C307.

Output pin which controls sled motor gain. Normally ‘‘H’’.

“L” during access.

Input pin which detects optical block at innermost circumference.

cae, aes OV shift to inside

Reaches innermost circumference. Detected

oy going from ‘“‘L” to “H”’.

Not used. Normally ‘“‘H’’.

Trigger output pin for data sent to IC801.

IC801 M REQ signal acknowledge signal output pin.

IC801 M REQ signal input pin.

Not used.

IN/OUT CMDO — CMD3 Data input/output with IC801.

Output pin which controls laser diode ON/OFF.

LOAD IN Output pin which drives loading motor to close side.

LOAD OUT Output pin which drives loading motor to open side.

EPS Output pin which detects disc emphasis and switches emphasis

ON/OFF.

VDD Power supply pin (5 V)

REC MUTE Synchro REC MUTE signal output pin. Not used.

PAUSE Synchro PAUSE release signal output pin. Not used.

REC M Synchro REC signal input pin. Not used.

NC Not used.

D MUTE Digital signal muting control output pin.

“H” for muting.

CDP-502ESII/55 2ESDII/620ESII/650ESDII CDP-502ESII/552ESDII/620ESII/650ESDII

1-2. BLOCK DIAGRAM

SIRIAL / DIGITAL SIGNAL PROCESSOR DIGITAL FILTER PARALLEL 7CLV SERVO 1C309 BUFFER CONVERTER D/A DISCHARGE

é307 (4) COCK Q3l2 Ae 1C450 CONVERTER 0401 5 DE-EMPHASIS \ ha

BU-IC (BASE UNIT) (2) Lack oara® pe Oe O—Oomts_ 1 Tt me —-— ee Orr err a ere Terre ere re re errr errr err err er 7 (6) WCLK 1C405 1 20 © 3! | BCLK us 2 OPTICAL PICK-UP BLOCK 2) FXO 40 | - | (7) OATA BCLK @O) 1C401 PASSrINER RV400

RF AMP/ SIGNAL PROCESSOR WCLK (21) InTEGRATER [LOW L PHONE LEVEL! LINE OUT I +5V 1C101 | T SWITCHING (C402 - 404 6 <2

CRCF LRCK Q2) 400,402 VARIABLE | DETECTOR | WFCK ° 1 I | for} hale S ae | ca Gro! | + =< SCOR

4 |_| | (6) P02 | EXCK \ j x30! lala en r ptt SUBQ 16.934 MHz pr zs !

| ; | \ [ie | Deere eto ee Shy Se Wo) © sper ney 4 r +5V Ryo) | A zs) 7

| G6) ©, Q306 C315 ; (EMPHASIS) HEADPHONE AMP (2) DATA EXCK —_BXTAL S\ RESET 1 | 1c452 | GF © DI CH aw; $301 f $f R-CH J401

ae DAIO(LRCK) OFF — w 23 S | @t DI-De _AD—AIO 1 Cr) ac SWITCH + 138 SSE5R ea | pl [ReaDPHONES]

I 5) D3 9) > ON 1 Fa CHAYH RELAY RY400 |

| rene ee Sa eee, nes (For aun | DRIVE = -l2V (MUTE) i 26) D2 RSET (18) b |\ Use | j

| OETECTION ce t je CRC $ ; LASER DIODE | CIRCUIT | 3) 05 ON ! =

vonee Lb ic102 i | 22) 06 f i \

| ®) | AAR i (20) 07 1C310 x) DRIVER ~ e 1

w DIGITAL AUDIO DATA C313, | | 1 ne a \ I RACS — RAWE 3 2oss S Bs ! MODULATION / TRANSMISSION | ! | () LASER ON | 2 oe bis. 5.81 402 | }

CIRCUIT | Eee ee COP-852ES00 /650ESDD Tee 4 1 ar, peer | Nadu ce 5 cs cee | | 7 \

| | en ee 5 ! COP-502ES I / 620EST 2 i

| 1C250 J | DISC_ MOTOR a MOTOR DRIVE , | LISI DRIVE | | civ servo +5V

ve I DISC MOTOR CONTROL ———————— phon < EPS > << VOL UP VR

| L152 C15! | 1€305, 306 axssub oy Belen QI51 — 154 \ gSeee L301 22/301 JK VoL ow | So Ble am BE < MUTE > D302 {> (3827) (S834) (S838)

| AKA Fe 930 ae assy) (assy) (assy) peor _p8oz | peepee eae at Pees eee eg Ziex A | SWITCH INVERTER PROGRAM] [ SINGLE] [CONTINUE ][PLAY ] [PAUSE

& | ] | ols 1C305 us

| YY

2 5

| \ vco 22 | a

| ee a | 65) < Qint FLOURESCENT | | D MUTE @4) D MUTE |< SACK INDICATOR TUBE

(2-60) (3) suB Q (15) SUB Q \~< MREQ FLD8OI | | Tz FE @ CHECK (CRCF)(19) CRCF

MIRR C11) IZ wk WFCK (13) WFCK —~< CMD 0-3

| Ese Ze scor(8) SCOR FOCUS COIL DRIVE FOCUS / TRACKING /SLED ao sig FLD DRIVE

| y 201, 202 QFE o Be Rom (3) ROM pees 801-806 ! | G201, SERVO copy (2) copy —~< ouT Sw

| 2-AXIS ! iC 201 ea EPS(é) EPS a

DEVICE | \ TACHI OE DANE GTA 0 sence (S-=—_—_| | AMute (1) | Me G aie? ‘ | . xuT (Carcnn(g) @ TQ Q INT

US oe KIN K SACK SACK 399 cat” PY ca Scam Sam GEES © beat eee KEY MATAR : | | mee 6) $801- 821

ai 823,825 ,827 398 cmp G-3 »>—*+#— fy | | MECHANISM re 4 829-834 (H) pc0 | G Sch aie A CONTROL 636- 846,850 (REMOTE SENSOR)

es = \ 7 1 202 ay E 1¢303 TSW »>—~ \& switch —/

! ee 1 wri ma ae 1 209 VOL OW { we 3. | 9210 (Fy G4) SED wow(o) Ls] of COL pS. \ SS) J, —>

| ' UY a ™ | 14 LT SLED GAIN _/ s| $652 REMOTE CONTROL toy SWITCH LOAD OUT DET pais i ! 25) SLED $ ae, OFF RESET +

t 1 sesi ; 4 Hr ) Loa ia bee 4 396,397 1c 803 | SENSOR Ss 1 ! OFF ON 400 kHz

COIL “Ny \ \C202 9304 t OFF : WHEN’ RESET

y \— uw iw oer | 2% LOADING G6) oN DISCS TABLE, + < RESET > + 1c315 | fl MOTOR DRIVE |] nue ; 902,903 ee eee ee 301,302 67) ‘So ENDED +10V

Lone osc 0 RESET

MOTOR DRIVE (4) © PN

$654 5 o CHUCKING © hme, +5V< $201

M651 . z

CHUCKING @) + : RESET - POWER OFF ESET >— lov < ON : WHEN FLUORESCENT INDICATOR TUBE 2 oy DISC TABLE FILAMENT AC IN 1S ‘CLOSED

65! $653 M652 SWITCH MOTOR SELECT

S| S

LOADING (“) CHUCKING MOTOR eal — +12v ; LOADING MOTOR +6V IC910, 911, -5V IC912, 920 lav —14v

9920-923, 9930-933

= 5S <1 6-=

CDP-502ESII/552ESDII/620ESII/650ESDII CDP-502ESII/552ESDII/620ESII/650ESDII | SECTION 2

DISASSEMBLY

FRONT PANEL AND TOP PLATE CHUCKING MOTOR (M651) Note: Follow the disassembly procedure in the numerical order given. 0 B3x6 as en ae E:

8 @ top plate PS3x 5 Giese y IN SW board eene motor o- @ gear (A)

L.C. SW board

DISPLAY BOARD, KEYBOARD SW BOARD,

OPEN SW BOARD

@ — QO: DISPLAY BOARD, KEYBOARD SW BOARD

{i] : OPEN SW BOARD

BV3 x 6 (5 pes.)

retainer (A)

(3 pes.) pes. @ 8TP2.6 x 8 (2 pcs.)

OQ PTP2.6 x 6 (3 pes.) ROPE STRINGING POWER SW BOARD retainer (B) pulley (B) e PTP26 x 8 (3 pes.) e BVTT3x6 power switch bracket CNJ202 ‘

8 CNJ203 power SW board

@ BVTT3 x 6 (2 pcs.) Sa

knob joint (B) | OBVTT3 x6

(2 pcs.) power switch lever

e Turn twice around pulley (C).

@ Set the rope to rope bracket.


LOADING MOTOR (M652), FF BELT, DRIVE BELT,

LOAD OUT SW BOARD

@ 82.6x 3 Ce CNP602 Le Zoe

[estes

(to load in sw board)

“e=key 'le 2 ZZ loading CA. motor {to L/C sw board)

' (M652) Pere

© rive belt (to main board)

re tes loading motor boa

rd

BOTTOM PLATE

Remove bottom plate by taking

out 7 screws (BV3 x 8).

és is possible to check main

board from conductor ey

® n \ \ S “\

BASE UNIT (BU-1C)

basilar B3x20 _,B3x 20 (pein Roere! insulator @f fee j

CNJ102 pole insulator pole

(main board) ea Pa B3x20

Ss hea s) seus i insulator pole compression spring spacer Ye" ‘cae (insulator C}

laa spacer

compression spring

(insulator B)

CNJ151 (main board)

compression spring

™N (insulator A)

CNJ103

Note (1): When replacing BU-1C, refer to “NOTES

ON HANDLING BASE UNIT (BU-1C)”

on page 6 to prevent damage caused by

static electricity.

Note (2): Each compression spring (insulator) differs

in size and turns. When installing it, refer

to the following list.

silver

gold

black

compression spring (insulator)

Note (3): RF board is included in BU-1C and can not

A

B

Cc

be replaced in itself.


BASE UNIT (BU-1C)

(See page 19.)

OPTICAL PICK-UP BLOCK (4) Pull out frexible

Su C3) Unlock connector with

blade screwdriver,

Refer to “NOTES ON HANDLING BASE UNIT

(BU-1C)” on page 6 to prevent damage caused by

static electricity.

Open lid of lead retainer (B) and take out lead wires.

Q Unsolder the lead wires of sensor coil (SE51).

© Unsolder the lead wires of sled coil (M53).

=

Start to rotate.

082.65

@ Open lid of lead retainer (A) and take out lead wires.

OTA, P2.6x 8

optical pick-up

block


SLED COIL (M53), SENSOR COIL (SE51)

©, @:: sensor coil (SE51}

O~6@ : sled coil (M53)

Q sensor coil

(SE51)

Q@evrr26x8

@ sled coil (M53)

FLEXIBLE BOARD

Unsolder @ marked portion. (total three)

! M53

Start to rotate.

optical pick-up block

Note: Be sure not to remove the screws.

The screws fix the detector. Therefore,

if the screws are removed or loosened, the detector moves and cannot receive

the jaser beam.

Unsolder @ marked portion. (total four)

Unsolder @ marked portion. (total seven}

iN aca ci a: hs ee i

CDP-502ESII/55 2ESDII/620ESII/650ESDII SECTION 3

ADJUSTMENTS

3-1. MECHANICAL ADJUSTMENT

CHUCKING ARM HEIGHT ADJUSTMENT

Adjust the height of portion @) with disc insert-

ed and disc table closed.

Repeat loading and confirm that chucking arm

does not touch disc pulley.

adjustment screw

pulley

press pulley

chucking arm

dise (a) about 1 mm (Same height as a disc}

3-2. ELECTRICAL ADJUSTMENTS

1.

2:

Perform adjustments in the order given.

Use YEDS-1 disc (3-703-696-01) unless otherwise

indicated.

. Use the oscilloscope with more than 10 MQ im-

pedance.

Adjustment Mode

1. Connect servo board test point AF and ground.

This is to prevent the disc table from opening

even though pits are not read, by making micro-

computer IC303 pin 9) low.

. Turn POWER switch on.

(To reset microcomputer.)

After adjustment, remove the lead wire connecting

test points AF and ground.

Adjustment Location: servo board

test point AF (Connect this test point to ground.)


RF PLL Adjustment

Procedure:

VTVM (DC range)

a servo geese

TPPLL Oo PLL O————O

a counter servo aire pea

— . Turn POWER switch ON (stop mode).

TP PLCK ¢ PLCK O———_O

. Remove connector CNJ308.

. Put set into adjustment mode. (See page 22.)

. Connect VTVM to servo board test point TP PLL.

. Adjust main board RV301 so that reading on

VTVM is 0 V +50 mV.

. Connect the frequency counter to servo board test

point TP PLCK.

. Adjust servo board L301 so that the reading on

frequency counter is 4.4018 MHz +20 kHz.

. Reconnect lead wires connected in adjustment

mode and connect the connector CNJ308.

9. Put disc (YEDS-1) in and press > PLAY button.

. Confirm that reading on frequency counter is

4.3218 MHz.


TP PLCK —

z L301 0 TP PLL

1C€307 10305

f4 5

aa

Focus/Tracking Gain Adjustment

A frequency responce analyzer is necessary in

order to perform this adjustment exactly.

However, this gain has a margin, so even if it is

slightly off, there is no problem. Therefore, do not

perform this adjustment.

Focus/tracking gain determines the pick-up follow-

up (vertical and horizontal) relative to mechanical

noise and mechanical shock when the 2-axis device

operate,

However, as these reciprocate, the adjustment is at

the point where both are satisfied.

@ When gain is raised, the noise when the 2-axis

device operates increases.

@ When gain is lowered, mechanical shock and

skipping occurs more easily.

@ When gain adjustment is off, the symptoms below

appear.

e Music does not start and

low

bP buttons pressed.)

ed

disc continues to rotate

for STOP >DPLAY or

@ Disc table opens shortly lower high after STOP>DPLAY. :

e Sound is interrupted dur-

ing PLAY. Or time count-

er display stops progress-

ing.

e The time until music starts

becomes longer for STOP

-> DPLAY or automatic low or high selection (<4. PPI buttons pressed.) (Normally takes

about 1 seconds.)

automatic selection. (Ke

e More noise during 2-axis high high

device operation.

The following is a simple adjustment method.

— Primary Adjustment —

Note: Since exact adjustment cannot be performed, remem-

ber the positions of the controls before performing the adjustment. If the positions after the primary adjust-

ment are only a little different, return the controls to

the original position. oscilloscope (DC range)

Procedure: .

servo board Je hin,

TP FE O——,—————0 + i Ue

TP TEO- -

1. Keep the set horizontal.

If the set is not horizontal, this adjustment

cannot be performed due to the gravity against

the 2 axis device.

2. Put set in adjustment mode. (See page 23.)

3.: Insert disc (YEDS-1) and press > PLAY button.

4. Connect oscillcscope to servo board TP FE.

5. Adjustment RV201 so that the waveform is as

shown in the figure below. (focus gain adjustment)

@ Incorrent Examples (DC level changes more than

on adjusted waveform)

low focus gain

I——-O V

high focus gain

VOLT/DIV: TIME/DIV: 2mS

VOLT/DIV: 100mV TIME/DIV: 2mS

1700mV

VOLT/DIV: 100 mv TIME/DIV: 2mS

CIRCUIT BO

6. Connect oscilloscope to main board TP TE. po

7. Adjust RV202 so that the waveform is as shown in : ; : ; load out S|

the figure below. (tracking gain adjustment)

VOLT/DIvV: 1V TIME/DIV: 2mS

a

Ov

OS

@ Incorrect Examples (fundamental wave appears)

low trackin in ae headphone jack bd

VOLT/DIV: 1V TIME/DIV: 2mS

open S|

—ov d

high tracking gain (higher fundamental wave than for low gain) BSL


to


/ RV202 Rv201 ( aan ( focus ) low high

gain gain gain gain

SOESDII §CDP-502ESII/55 2ESDII/620ESII/650ESDII

The following is a simple adjustment method.

ary in — Primary Adjustment —

7 rer Note: Since exact adjustment cannot be performed, remem- if it is “ae p

ber the positions of the controls before performing the

Jo not adjustment. If the positions after the primary adjust-

ment are only a little different, return the controls to

the original position. follow-

oscilloscope hanical 4 (DC range) qaiice Procedure: ;

servo board C) é —————

nt is at TP FE O<———_z—————_0 +

| 1a. 2-axis !

TP TEOm- -7

*k and . 1. Keep the set horizontal.

If the set is not horizontal, this adjustment below

cannot be performed due to the gravity against

the 2 axis device.

. Put set in adjustment mode. (See page 23.)

. Insert disc (YEDS-1) and press > PLAY button.

: Connect oscilloscope to servo board TP FE.

vA fF WwW WN . Adjustment RV201 so that the waveform is as

shown in the figure below. (focus gain adjustment)

VOLT/DIV: 100mvV TIME/DIV: 2mS

® Incorrent Examples (DC level changes more than

on adjusted waveform)

low focus gain

VOLT/DIV: 100mvV TIME/DIV: 2mS

I—-O v

high focus gain VOLT/DIV: 100 mv TIME/DIV: 2mS

6. Connect oscilloscope to main board TP TE.

7. Adjust RV202 so that the waveform is as shown in

the figure below. (tracking gain adjustment)


@ Incorrect Examples (fundamental wave appears)

low tracking gain


m— OV

high tracking gain (higher fundamental wave than for low gain)


—oOv


°

°

RV202 RV201 ( mie) ( focus ) low high

gain gain gain gain

CDP-502ESI/I/55 2ESDII/620ESII/650ESDII SECTION 4

DIAGRAMS CIRCUIT BOARDS LOCATION

power SW board

A load out SW board subcord board

(CDP-502ESII/620ESI!)

output board (CDP-552ESDII /650ESDII)

B

C headphone jack board

audio board

open SW board

servo board display board

remote control motor board D

keyboard SW board remote control VR board

BU-1C (base unit) BSL motor board

flexible board E

RR, RF board

F

{ N FLEXIBLE BOA

to servo board (CONDUCTOR

to servo board

BQ servo board

[By to servo board

chucking motor board in SW board

L/C SW board

4-1. BU-1C (BASE UNIT) SECTION M

1 2

AN sued coll

fi]

{UNA

SQ 2 \\ —— Q

FINISH: START TO ROTA

RD(1/4 ata |

(8% zs ee 2. e?

_: LASER DIODE

BLK,

SMGQAQ

CDP-502ESII/55 2ESDII/620ESII/650ESDII CDP-502ESII/552ESDII/620ESII/650ESDII

SECTION 4 4-1. BU-1C (BASE UNIT) SECTION MOUNTING DIAGRAM

DIAGRAMS 2DS LOCATION

Note: > SWikcard

@ Color code or sleeving over the end of the jacket.

oard subcord board DISC MOTOR

(CDP-502ESII/620ESII) PX “Nn

LISI / \ \ LI52-1

of No a output board / \ ‘ ( -) (CDP-552ESDII Co S ~y/ Aro ee ()

/650ESDII) ~RY oan, a

= O nee @ oO—-: parts extracted from the component side. aa Y / 8) © e@— : parts extracted from the conductor side. t \ ( C e : part mounted on the conductor side. . SS / KY) fuisi-! e { & : indicates side identified with part number. L152-2 /, \ @ —=—— .:. signal path.

CNP302 ~

SST. of alia TO MAIN BOARD

HIS! HI52 CNP308

TO MAIN BOARD Ss ~ EE audio board

~ ZA CNP304

— TO MAIN BOARD

| servo board

neha [be Estate deb 2685] owes ass remote control motor board TO:MAIN BOARD keyboard SW board

remote control VR board

rinsr setecrion:2oms [BS va BOARD} (CONDUCTOR SIDE) M53 I6TH SELECTION: 60 mS

SLED COIL =:

x BU-1C (base unit) tor board

: flexible board AR ov

cs <> OPTICAL PICK-UP BLOCK ; IS RF board = a 7 Nee

2s =e" |_$ ae yy N Zz > XS "Yj Iw

FLEXIBLE BOA\ (CONDUCTOR

) mA i OONR, Ly;

WING Y), oS ~~ Ww os e ms a to servo board

> board FAS

i servo board

[By to servo board

[Figxuste BOARD(1/4)] (COMPONENT SIDE)

Senne BOARD(1/4) (CONDUCTOR SIDE)

chucking motor board in SW board

FLEXIBLE BOARD(1/4) (CONDUCTOR SIDE) ol

HISI, 152 QIS) Qi52 ICIS!

Q154 Q153 RF BOARD [coi ueras Sie) t...:

L/C SW board sl | CNP3I0 3] TO MAIN BOARD

Or —26— Ey by awe

4-2. CDP-502ESII/620ESI MOUNTING DIAGRAM CDP-502ESII/620ESII CDP-502ESII/620ESII @ See page 51 for Semiconductor Lead Layouts. @ See page 48 for Power Supply section (AEP, UK, E Model).

@ See page 25 for Circuit Board Location. @ See page 25 for BU-1C section.

@ See page 50 for notes.

5 1,2

@ SEMICONDUCTOR LOCATION |

Location |Ref. No. | Location

H-32 1C451 E-11 1C452 B-5 ' 1C500 ae 1€501 4 1C502 E-12 [HEADPHONE BOARD] 1C503 F-12 1C504 G-12 B 1C801 1C802 1C803 1¢901 ‘ 1¢902 1C903 1910 . 1911 . 7 1c912 . 1¢920

CNJ409

fo) | ag

: : iR¥400 ligt Q201 400

Q202 : Q203 Q204 Q205 Q206 D

ne me 21 1 02 03 64 Q301 ‘ THIAOS Q302 Q303 Q304 Q305 Q310 ; Z 9.6 ius sai : Q312 a cNU404 3 C58 so vs s

0396 E ( oaiif n ots «4 0397 v4 SL oe an: Q398 hae et

as09 |e OL. a — 14 ee Q400 Soot oS a _, 2F Ci) Q401

0402 ona401 im ENPAOT

Q410 %

R422 ee

a

= - 5 — nel

° nis ae 37.40 45 48 oO o-4ff-o

' ~6. 24 :

io 4 ate aot 0454 Sp} So S

: 1 we Aa ae =

ara

WWWAMDOWODYUNONYUMDDHOHAIOM

a4 eo Q410

Q411 Q500 Qs0o1 Q502 Q651 Q801 Q802 Q803 Q804 Q805 Q806 Q902 Q903 Q9g20 ag21 Q922 Q923 Q930 Q931 Q932 Q933 aQ941

oo 0

(0.8) ry

| VOL DOWN WITH REMOTE COMMANDER: 4.2

& oo BO yY>2 22 oOo Novo iImmmmnoo

ee te Ss oooo°o

N Bs iS)

eee

WOK SSRo OAMONTI-~ OT OOBOOOGBAMOOMMOMMMT TTT o =

Www

MYNYN SUNY ASD

ae

ImSEC

° =" 23V Nou uP wna REMOTE be Emsec— | COMMANDER: 4. 2 i Ey Saath esa SOS ‘ 4 . 3

tone \ sae — (PROGRAM) — PLAY MODE $841 $843 $844 $845 $827 5834 S.

ual [DISPLAY BOARD) = prem [Sak =i a GREET [KEY SW BOARD) es oe a y, D806 Be cae ) - ;

SENSOR,

rm) fo) ny

as

[ccear [cHEcK procram] [Since] [C0

a4 L- oy $821 Ps. © 1 7 Rea Fo, / $823

\ aa i \ a Lon gr

i ~y

=

MOADADANDANA DONNNVOS PIOOOOMOTTAIDISES CNJ BOI

=

S846

OPEN/CLOSE

a, “SeAAB Os Saeesa: FLD8OI -24 cNBO- - —Aceig To 7S a rr

o¢ A (ea [elie ie 18819

704}, ‘ Bog

23 8 VOL DOWW WITH! REMOTE my COMMANDER : 0 sa CNJ201 I ieee CONTROL

MOTOR BOARD sacs SBOWER ON.

34,SINGLE:O.4” te nel 2.3 F (3) 30% ih & 08 [HT] YOu ue with REMOTE , | i 45 39 3° eal @> cNPEod COMMANDER:O + 7 Sy ond ret Sa 4 0

Se) a t 3 i : BS crags @MHEN SB46 PRESSED: Yai: 9 ~ BT 35, POM:03

@

RV400, 500

LINE OUT eset, ( ) PHONE LEVEL} i

o 2] HGF EDC BA

(CHASSIS) SVp-p <5

— ov

28 =29— 30>

OESII CDP-502ESII/620ESII CDP-5072ESII/620ESII CO

9 1G 11 49 a 44 45 46 17 18 49 20 24 22 Pe) 24 25 260 27. | 8 29 : sobs : : a <\-6> 2-6

CNU402 : me ea 1 2 [SUBCODE BOARD]

49

Pal s 3.7

0

| ie \ aN [- 240nSEC—> 6.5Vp-p \ Py SS.8 : El] —5v JD10 BOARD]

1¢307 | 7 T]ensso1 be 240nSEC 4

(SERVO. BOARD].

JURR'NG SLED ACCESS H

——_——=—_ — OV

Ee d2

5 5 G es cash oO us AG .

— ml he W eit es 225v33 : m

{3 49 a + , 0.01 7 ‘ (5) igs : 36 1 gp petit ey

49 5 7 37 4045 48 ¢ abst OO of " J . : R442 D401 a ¥, ae — CANADIAN { 5 Bey opto ics wane —-ov fas97 T sh he, 25 power On ‘ eee __ QURRING SLED access : eo eabnakanis alten Loam y Sn = THE INNER GROOVE ; J (0

CNU3I5 ~ WHEN O1SC TABELELIS | CLOSED: 9 1 _BRN

0) "OPENED: 33 ly Treo \* / CNU606 i t

WHEN DISC TABELE 1S | CNABI7 [CLOSED : 3.3 i | OPENED : > :

YEL [L/C SW BOARD] : [LOADING MOTOR BOARD) ve : i oc BA

sees [CHUCKING MOTOR BOARD) y MOTOR SELECT an Ot

CHUCKING LOADING “MOTOR —> “motor

LOADING MOTOR ’ ales sea cearbet acta A (CHASSIS) ia] : LARGE

ane 5654 :

6>—+4 CHUCKING '

! —— (PROGRAM) — [Puay_Mooe] OFF ON $842) ON: WHEN $843 ' $844 $845 $825 $829 $827 $834 $833 (te DISC ‘sac)

AUTO DELAY SHUFFLE PLAY [KEY SW BOARD] CLEAR CHECK PROGRAM) [SINGLE] [CONTINUE] IS: CLOSED, = $82! ~~

-7 3 1 7 #10); (P5823 F 7 " roy | [0 WHEN CHUCKING OFF OPERATES 7 aaa]

(L/C SW BOARD) =ilesgol o.oo tage Cone 5816 $8i7 19 's8i8 |

9 fest ite cat my “ath CHUCKING ; SWITCH

C4 S651

Va LOAD IN DET ON

S653, aes =x! 4 MOTOR SELECT

ON: WHEN SMNCH CHUCK ING IS ENDED. ee

E ts bool cx HGFEOCBA

: | i ON: WHEN DISC ) TABLE IS CLOSED.

; 5 -12 wa t ~10 +12 > ni - a - <b-2y a Sarees ; Se rs fe a ‘ A a

ie 0 1 {2 13 14 15 16 17 48 19 20 a1 2e 23 24 25 26 fo a

22-1. 88

CDP-5072ESII/620ESII CDP-5072ESII/620ESII

26 27, | Bt 302s 44 1 32 35 36 aa ers

| > hd Ss S tes 8 I i

é | 6Vp-p

' —Ov

US CANADIANS MODEL ul Pena oe (POWER SWIT!

PLAY

{ 1 530pSEC

H BOARD]

ie “woe | oie

ir a

WHT

(L/C SW BOARD]

$653 MOTOR SELECT

CHUC KING LOADING MoToR = —* MoTOR

$654 CHUCKING

OFF @=O0N

ON: WHEN THE DISC TABLE 1S CLOSED.

$654 CHUCKING SWITCH

an 9653, MOTOR SELE

SWITCH

CNJ604

Fe 240nSEC—>4{

DURRING SLED access SE NER GROOE —,

\ —0.8V \

1307 \

WHEN DISC TABELE |S | CLOSED 23.3 | OPENED :0

cT “LOAD OUT DET

ON

(Ge WHEN DISC TABLE IS CLOSED.

CNJ6O!

CNJE02

HT

CNJ3IS

IS i CLOSED: 9.

03

CNJ603

OPENED + 3.3

CNU3I7

[LOADING MOTOR BOARD] vt Pyrii baa ae

M652 LOADING MOTOR

ee OUT SW BOARD

WHE

ote

> 2400 SEC

217

R246 Ci

punts Focus SEARCH

JfH] S651

LOAD IN DET

ON

+

$302

TIMER

PLAY «== OFF OF F-

ON: WHEN CHUCKING IS ENDED.

22 23

SV

~~ 70.6V iV

TO BU-IC

(BASE UNIT) CNJI04

3400 H 36

af

af

TO BU-IC

(BASE UNIT) CNJI03

6 TO BSL MOTOR BOARD CNJI5I

TO BU-IC (BASE UNIT)

CNJIO2

TO BU-IC (BASE UNIT) CNJIO4

38

38

2Ft

3 oS

4-3. CDP-502ESII/620ESI SCHEMATIC DIAGRAM CDP-502ESII/620ESII

@ See page 50 for notes. e@ See page 48 for Power Supply section (AEP, UK, E Model).

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

i tay sO Ses

a = 1C307 CX23035 Me 1C305 TLO82CP 1C306 PC4558C

A [RF BOARD] {SERVO BOARD] eee Mine DIGITAL SIGNAL PROCESSOR/ ng LOWPASS FILTER DISC MOTOR DRIVE

CLV SERVO o—; or

ue Q310 5 cine. eek oe C356, , 470p

©) % ; 2a R358 C355 a DTCII4ES sae row de mm '0V I750v 33k 0.22 aes SWITCH 4 SLP

0 ¢ ae SPEED SERVO a E

310 8 als CONTROL a PHASE SERVO |

a HIGH SPFED ACCESS SERVO ¢302 IC101 ‘ 5 4 OD!

B enue \— Bottom HOLD ——~ 248 ‘ 2 ; ad SUBCODE BOARD : SIGNAL PROCESSOR 7 DECODER B - 5yp-p

ov : SuBCODE |

Veco

VOLTAGE REFERENCE FOCUS OK

COMPARATOR

Vee

CURRENT REFERENCE OR

oe] 64)

Vee WECRy] 2.5 V8)

MUTE (15) 9 10)

RFCK Sy 2:5 BOO RFCK >

| : PARALLEL/ DAO! ( CIFI) G~< CIFI NY

© Hoare er Paes TE! Rae SIRIAL DAO2 ( CIF2) G3) <CIF2 4

C | 2,9 25 ey DET} [SHIFT REGISTER CONVERTER DAO3(C2FI) @}< C2F

@ aot c3ieL R322 4 DAO4 (C2F2 GP C2Fa

v (a me AUTO 6.017 10k GSEM DAOS(UGFS)@).¢ 3.7

GND ASYMMETORY ae a GSEL FRAME SYNC DET] | TIMING ERROR DET iB DAOG (WFCK) A) 93 CONTROL AMP PROTECTION AND | {GENERATOR ERROR CORRECTION! pao? (FcKV)I@®) 2502785

INTERPOLATION FROM VCO: i30nSEL aye. 11 a iene 8 ale INVERTER

ATTM| 5 ECS. ¥ oe aon ov DAIO (TREK )(71) IGENARATOR TIMING pall (caupstye) 2° 1C309

ss cenaton bait ee —ov Ls FROM X’TAL DAI (DENR) ()2.4. FP

a DAI4 ( BCLK) (76) R330,qq1M

D TRACKING ge 8Ss8sssss $ ERROR , : 49 29 XRST eegeegees., & ah Or ei36

MP g x0) we 68 DEF G OO, QOrm ©x 0 DOORS: aC Teen wessemer Teen

C104, Icool ac LASER ON CIRCUIT

E i eae ERROR AMP

+5V —5V So S 2 5

essing

-

ga oak nO 2s se >t S Fe °

LD ON. |

2048x 8 (16384) RAM CELL

P D201 C308 TIMING CONTROL 8 > ea 3 HZSCLL HMBIIGLFP—3 TEST CONTROL <=:

(C201 9303 x IGBITxIGWORD_RAM

ae ae ® ame mets nsuesSers-| SESE Taetey tee FOCUS/TR / L CONVERT leo REFERENCE Berle See eT SERVO. fe a MECHANISM CONTROL Lot Fo Pov Tiov ,

1C201 Q304 1 F DTCII4ES U

F53 INVERTER t A. FOCUS GAIN

Boor o20e (8) Dow /NORMAL ‘emo —

ree | ssanslbel lesen SOT Bhs olitles| | ge = — FOCUS COIL DRIVE FOCUS SEARCH|FOCUS SEARCH 0209 MUTE! Rigs] b997 5,

Reg2 $20) 0) ON/OFF | UP/DO | ISSII9 on Vi 0305 5 aa 2 5D Vee a “Bk 6. real 6 3) C39

A Ar R204 1.c208 7 oTCI4ES Lpsgg OS 6) #1 L395] | cao 9 ! 06 396 0.

9201 R206 27K A Seto} potas LATCH gy (0K (us 0998 oT Tov FD sh C204" 470 R205

aise @ 55V ss

LP) i aad “oe rocuf Sorr | companaroR ok ov fr ih bal Cada POWER on G a 507 rea 2 C398 an GS RESET

R219 C212 ; 3 we fos, ik 0.022 Rages = Koz99 ] (Gor | NJM7BL~05 “465 nr 2

vad ie R218 (0398 Jas : —oy a 100 call Q398 Q399 R398 5 pgg7,998 | ; Q INT>——+@3) @ INT )—(2)

“37 aco, 2SAII75 2SC2785 gy ae 1) ISSII9 SEOMER SACK>——-@) 5 ACK od or 3 MREQ= M REQ CQ)

adi Re9 QINT = 4 Hr) 5 <4 MOO <3 cMDO a COMPARATOR SACK 02 R399 399 MDI MDI gf

aoe Tt des Sate ISsii9 1k G47 2 1802 # 7

cMD2 26) CMD2 CH Cais oe TRACKING ble 3 HD614042SC77 rad 560p A =< CMD Disc TABLE 1S ,CLOSED.O amal ems G2 CMO3_ FLD DRIVE

H “= eee ae OPENED 33 080! 0802 ©) OUT Sw timer PAY 9 Oo, TM! cMD2 _ = — _ OFF 24.6 ) =) R220 er eaten TRACKING sit 365! Lye SW $302, 4 EBGS4525 _AASA32S ow

CP | GAIN (SERVO) eS LOAD IN (rime) $3] 7 R80! ai c2i4 NJM4558D-FA | UP/NORMAL ON/OFF = > DET ON : WHEN BOARD play yh Heated Gy - Trocoee SLED COIL ORIVE | GND vee oll oF (ciucrne ) | | 1 DoT TV creor om IS.EN OFF (W) 4] 1-30 poe 3.3

Q205 ON mM 00

R224 car = Q65! TOM eRe GI PLAY L

wey eH —s eusomnpd Te le te cwaa] | [BO ta ere \ ti) AY cag R236 | £225 moos wor = ces Ok ae iy ee cnc $6 ovr (cise Tas) | D651-654 MOTOR oy ae | erent conve fa

3.3k 7% td . = 44S TONT L ae] US fr eee p02 = 10k sub Se Tok 0.001 KD Tov TON oe LOAD OUT Ya Ys a j, abe BOARD ff I | ! |fconrimues

(Y cai Rest ik 16203 06 Q30!1 302 SW BOARD WHEN CHUCKING OFS ODESATESL: 7 IANO 50 Sih 35°66 10.3

L 2 0.068 150k i. : HDI40538F, uPC4558C 2SD774 258734 wore tect] 5.622 ere @) oy T teas TS 0 |

at Sy SIED 6 — : — FADING DRIVE — LOADING cosy Abbas | | [PRC a | age TSO PROS g R227 0.6 CH Rte x ES QURRING SLED ACCESS.H Ic ou MOTOR jo.0047' am ane fai) SINGLE L - (iq

nacn [R232 K be 202 301 | [eS sweLeL 0806 DURING, FOCUS SE 3.9K 10k —5y 2 2 tL e3g2 t (SINGLE) (42) SINGLE L on ete, C218" "0.0047 R245” -260 NJM4558D — FA 22 euvcane 1 D654 WT R08 |(REMOTE SENSOR] "7.4

| oe 10k INS See Rove DURING FOCUS SEARCH 5: CIMT UA DEY bs O, mh ev IR to i i CP802 3.4 SINGLE 0.4 a q CUME OUTER GROVE yang FOCUS SEARCY Oy NT u : 9 ’ z — as = Ss, ; cae Cop pp 0202 4 6 ICHUCKING [KEY BOARD SW BOARD]

~ 0. FF |

) a él : 7 ore A OFF FON: WHEN | cg () wes | a6 ; Q203 0204 “9205 9206 Q210 Q209 —ov Sais SD ACESS R243. R244 0202 R603$ C60! 651 on (Be DISC ) o.oos7! CHUCKING CHUCKING RG2222SY OPEN/CLOSE

280774 2S8734 280774 258734 —«-2SC200I-L_—2SAII75. U ~v JPRNS SLE A00E56 ee a fy 1ssil9 10 OT sy 0.022 cess 0.022 \euoseo™ | MOTOR BOARD SW_BOARD(I/2) TRACKING COIL SLED COIL SLED GAIN. INVERTER sen, 7 Sess 2 vf [ 361 ae = - -

DRIVE DRIVE SWITCH = THE NNER GROOVE L Feeley. 5 - -5y a5 J 7 er T +10

-100)— a ee av 12V———_$

—33— | —34—

SII /620ESII

10 11 12 13 14 15 16 18 19 20

CDP-502ESII/620ESII CDP-502ESII/620ES

21 22 23 24 25 26

03: TP -_ T P 1C306 yPC4558C Q151 153 = — _ TAL SIONAL Fnocesson/ Me Maerse ree DISC MOTOR DRIVE 280774 AUDIO 1c450 1400 Gg AOE bee (C401 LF356H 1C402 NE5532P 1C403_NE5532P (C404 NE55 CLV SERVO pay _DISC_MOTOR DRIVE CXDI058Q PCM53KP-V-S 2gke4 G ate INTEGRATER LOWPASS FILTER Taio 5 €356, , 470p BOARD SERIAL/ PARALLEL D/A CONVERTER 4 Saag “1 0:1 Bt 2 FE; “196 C351 R358 C355 CONVERTER @) : i - 5 198 Tloy

: 5 lec 40h Vv 22 eon Voo T 33k 922 _

e 7- CURRENT 7mov i720) ogo’ 13, XS d0ez7/i00v 9 R353. SL < q 500v 1 voo . R407 R4I |_| L301 a2 SPEED SERVO ay wos [ capors L15 (FC SOURCES + ae at 1 a vax (tow 3.9K (I/2W)LI%) 3.9K(1/2W)(1%) Nt a i=

; ole contro. {_MOP 142] 3-0-7 OUT 20K(1/2W 200 ; CabT 7 aoe 7 PHASE SERVO 0 (2.5! R351SR352 354 C72 f L3 WS DECODER %) aver 1C401} o Wor 0-007 o-B 0.0027| 5 0) amet] o-—G MON 68k 7 6.8k(I%) 0.0068 a 0400 0402 52 OG (/2w) 100V Voo 100V Voo 'oov 7 Ty oO Li2 @4, 2.24 =0.24 > 3 Lae 3 Lp 3 ACCESS SERVO EXCK a ; deeiaienan Bee Li fd 8 il (21 FIRST SELECTIOI omSEC RG heed LECTION ! 60mSEC LI0 G46. 2 G 2k — BECODER Sua Ex is 45 i3eiT oe bak A] ica0e Re Sk Ky C403 Raiog |iehae] —'c404 Svp-p crc |CRCF “i L7 GD—(9)-4LADER RESISTER| [REFERENCE 6 abe y 6 ies y

| oy Hi ma te "0 NET WORK oa r~<G Ale <I “ <<; c SUBCODE 0 us 0 oy] vee 5 Oo} Vee S o C4 c408 NC DET Ges - la q cane 1c400 4 ones 5 o,ag2? Onn I 13 13) Mia loov Ma . wore 9 a a ICISI Q152,154 L2 14 4

— RFK? wh igemoren one sige Borer baie z 2 ~vee(t C407 Ca57 Aik Lo (6 | 1000 i PARALLEL/ DAO! (CIFI) CIFIDN Titov R442 25v-ft— icoit <a | fsov SIRIAL DAO2( CIF2) IF2 C405 eB !0k 7 reo} Icgl2 CONVERTER DAO3(C2FI) CORI MCL2601 calgon 5,8 1 Cole NJM78M20A DA04 (C2F2)@P< C2F2~Y ; a aaa ae Teov REG. 1503 1504 DAOS(UGFS)@).3 3.7 10k 5.8 1c912 \4 NES532P NES532P ERROR DET DAOG (WFEK)| a Voo 0G ——— Loweass FILTER ERROR CORRECTION Q3 casi H.C450 0401 ~—-0400,401 2) REG: >

nsec DOT AF CK 282785 pe Tov C416 Ol = HZ3ALL Icgit 33) I as TT byp-a} | | OAOB(FCKX) INVERTER 2.4 NUM79M05A —.25V 3 50v 0A09(PLCK) PLCK ae J REG. ig “4 Lo DAIO (ERCK (71 Pra UD vo TIMING DAIL (CAI 25 1C309 “oe crs oleae 4 C459 7-470 0300 4 GENERATOR D NL) CO) CX23034 iv tT tT To! Posy cass ss Wa C556

, ) DIGITAL FILTER 384 D Onn i ! FROM X’TAL DAI3 (DENR) (75).2-4 on (00 cass Nee Tov =02 desis 4 my 50v ~ = = sees DAI4 (BCLK) rr ee soya R330 yy 1M mi C430 = 100 6 7~CURRENT 7 R501 Ww 8 504 +TMNS = nm 0 ko = = | : A wu oases gseeesseees Sa] S]S/z] 315 Al =] Spa] joaisiczio) y = nm —} wh Hiv. RISGPRCy—| SOURCES u @ Pron ¢ R503 R507 RSI S88888 ,, feddetegzé S| B12] Loaiecoara) co et on 4 CNP309 | 4) MUTE Rid 4 3-3-7 R500 NO 501 S<ecsi7 PS

D 39404 | DOG Q9E06NE0E! o 22p 16.934MHz 22p 7] TEST) R13 5 Aa 3 R502 i if 14 as = i 53 <= 0V a > wis 2 O96 RaS6: oe es gE 7| a cso] ge 7 bos Ba a 251 ba bom CIEL > 08 ey i 9500/7 9502 4X5 508) if coor] ih ‘ J

OPO 2X 9 De® [4 23] 4 , : oe - 2 er a 0.24 -id wa is 7 > : 5 i hg bd i jseesesoer? 2 iS g GOHE corey fo8 “OP Oum 0 -G i : i 2a fawpo y= = Se 1309 PTH OR voo 6 . AS |. LOw NOISE -0.24 SL Js R504 R508 R512 9) 01 cock ost) lel fsmerer 1S Re 5nn88 - o7| ¥= ; - 5 13BIT ZENER ont (e502 ok] 1C503 esi hy (1504 10) D2 - . ret se aa of ADER RESISTER| [REFERENCE 6 6 11) 03 Ll a 16BIT x 95WORD RAM] 7 a3i2 : 7 re@OA NET WORK a _— 7) pe | | 2048x8 (16384) as} CLK is Sw ig | Ficter | 7. {2S COMPLEMENT] 1¢ | iesit paral? R6 G10 w 7 a 0 + 0 + RAM CELL wWCLK fF WRITE READ D-FF ARITHMETIC OFFSET BINARY SHIFT 9) Q312 1X4 7) 0S R5@a—(1 a Q500 ,502 Q501 r) 5 6 5 0 16) 07 G La DATA DATA OVERFLOW 2SAll75 5 4 Qi] CURRENT 1¢500 2SK241-GR _2SK241-Y 7 506 q 508 q 15) 06 5h W IRCUIT LIMITER REGISTER BUFFER we R30 SOURCES SWITCHING DISCHARGE N ag x, Ag x 14) 05 :

LRCK enna R2 G14 =14 13) 04 5 iS a R445 L380, C308 a x2sc TIMING CONTROL 7 ADDRESS tm bie oe; 4 3.9k 47H = ¢ Ri G15) -Vvee har rare ceOe I6LFP-3 2 7 TEST CONTROL | Wv- 3) BCLK RO 16) I qT}

7, fe) WCLK, Tov LF356H NE5532P Sov Ran e ADDRESS DLEE i D Taw WELK 1500 FILTER

MSM640aA— 76S Sis oie Boo io S00 SITEST! 1eeiTst6woRD Ra ‘ ed $a) LRCK PCMSSKP-V-S INTEGRATER LOWPASS FILI -117GS-K 0.1= 0.1 1 rt 2.8) 2 arER

MECHANISM CONTROL tom pov Piov Tov est 0) resT2 ie -9.1 = D/A CONVERTE! = - -10v)——_1__

oD Hav +10V 5 +5

+5V C337 cas4 5

Hh Fhiov > @ ANE 3 ea 396 9397 . a 9.02 [49 voo he qsos #xmurer4 28C2785 OTAII4ES | | 9.5fic593 y0997 5 ———— ——— sk —c OO crs ayers 4.7 RESET Go 0} 0308 5 +f REG. 3

SENSE 18) SENSE 4 SE > 49 10 DTICII4ES 0397 tras Gore c80l lie 7 10 | FLD80I ae © x x nN x z. CLK Li O MUTE @ 'D MUTE foe a6 case’ au ol iektee | x, FLOURESCENT F a “a ~ as s 3 LATCH ATCH WECK (p< WFCK 0998 ae Te l lin 2 atte as! INDICATOR TUBE 8 8 8 3 8 3 DATA ATA 3.3 SCOR (Bie 5” < SCOR R332 C397 0396 ss R ! Ho | =, LD_ON LD ON Q CHECK (9 CRCF 10k 1/50V 0 0 0 “POWER ON | oe neta wh tpi AT i 20!

2 << diRC 2iNDIRECT sup (Sr sua owl Sao e908 aa : 9) RESET _ i . H ‘1G = | Ss ag J ~5i0! ROM (3; R395 0299 R397 s ; : 4 “4 ipepeat!! Na-gt |! Y 9303 (2)F OK copy (2 10k 100k NUM7BL- 05 . INT é : i c Ld 4 ay oe cree

S10} PS —-0v, Hate edgy) oe : 398399 see 93884 pgg7,998 Eka at Sing 446 B MC 2SAll75 — 28C2785 ISSHI9 es TACK TACK ae q i iy 3.6 9399 pane H 4.8 8) ADs 10) o7 43 - MREQ M REQ 6

FOK |— MOO (24) CMDO oe Q INT QINT 100k 1p ap 0-9 AS, ay ant D299 Rave 399 bir ae é¢28e2 22 288 €ee8e2e88 Lor heat het Keel Kral ee SACK SACK issiia 10k 6047 1c802 Bo EE OT BO DS Oe fs 3 Nhs na 3 A SLED S MREO MREQ h cMD2>——+@6) CMD2 “en yst

oe cMDO Gi cMDO > <cMD3>—+?) CMO3 HD614042SC77 : 8 WHEN DISC TABLE 1S [CLOSED-0 jor sw FLD DRIVE ow fe ‘ 60) cMDI 5 CMI al” 3 801 0802 Timer | PLATS | |

: se AY |? 6 cmbe cme 3681 0 £BG34325 _AA34325 OFF 46 vise @ — 1 | kee t CMD3 CMD3 LOAD IN Tec Sw TIMER] ne REO! TIMER SW a ; az a [ 9

y DET [iweR] Uv 220 3.5, 990.6 , A D816 | 1 acm Pcie > ON : WHEN BOARD PLAY a Sa QD oisit6 68 >t : Say 4) SLED G insw(t or (ates) t Da02 cP80! ; 1C803 DISIT 5 ©) pp oeis tot 4) osco euaen Le EuDED I OFF (mM) 4] “8g 4 BX-1317 pisita PCLT oe Q651 PLAY L pisit 3 @D) py08!3 KK3

rT] me anyt: mm ee Ree i Bor, Burra ‘DI mwa] | Oa vAYL visit2 @ i are io duT SWC of (aise Tague) | peu’ a : CONTE * oisit | @) continu fod = = 3?) LOAD OUT FAD: OUT et LOsED? 651-654 MOTOR 1 | fcowrie RT Ep Q80l-“806 D8ll= 816 ‘wo

5 LOAD IN o ——J > i0e2 ar ee £0 KEY 3) xO FLD DRIVE poe ! OL, SW BOARD WEN CHUCKING OFF QPESATESE: 7 4 39 3.5, PGM.0.3 1 KEYI G6) i KI 5, (5) $653 C652 0G L , imSEC : 7 —T50K MoTOR SELECT] 0,022 (ra) 0651 dprocraws, | | 5; KEY2 @- ke OPEN/CLOSE | R651 a}! 7 ROG L Ce 4, or ae | KEY 3 @8) k3 LOADING ik, 38) ge wi LOADING a Saat Keva a -234 SW BOARD (1/2) 100k 1 [p94 See) = em an |e 2 ¢602''0.001 030! | Toes2 a6s2 a (SINGLED SRe—| Lad SINGLET <pos j KEYS ae <K5 4X KS R60! Bye ‘ 2 R60! 2.5) One CHUCKING $653 CP802 3.4 swale 0.4 KEY6 3) < K6 > SAFE

6 (iz2yh R805 ee posi? PO 4 9S654 aA sMt YOL UP WITH REMOTE COMMANDER: : ¥ 9 KEY BOARD BUTE eel | RESEAT S us we bs sackaceten ne ——! 92 p—G 302 CHUCKING a | [KEY BOARD SW BOARD] - iG = a 2 WHEN S846 PRESSEDIO’ J SW BOARD rosea | croasee3| Ata 5045/5841 ON: WHEN M ) mes! >t 5 er pers ar

reese: qe — ce oh (Tiga Jocanrp oem CHUCKING rozezesy [OPEN/CLOSE IC802_MSO761~420P ~Ze: own wr PX I XG [DISPLAY BOARD] sel a ac arc ] hs :) a ee Pc eS aS £653 0,022 CLOSED | MOTOR BOARD SW_BOARD(I/2) SIRES “DECODER, REMOTE COMMANDER i = = 8 -9, — a ge Psy en 5)

een a1) eee ——~10v)-_—

18

QIS! 153 280774

DISC MOTOR DRIVE

0152, 154 SB 734 2

RIVE DISC MOTOR DRIVE

RFCK CIF CIF2 C2Fi C2F2

C7

312

r) Q312 2SAlI75 BUFFER i]

a L152 IGTH SELECTION : 60mSEC

CDP-502ESII/620ESII CDP-502ESII/620ESII

19 20 21

FIRST SELECTION : 29mSEC

AVD-p

C405 MCL2601

AUDIO 1€450 1C400 CXDIO58Q PCM53KP-V-5

BOARD SERIAL/ PARALLEL D/A CONVERTER 4 CONVERTER

oe 5 13BIT LADER RESISTER

NET WORK &

CURRENT SOURCES

C5I6 Ou

22 23 24

0400 , 402 Q40r et te eee Ic40)_ LF356H 1C402 NE5532P SWITCHING DISCHARGE

Ded 0401-400,

C4l6 OI HZ3ALL 401

ere R500 [0 9501 5 des

9500 9502 pir fr (AD _.-2-24 -14 cE) (cp

LOW NOISE -0.24 SLe Js ZENER

ADER RESISTER| NET WORK

a Q500 ,502 Q501 CURRENT 2SK241-GR 2SK241-Y SOURCES SWITCHING DISCHARGE

NJMPOMOSA 8d REG.

cs] 4

R504

R507

25

C403 NESS32P LOWPASS FILTER

1C503 NE5532P

507 ne

accent ¢508:

Oy

RAIL 3.9k(1/2W)(1%)

CDP-502ESII/620ESII

26 27 28 29 30 31 32 33

1C404 NE5532P

1C504 NE5532P

LOWPASS FILTER

a i, A

i y 1C501 1C502 :

en LF356H NESS32P Tloy PCM53KP-V-S INTEGRATER LOWPASS FILTER

D/A CONVERTER

OUTPUT A. IY, BOARD aig {i/2W) -|

FIXED | (L)

R536 <2. ei FIXED 3400

(R) (CHASSIS) rate

-3 ?—@® VARIABLE

(L)

C453

Thsov 4

C414 47/635N

R422 +} 100(1/2w)

1C452 NES532P HEADPHONE AMP -4

S—©) VARIABLE (R)

(CHASSIS)

425 R434 47/\6V 100 J401

SAV) [HEADPHONES]

IC451 CX20198

DE-EMPHASIS

421 palo ee O igsig

iG: os

SS ae | D350 |

“TE p350_~—Cs«FOE2

ie pia a Be gale ede

ager ter] | i 7 100 J !

casoy] 63 (H) M301 100 6.3vT UP/DOWN

VOL DOWN WITH REMOTE COMMANDER °4.2]

REMOTE CONTROL wee oe ve VR BOARD

+10)

+ 5V )

-i4 a REPEAT. Ac al

‘i7) DisiT 6 GB D8I6 BE oisit 5) et aaa

> 088

g

FLD801 FLOURESCENT INDICATOR TUBE

1G ei a

ener z Rie aieaieciral : (()—4) 0806 > @ lan >

: ty) ie =

2 g @ @ g ¢ g g PS 2 A 2 8 © BF BS BH a

Svo-p 24 ie

DISsP (19) 3 —0v -|

R807 SR806 ci8) OISIT 4 @ 22k => 22k 6) DIsIT 3 6)

4.8 pisit2 6 cLK C1) aa 4 a G3S1 CLK —DISITI (3) ATA (2) = cage (4) SI DATA

24 ReOe Ja8s KEYO Dy KO SAG) OSC | KEY | @6);

Q80!-806 D8iI- 816 OTCII4ES {SSHI9 FLD ORIVE

Sy | ¥ +12

“a52 a | ; eae J SOV ft ae -------4 9923 ag2! 922 9920 0942 ,952

H 2sC2676__28C2676 _2SC2275-A_2SAI138 10YD2.4A | H vie DOWN WITH REMOTE cmiantees

|

| Q4to 4 | 282785

| RELAY DRIVE R443 100

C923 R902 22p/500V 560

i

'

|

| | | | | |

|

| 0403 | ISS1I9 |

| |

| |

i} |

1

!

30 is R901 2SC2676

‘5

Q931 2SAI38

OTCI43XS . Q932 RELAY DRIVE 5 +] C930 250985 -P

+ a REG.

Q933 2SAI138 POWER SWITCH

BOARD 951 0960

fe RD5.IEBI i AC

AC. ON

0960

R444 00 D963 RDZEBI

094 ! 0961, 962 lOE2

0943 ,9. EQBOI~ O80

E95 CIOP20FUR

RECT

SHUFFLE PLAY

mses 55845

OUT (14) - KI ~5y R KEY2@ K2 mse lias diee,,| (same Ses eam te | L [ OPEN /CLOSE

atl 3) KEY4 s— Ka Ona ~23y SW BOARD (1/2) ® ng gos KEYS QI) <K5 > a

KEY6 @yo—~ KE > ‘ios fo UP WITH REMOTE COMMANDER: 0 5

up a VOL uP WHEN 5846 PRESSED 0.6 a ow @) VOL OW ca + { SW BOARD

1C802_M50761-420P Soi own with (1/2) COMMANDER? 0. & <K6 SIRCS DECODER REMOTE UDISPLAY BOARD ]

90 NJM7905A

REG.

= 30 = i

4-4, CDP-552ESDI/650ESDIT MOUNTING DIAG

@ See page 51 for Semiconductor Lead Layouts.

@ See page 25 for Circuit Board Location.

@ See page 50 for notes.

CDP-55 2ESDII/650ESDII RAM CDP-55 2ESDII/650ESDII @ See page 48 for Power Supply section (AEP, UK, E Model).

@ See page 25 for BU-1C section.

to ae ee 3 4 5 6 7 8 9 10 @ SEMICONDUCTOR LOCATION bed | oe

{ 1,2

Location Location

H.32 A i i

i [HEADPHONE BOARD}

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3 4 5

CDP-55 2ESDII/650ESDII

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4a B. (5) 36 25 3 : 23 jinn ed u CIFI sd ee 34h tk i 9500(-* 9502 4X5 50! A GFS C317 R340 7 8 25] [2.4 2.

ClF2> 3 de FANE RI2 4 =0.24 14 .

See Gia SENSE) 0.01 | TM 24 ei A gta. 9 : 1C313 carl 4 | 3 1c405 RL GDS, IE

t+} erate) SEE; 5301 ‘ ss eT 1¢309 eos voo TOU o 5 oe ara oe aL LOW NOISE Lo2rsL, |S R504

DATA >~ |sgiig 40301 28 Awro _ aS g aaa = 138IT ZENER de] 1502

i oN 9) 01 cocK Osc] =|a| [SniFTER TS 22208 2 wv R8 8 DIRC 10) b2 4 =2F awe (S/P) a 3 5 R7 GL LADER RESISTER| [REFERENCE 6

7 D3 16BIT x 95WORD RAM ~ 9312 . 96 00 NET WORK r-<G 17) DB ag] oie 16. | write READ 16) FILTER | 7 | oreser einaey Len) (S8'T [oaraly y Q3i2 Ge 2) 0s 85 (I) 8 9500502 O50! G 16) 07 eck O- FF Dara DATA F_O- FF PA ARITHMETIC Te guERFLOWT| Pe a 2SAII75 = 558 - 6) Vss R4 G5) CURRENT Ie50g coer. cnc 4 12) 06 24 w CUNT LIMITER REGISTER BUFFER “84 BICOL] SOURCES WTC %4 14) 05 :

| R2 G14) 34 LRCK

f R445 L350 13) 04 5. 7 24 ' ae RI G15) ~Vvee (9

5 ne 4.9 1€308 6 abe C x28 | TIMING CONTROL ADDRESS aan ack | | 0 3.9k aon +) BCLK Ae C501 IC501 1€502 HMGII6LFP-3 aa) Ot TEST CONTROL [> weLk i it Pov LF356H NE5532P

fe 303 RAM 6 ADORESS D-FF Lack #2! aS 1C500 INTEGRATER LOWPASS FILTER iS

\6BITxIGWORD_RAM 5 ie £4) LRCK PCMS3KP-V-S , DTCII4ES 1303 C324, 3) TEST!

é D/A CONVERTER

7 INVERTER MSM6404A-II7GS-K 0.1 f 10) TEST2 ; — ais

MECHANISM CONTROL as Rar aaa Co a ov a

vt STER Q304 +4 t

“12V) DTCII4ES -5V +12)

HOV DDRESS INVERTER +1

et DECODE ey 5 5 -4.8 eet 5 EPS

t Biov CHONG aS 10.81 J 2sceres eanaes| | 94 a = 0209 0.02, 14.9 Von 6 MUTE! 1C903 0997 45 S ISS1I9 RESET. fo; 9308 Tyo REG Vee 2 ; KK GFS I4JGFS 4.7 RESET G 0} 5 z Z 3 Z a ow KX SENSE >—»(i8¥ SENSE 5 9305 SOmsec + FLD80! Ea

0 9 6 6BRY KX _cuk voce”? — pmure Getto mute 4 DTCH4ES Lasgg O24 me Sa] e888 sv FLOURESCENT 8 8

T2CG i { 1 K<iatcH ATCH WFCK (Bee —< WFCK 53 00k nose , INDICATOR TUBE 8 8 R203 << DATA ATA SCOR (8 >< scor 0396 Vv Peal oa)

; 0 R332 C397 iN 1 T

' vom POV fs 3% LD ON LO ON = CHECK (9) cRcr 4 Be BR, 9 he Cad 20H Om poet cle a 8 4 \ oir > —aNlorrect SUB (S\et+< suBa > + 6398 10503 ; | hee fi aa 91016 & 48 J S50! ROM (3 ROM R395 0299 R397 | NUM78L-05 4 nt pREPEAT!! j!a-p!t TT 1 R201 | y 9303 2) FOK copy (2 copy 10k REG.

Wa 1 | pees HF | Te Oe ae us Q398_ (0399 raoa Q388Je> pgg7,998 I tt @ int Qint

( ste 0 bat TE TP 347) 1€303 7 10k 1SS1i9 POWER ON eo

T

mecnneerase be R237 +o AD Awuri 2SAll75 — 2SC2785 99 SACK SACK i} Ol S47 x 0 B) ADY wuTE Oes= a3 MREG-—+65) M REO Rv201 Ou.8 (0) o7 a3 - i) ieee Leong 2 brea FOR Pda ar QINT QINt cMDO: a) CMDO |. FE | 1c203 0 Toa | TP AF ADy SACK ae pee foe sour hes cubs C802

t

SLED $ MREO REQ 42SC7 ! 9304 <CMD3> 7) CMD3 HD6140:

a

te ty? i S as 5 M00 Gi}. —~< CMDO WHEN DISC TABLE IS |CLOSED-0 oursw FLD ORIVE

bo< T™I 7 4 vy F474 ayabe ~ cup fee i > here Reviag TER | OFF a6

| ke

4 = lOFF 24, TRACKING 3 10k 8 (6 Mp3 G3) cmos 3651 Tre X SW $302 EBG MER SW ; Vv bse (9) aE aE als j wy 5

(SERVO) 4 C228 ' > ee IN [ier] % Be! 3.5,90.6 0816 #—~< 066 —

ON/OFF yee eee a ON: xine) BOARD PLAY 4, AUSE @) w) visit 6 G9 >t Toys aes 5 a) GND Vee 6XEX7, 4) SLED G IN SWI a cruicns) + D802 1C803 R805 DISIT 5 69) >t

0S

4.8 R331 IM S$ ENDED | CP8O! 8! ‘ 22k 0814 +~< 064 >

ty : 4) osco LOAD IN O65! OFF (i) spot BX-1317 mA R807 $RB06 {i8) DISIT 4 @) SaeT TIEN 2 OCs be K3 S555 ne osc! SW BOARD = DBO! 3 5 22k = 22k 6 DISIT 3 Gi) 0812

f Oe Wen ree TageLE is SD7T4 PLAY L 4.8 visit2 @ Dan |< 262> 3) - Aine 2 [3.5 8 OFF: WHEN see LOADING Malev | 3.8 oO sick S8mG3 si ciK dIsIT! @ “— BS: =

a Ze a6 : duT sw(io ee rast) | MOTOR olds ICONTINUE ‘Ja4 ~ si DATA (4 48 4.8 “e SI DATA Q801-806 D8II-8I6 9 xl HH aD 000 OUT AG: OUT a eon | auuae Se peal ent BOARD 4 1 | | |tcontinuey || , ROS CBs im KEY @) Ko DTCIMES ISSHI9 be Ka “a6

a --

2. ck P ul v \

203 06 Q301 Q302 pons SW BOARD WHEN CHUCKING OFF OPERATESM: 7 4| 35; 3.5, PGM 0.3 x OUT (3h —9 me KEY! G6). as kl vise Sv } ey (O538F 774 258734 2 Se 0 eee @) RBOS: ai KEY 2 QD k2 OPEN/CLOSE

bea HCAS BE OT tS eo wotor setecr| 6,08 a6si (0-8) 965! M) mes2 (PROGRAKO) , | + : PROG L iM rie oa a KEY 3 @S) «3 ey, SW BOARD(I/2) LOADING tk 6-38) C655 LOADING td A) SINGLE TL. XIN) KEY4 QO} K4

SLED ACCESS H 1c202 0301 1594 MOTOR Jo.0047" Te ae a+ KEY5 Qi} KS >

ies

een NUM4558D - FA . + C362 0 12 C602" “0.001 | 0652 R652 D654 (SINGLE) (42) SINGLE L R808 waite Seven a ( 33p KEY6 G5) K6 aed

LIMIT IN DET. ©. 8 T asv RGO! 2,5) 8 CHUCKING $653 Ik -_ tpa0D 0 (9 & R809 “ veo” 1C202 +iev 120k '€306) R605 MOTOR °”” 5654 Se SLE te OL uP WITH REMOTE cOMMaNDER:0 a . 100k KEY BOARD A

6 (1/2) = 10, 202 R602 6 mS (172) "390 Dé65! HICKING [KEY BOARD Sw BOARD] vot up GF VOL UP WHEN S846 PRESSED 0.6 SW BOARD

gh 7. 120k Pal 9302 D683 OFF ON: WHEN M)mesi | L 806 VoL ow 6) Dw ae aE YerD (1/2)

: 654 3 LED ACCESS reazle Vee 0202 R603 C60! C65! THE DISC \IoOa7 CHUCKING CHUCKING 222SY OPEN/CLOSE 1C802 M50761-420P ~\Vo. pown with [ DISPLAY BOARD] ———— K6

ER GROOVE H 4 08 ON | TABLE Is | RG2222) es R REMOTE COMMANDER 0 or D i OKT 15k “12 ISSII9 por OOO een “2 8) 0.022 653 0.022 CLOSED MOTOR BOARD Ss SW_BOARD(I/2), SIRES: DECODE: 3 2 = -

~ 361 -4.8 8) 97 = 22728 V_ 7 ——- 5 —

Sante ay 9.7 SV

C12V

—4q—

—12V—— 1 ——=

18

QISI 153 280774

Q152, 154 288734

RIVE DISC MOTOR DRIVE 5 (FOR AUDIO USE: oF

Q306 R334/" “DTCII4ES

SWITCH

c 70022 Toit 4

Z5)} _ 9:0 RFCK CIFI ciF2 Carl

F C

tt |

r) 312 2SAII75 = 2.5vS6C BUFFER

DISC MOTOR DRIVE

SE ereeel

FIRST SELECTION : 29mSEC J6TH SELECTION : 60mSEC

C5I6 0.1

CDP-55 2ESDII/650ES CDP-55 2ESDII/650ESDII

21

(C400 PCMS3KP-V-S O/A CONVERTER

el 7= CURRENT SOURCES

< | a

‘| 3-TD-7

8

CURRENT SOURCES

1C402 NE5532P

Fel 0401

C46 0.1

REC

ae

= OY.

0400

I3BIT

ADER RESISTER|

NET WORK &

CURRENT SOURCES

8) C504 oO R503 6} ae 14

ror 13

cxr| © :

1C503

«)

25

C403 NESS32P LOWPASS FILTER

1C503 NE5532P

1€404 NE5532P

27

R419 R421 220(I/2w)lI%) 470k

C412 Lo 0.01 o toov

CX20198

\

| I

} \

1C451 | DE-EMPHASIS

} ! I


31 32 33

©) FIXED (L) $

a FRO FIXED 1400 LINE (cHassis) nti

1C452 NE5532P @ VARIABLE

(Ll)

REMOTE COMMANDO!

ss a + .

vl |

OTE CONTROL VR BOARD

0942 ,952 lOYD2.4A

0 VOL DOWN WITH REMGTE

2S8C2275-A —2SAII38 REG.

18.5

re 8 2 2 82 8 8 Dn FH a B

} j k 1 a b d f --9 in

4)-O 9-8-8 -B +989) -H-H- seseeeuesec « SEG SEG SEG SE

FLD80I FLOURESCENT INDICATOR TUBE

Q804 Q803 Q802 Q80!

(t)

a 3 s

re

pp sia R807 =R806 22k 22k

x802 x80 cone 4.19

1 1

2.3

D8II- 816 ISSII9

ay msec “

easy

++ ie

R443 100

' '

| | 0403 1 L

ISSII9. IRY4 |

0402 HZI2BIL

I i I i lo Kosh | |

all” ~ Ryaor OTCI43XS RELAY DRIVE

O-< EPS

C440. 0.00!

444 , 60 0963 RD2EBI

1 2.3 \VOL_DOWN WITH REMOTE COMMANDER:O

[ -4 $6) VARIABLE

(R) (CHASSIS)

J40l

R537 ooh

RY402 Y

i2 e (0.5)

ig [REMOTE CONTROL +h Motor BOARD

J w3o1 |

R

1 | I

! Q410 ' 2SC2785 | RELAY DRIVE

0951 CIOP20FUR

mea | US |

MODEL coll

IV 125V

Q930 2SC2676

Q93! 2SAl138

Q932 2SA985—-P

REG.

Q933 2SAI138

0960 ROS.IEBI

AC ACI.OV

0960

ACI.OV

AC

OPEN/CLOSE SW BOARD(I/2)

gh

VOL UP WITH REMOTE COMMANDER?0 0 WHEN S846 PRESSED: 0.6

SHUFFLE PLAY

'C802_M5076!-420P SIRCS DECODER 50a,

rn

(DISPLAY BOARD]

$845

sii

$$ 12 ~97

O9iI ISSII9

ogi2 ISSII9

0905-908 21DQ05 RECT

4-6. POWER SUPPLY SECTION MOUNTING DIAGRAM AND SCHEMATIC DIAGRAM (AEP, UK, E MODEL) CDP-502ESII/55 2ESDII/620ESII/650ESDII

1 2 3 4 5 6 7 8 9 10 11 12 13 14

E MODEL I ae BS ats, Ge A Sn aed ge A a a ie ieee ee ee ee es =n

is GWEN SWITCH BOARD

VS901 VOLTAGE SELECTOR

TT we a ee ee Se SSS SS SS SSS SS ES —

| POWER SWITCH | BOARD |

|

|

|

|

a { CHASSIS) |

RED(| AEP MODEL) VIO(UK MODEL) |

vig agp Moet eee ene

—48— —49— —50—


9 10 11 12 13 14

E MODEL

VS901 VOLTAGE SELECTOR

(CHASSIS)

REO( AEP MODEL) VIQ(UK MODEL)

.VIQ AEP MODEL) | REQUK MODEL) 4

CDP-5072ESII/55 2ESDII/620ESII/650ESD

Note on Mounting Diagram:

Switch

e Switch e@ Color code or sleeving over the end of the jacket.

Ref. No.

$201

$301 aa re

650ESDI

$302

S651

@ o—-: parts extracted from the component side. S652

@ @— : parts extracted from the conductor side. S653

e@ @_: part mounted on the conductor side. S654

@ | & : indicates side identified with part number. $801

e : component-side pattern. $802

$803

$804

$805

S806

$807

$808

$809

$810

$811

$812

Note on Schematic Diagram:

e@ All capacitors are in uF unless otherwise noted. pF: wuF

50WV or less are not indicated except for electrolytics

and tantalums.

e All resistors are in 2 and %W or less unless otherwise

specified.

Oo ae | signal path.

@ Components for right channel have same values as for left $813

channel. Reference numbers are coded from 500. $814

oe fu : fusible resistor. eats

e@ mm = 8+ bus. $816

e mam: B— bus.

e [__] : adjustment for repair. $817

e Voltages are dc with respect to ground unless otherwise $818

noted. $819

e Readings are taken under no-signal conditions with a $820

VOM (50 kQ/V) when PLAY MODE siwtch set to CON- $821 TINUE. $823 no mark: STOP mode $825

( ): PLAY mode $827

< >: When load in operates. $829

<<. >>: When load out operates. $830

f \; DIGITAL OUT switch ON. see! \ $832

e Waveforms are taken to ground in STOP mode by using $833

oscilloscope. S834

Voltage variations may be noted due to normal produc- S836

tion tolerances. S837

$838

$839

$840

$841

(KEY SW BOARD) $841

(DISPLAY BOARD) $842

$843

$844

S845

S846

e components identified by shading and mar A are critical for safety. Replace only with art number specified

Note: Les composants identifies par un trame et une marque A\ sont critiques pour la sécurité. Ne les remplacer que par une piece portant le numéro specifie.

POWER

DIGITAL OUT

TIMER

LOAD IN DET

LOAD OUT DET

MOTOR SELECT

CHUCKING

+10

(0)

CLEAR

PROGRAM

CHECK

> |] || CONTINUE

SINGLE

REPEAT

CLEAR AB

TIME

AUTO DELAY

SHUFFLE PLAY

OPEN/CLOSE


Note on Mounting Diagram:

@ Color code or sleeving over the end of the jacket. e Switch

Position Ref. No. Switch

$201 POWER

$301 DIGITAL OUT Peale tae

650ESDI

$302 TIMER

$651 LOAD IN DET @ O—-: Parts extracted from the component side. $652 LOAD OUT DET @ @—\ : parts extracted from the conductor side. S653 MOTOR SELECT @ @ s: part mounted on the conductor side. S654 CHUCKING © [ & : indicates side identified with part number. $801 1 e : component-side pattern. $802 2

$803 3

S804 4

Note on Schematic Diagram: ne e@ All capacitors are in uF unless otherwise noted. pF: wuF $807 7

SOWV or less are not indicated except for electrolytics $808 8 and tantalums. $809 9

@ All resistors are in 2 and % W or less unless otherwise $810 10 specified. $811 1

© eb | signal path. $812 12 @ Components for right channel have same values as for left $813 13

channel. Reference numbers are coded from 500. 5814 14 e@ fw- : fusible resistor. $815 ie @ ame = B+ bus.

e@ mae -. B— bus. S816 16

@ (_] : adjustment for repair. phe is e@ Voltages are dc with respect to ground unless otherwise

noted. $819 19 e@ Readings are taken under no-signal conditions with a $820 20

VOM (50 k2/V) when PLAY MODE siwtch set to CON- $821 +10 TINUE. $823 0 no mark: STOP mode $825 CLEAR ( ): PLAY mode $827 PROGRAM < >: When load in operates. $829 CHECK << >>: When load out operates. S830 >

\: DIGITAL OUT switch ON. aa - e@ Waveforms are taken to ground in STOP mode by using $833 CONTINUE

oscilloscope. S834 SINGLE Voltage variations may be noted due to normal produc- S836 Ke tion tolerances. S837 Pp}

$838 oe : $839 = Note: The components id y ing and mar’ $840 «

are critical for safety. Replace only with $841 >> part number specified. (KEY SW BOARD)

$841 REPEAT

(DISPLAY BOARD) Note: Les composants identifies par un tramé et une $842 CLEAR AB

marque \ sont critiques pour la sécurité. Ne les $843 TIME remplacer que par une piece portant le numero S844 AUTO DELAY spéecifie. $845 SHUFFLE PLAY

S846 OPEN/CLOSE

OFF OFF

OFF ON OFF

NEUTRAL OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF

OFF

OFF OFF OFF OFF OFF

©@ Semiconductor Lead Layouts

188119 AA3432S MSM6404A-117GS-K M54543L EBG3432S

cathode

anode

EQB01-080 HZ3ALL PG2222SY HZ5CLL 7 HZ12B1L

re RD5.1E-B1 EZ RD24E-B1 Z 10E2 = 10YD2.4A % 21DQ05

cathode MCL2601 NE5532P NUM4558D-FA TLO82cP

se uPC4082C a“ uPC4558C

nood NJM78L05A C10P20FUR

1234 (Top view)

. li M50761-420P ade

Ground Vcc 20 18 16 14 12

seule cathode 11917 ,15 13001

uPC78M12H NJM79M12A ee

C10P20FU 12345678910 (Top view) fot

132 3 7 ACN

COMMON IN OUT

CX23034 PCM53KP-V-S My;

Mm anode / anode

cathode HD14053BFP

2SC2001L

é ce

DTA114ES

16 1514131211109

oe DTC143xs (Top view}

cathode 2

aS cathode 1 ? TC74HCUO4F

4 8 7 wn

(Top view) 8 BX-1317

eZ NJM7805A 2SK241-GR (e NJM7905A : ' 2SK241-Y

NJM78M12A (TOP view) { | NJM78M20A

HM6116FP-3 ‘ i oO s é

rly 13

Ny in“aHy cné OUT

1 v2

(Top view)

2SA985-P 28C2275 2SC2275-A

2SA1138 2SB734 2SC2676 2SD774

ne EC 8

2SA1175 2SC2785

letter side

(Top view)

CDP-502ESII/55 2ESDII/620ESII/650ESDII CDP-502ESII/55 2ESDII/620ESII/650ESDII SECTION 5

EXPLODED VIEWS AND PARTS LIST

NOTE:

The mechanical parts with no reference number in the exploded views are not supplied.

* Items marked " * " are not stocked since

they are seldom required for routine service. Some delay should be antici- pated when ordering these items.

‘ The construction parts of an assembled part are indicated with a collation number in the remark column.

4)

The components identified by shading and mark A are critical for safety. Replace only with part number specified.

Les composants identifiés par une trame et une marque A sont critiques pour la sécurité. Ne les remplacer que par une piéce portant le numéro spécifié.

z °o

DB OIAMNBWNHH |

40 41 42 43

44

45 46 47

49

51

52 53 54 55 56

906 907 908

Part No.

7-685~-133-19 4-908-908-01 4-908-904-11 3-703-685-31 3-831-441-XX 3-703-710-41 3-703-079-21 3-703-108-21

X-4908-902-2 *4-908-985-01 *4-908-986-01 X-4908-905~3 4-908-916-01

*4-908-937-01 *4-908-912-01

7-685-134-14 X-4887-104-0 7~-685-871-01

*4-908~995~01 *4-908-958-01 *4-886-538-41 3-831-441-11 3-831-441-11

4-908-925-21 3-576-298-11 4-908-987-01 7-621-775-10

*4-886-539-41 *4-908-959-01 *4~908-948-41 7-682-561-04

4~908-478-~01 4-908-978-11

*4-912-545-~01 3-323-470-01 *4-908-600-01 4-908-955-01

*4-908-91 3-01 4-887-131-00

X-4908-908-5 X-4908-908-6

9~911-837~XX 9-911-815-02

*4~913-102-01 *4-908-945-01

4-908-938-01 4-908-938-11

4-908-932-01 4-908-933-01 2-387~701-11 4-913-104-01 4-91 3-103-01

X-4908-435~1 X-4908~436-1 X-4908-920-1 X-4908-921-1

4-91 3-101-01 4-908-939-21

*X-4908-434~-1 *2~-235-929-01 3-6 55-653-21

*1-617-259~11 *1-617-260-11 *1-617-261-11

FLD801 1-519-333-11

—54—

Description Remarks

SCREW +P 2.6X6 TYPE2 NON-SLIT KNOB, CONTROL PLATE, FROSTED SCREW (+BV 3X8) CUSHION (B) STICKER, SONY SYMBOL (12) LABEL, CAUTION (BACK) SCREW +BY 3X6, S TIGHT

KNOB (C) ASSY SHEET (A), ADHESIVE SHEET (B), ADHESIVE ESCUTCHEON ASSY, FROSTED PLATE FILTER HOLDER, INDICATION TUBE RETAINER (A)

SCREW +BTB 2.6X8 TYPE2 N-S KNOB ASSY, POWER SCREW +BYTT 3X6 (S) BRACKET (LEFT), PANEL DAMPER (A) PLATE (LEFT), SIDE, ORNAMENTAL SPACER SHEET, PROTECTION

PLATE, TOP ESCUTCHEON SCREW, FLAT WASHER (+B) (3X6) SCREW +B 2.6X4 PLATE(RIGHT), SIDE, ORNAMENTAL DAMPER (B) PLATE, BOTTOM SCREW (+ B4X8) (CU,BKBR)

(502ES2/620ES2).....PANEL, LOADING (552ES02 /650ES02)...PANEL, LOADING

BRACKET (B), L PANEL SCREW (B3X6), (+ -) LEVER, LOCK, TRANSPORT BUTTON, MODE RETAINER (8) KNOB, SLIDE SWITCH

(552ESD2/650ESD2)...BUTTON ASSY, 0/C (SO2ES2 /620ES2).....BUTTON ASSY, 0/C

SPACER CUSHION SHEET (E), INSULATING RETAINER, KEY BOARD

(502ES2/620ES2).....KNOB (A) (552ESD2/650ESD2)...KNOB (A)

ESCUTCHEON (A) ESCUTCHEON (8) TAPPING (B) (1.4X5) (S52ESD2 /650ES02)...BASE, FOOT (552ES02/650€S02).. .FOOT

(650ES02)...PANEL ASSY, FRONT (620ES2)....PANEL ASSY, FRONT (S52ES02)...PANEL ASSY, FRONT (502ES2)....PANEL ASSY, FRONT

SHEET, PS KNOB (B) (502ES2/620£S2)...FOOT ASSY CUSHION BAND (TAITON), BINDING

PC BOARD, DISPLAY PC BOARD, 0/C PC BOARD, KEY BOARD SW INDICATOR TUBE, FLUORESCENT

CDP-502ESII/552ESDII/620ESII/650ESDII CDP-502ESII/552ESDII/620ESII/650ESDII

161 928

(2) “oS y-

CDP-502ESII/552ESDII: E model 160 —~€O 922

CDP-552ESDII/650ESDII

120 ii 7

a“ ae

Ke $301 ~~ = CDP-502ESII/

620ESI

RY400 RY401

101

= bo _56—

No.

101 102 103 104 105

106 107 108 109 110

lll 112 113 114 115

116

117 118 119 120

121

122 123 124 125 126

127 128 129 130 131

132 133 134 135 136

137 138 139 140 141

142 143 144 145 146

147 148 149 150

Part No.

7~-685-871-01 7~621-284-00 *4-908-935-01 3-703-685~31

*4-908~-947~11

*4-908-934-01 *4-908-924-01 4~866-342-00 *4-908~941-11 *4-91 3-105-01

3-703-244-00 *4-908-973-01 4-908-991-01 7~685-873-01 4-908-961-01

*4-908-475-01 *4~-908-476-01 *4-91 3-113-01 *4-913-114-01 *4-913-115-01 *4-913-116-01 *4-913-117-01 *4-913-118-01

4-908-975-02 7-621-284-20 4-887-711-11 *4-913-107-01

*4-913-119-01 *4-913~-119-11 *4-913~-119-21 *4-913-119-31

*2-280-622-41 *4-870-266-00 *4-908-952-01 2-259-121-11 *4-908-942-01

2-371-561-00 7-685-646-79 *4-908-914-01 *4-908-962-01 *4-908-936-01

4-908-963-01 3-701-446-11 *4-908-943-01 *4-908-953-01 *4-902-345-01

*4-879-920-00 *4~908-954-01 4-887-707-00 2-269-798-01 4-870-272-00

*4-886-555-00 *4~-908-950-01 *4-908-951-01 *4-913-106-01 2-259-121-00

4-854-741-00 4-870-539-00 4-820-330-21 *3-701-946-22


Description

SCREW +BYTT 3X6 SCREW +P 2.6X4 BRACKET, SWITCH SCREW (+BV 3X8) ANGLE (F)

Remarks

(S)

CHASSIS, TRANSFORMER LEVER, POWER SWITCH JOINT (B), KNOB ANGLE (LEFT) BRACKET, POWER SWITCH

BUSHING (2104), CORO (552ES02/650ES02)...PLATE, SHIELD, 0/0 ESCUTCHEON SCREW +BYTT 3X10 (S) WASHER

(650ES02)....... LABEL, MODEL NUMBER(U,C) (620ES2)........ LABEL, MODEL NUMBER(U,C) (S52ESD2:AEP)...LABEL, MODEL NUMBER(A) (552ESD2:UK)....LABEL, MODEL NUMBER(UK) (552ESD2:E)..... LABEL, MODEL NUMBER(E1/2) (S02ES2:AEP)....LABEL, MODEL NUMBER(A) (502ES2:UK)..... LABEL, MODEL NUMBER(UK ) (552ES2:E)...... LABEL, MODEL NUMBER(E)

(552ES02/650ESD2)...CASE, DIGITAL OUT SCREW +P 2.6X6 SCREW, TERMINAL, CLAW, + BYTP (552ESD2 /650£SD2)...SPACER, SWITCH

(552ESD2:AEP ,UK/650ESD2)...PLATE, JACK (SS2ESD2:E) occ renee cece ePLATE, JACK (502ES2: AEP ,UK/620ES2).....PLATE, JACK (SOZES2:E)...eeeeeeeeeecee PLATE, JACK

SUPPORT (M3), HEXAGON SUPPORT, BLOCK PLATE, SHIELD SCREW, TR ANGLE (RIGHT)

BUSHING (P), INSULATING SCREW +BYTP 3X8 TYPE2 N-S BRACKET (RIGHT), PANEL SHEET (C), INSULATING HEAT SINK

NUT, SPECIAL WASHER, 8 ANGLE (C) PLATE (A), SHIELD HEAT SINK

SPACER, HEAT SINK HEAT SINK, TR RETAINER, TRANSFORMER HEAT SINK, 10-39 HEAT SINK

HEAT SINK REINFORCEMENT (A), PWB REINFORCEMENT (B), PWB REINFORCEMENT (C), PWB SCREW, TR

(552ESD2/650ESD2)...CAP, DUST PROTECTION, P.J PLATE, GROUND BW SCREW (620€S2 /650ES02)...LABEL, FUSE

No. 151 162 153 154 155

156 157 158 159 160

161 162 163 164

901

902 903

904 905 909 910

911 914 915 920

—57J—

__8-759-700-28

Part No.

*4-913-112-01 7-685-134-19 4-885-843-02 9-911-844-XX

*4-885-838-00

3-831-441=-XX 3-657~-235-00 2-056-666-00 3-655-653-21

*4-374-846-01

4-886~-828-01 3-831-441~-XX 3-703-044-26 3-675-712-01

*A-4619-291-A *A-4619-292-A

*A~4651-091-A *1-614-474-11 *1-615-817-11

*1-617-243-11 *1-617-244-11 *1-620-091-11 *1-620-092-11

*1-535-116-00 *1-560-242-01 *1-560-242-71 1-464~-454-11

1-§33-183-11 *1-620-093-11 *1~535-135-11 *1-535=136-11 1-535-476-11 1-543-392-11

:

-700-51 "3-759

1448-02 448-0

8-729-107-53 8-729=-118-53 1~515-547-11 1-515-547-11

1-570-100-11

Replace only with part number specified.

4) CORD,

Description Remarks

EDGE ING SCREW +BTP 2.6X8 LABEL, CAUSION, LASER CUSHION (502ES2 /552ES02)...LABEL, CLASS A

CUSHION, SPEAKER POINT, TEST PURSE LOCK (8 DIA.) BAND (TAITON), BINDING (AEP ,UK)...COVER, CAPACTOR, CAP TYPE

(AEP,UK)...COVER, LFT

CUSHION (8B), CABINET (US,Canadian)...LABEL, CAUTION WASHER, COPPER

(552ESD2/650ES02)...MOUNTED PCB, SERVO (502ES2/620ES2).....MOUNTED PCB, SERVO

MOUNTED PCB, AUDIO (Canadian,E)...PC BOARD, (US,AEP,UK)....PC BOARD,

POWER SWITCH POWER SWITCH

PC BOARD, HEADPHONE JACK PC BOARD, OUTPUT PC BOARD, REMOTE CONTROL YR PC BOARD, REMOTE CONTROL MOTOR

BASE POST 3P BUS BAR 4P BUS BAR 6P (552ESD2/650ESD)...DIGITAL ([/0) UNIT

(US,Canadian)...HOLDER, FUSE (502ES2/620ES2)...PC BOARD, SUB CORD BASE POST 2P (AEP ,UK)...BASE POST 3P TERMINAL, PIN (552ES02/650ESD2)...CORE, FERRITE

NJM7805 IC NUJM7905A

TRANSISTOR 2SC2275=A TRANSISTOR 2SA985~-P RELAY RELAY

(552ESD2 /650ES02) «SWITCH, SLIDE (DIGITAL OUT)

Les composants identifi és par une trame et une marque A son critiques pour la sécw- ité. Ne les remplacer que ja r une piéce portant le muméro spécifié.


No.

201 202 203 204 205 206

207 209 210 211 212 213

214 215 216 217 218 219

220 221 222 223 224

(3) CDM4-1C

229

Part No.

4-908-592-01 *4-908-636-01 4-912-548-01 4-912-547-01 4-912-549-01

*4-908-541-01

*X-4908-517-1 *4-908-597-01 4-912-530-01 1-452-340-11

*4-912-515-01 4-908-551-01

*X-4912-509-1 4-908-559-01 X-4908-513-1

*4-912-543-01 3-558-708-21 4-912-514-01

4-912-525-01 4-912-528-01

*X-4912-503-1 4~908-513-01

*4-912-524-01

2 204-2

201 —f} 202-1] 201

228

2

201

228 Description

POLE (A), INSULATOR SPACER SPRING, COMPRESSION (GOLD) SPRING, COMPRESSION (SILVER) SPRING, COMPRESSION (BLACK) BRACKET (C), SWITCH

COVER ASSY, ROPE COVER, BELT PULLEY, PRESS MAGNET YOKE CUSHION

ARM ASSY, C SPRING, COMPRESSION PLATE ASSY, ADJUSTMENT, ARM BRACKET (D), SWITCH WASHER, STOPPER GEAR (A)

GEAR (B) GEAR, CAM CHASSIS ASSY, SUB SHAFT, FULCRUM, C ARM BRACKET (A}, SWITCH

Remarks

225 226 227 228 229 230

231 232 233 234 235 236

237 238 913 918 919 924

M651 $651 $652 $653 $654

—58—

Part No.

4-908-555-01 7-621-775-00 7-621-770-XX 7-682-553-09 7-621-775-80 7-685-864-01

7-682-646-01 7-624-109-04 7-624-106-04 7-682-546-04 7-682-544-09 7-621-257-85

*4-912-551-01 *4-912-552-01 *1-617-229-11 *1-617-231-11 *1-617~232-11 *1-617-233-11

X-4902-019-1 1-554-205-00 1-554-205-00 1-553-636-00 1-570-447-11

Remarks Description

SPRING, TENSION (C ARM) +B 2.6X3 +P 2.6X8 +B 3X20 +B 2.6X16 +BYTT 2.6X10 (S)

SCREW SCREW SCREW SCREW SCREW

SCREW +PS 3X5 STOP RING 5.0, TYPE -E STOP RING 3.0, TYPE -E SCREW +BVTT 3X5 (S) SCREW +B 3X3 SCREW +P 2.3X14

SHEET (C), DT PS SHEET (B), DT PS PC BOARD, LOAD OUT SW PC BOARD, CHACKING MOTOR PC BOARD, L.C. SWITCH PC BOARD, IN SWITCH

MOTOR ASSY, CHUCKING SWITCH, PUSH (LOAD IN DET) SWITCH, PUSH (LOAD OUT DET) SWITCH, MICRO (MOTOR SELECT) SWITCH, MICRO (CHUCKING)

(4) CDM4-1C

260

251 252 253 254 257 258 259 260 261

262 263 264 265 266

267 268 269 270 271 272

273 274 275 276 277

917 Part No.

*4-908-523-01 4-908-540-01

*X-4912-508-1 *X-4912-507-1 *4~912-540-01 *4-912-544-01 *4-912-529-01 *4-912-527-01 *4-912-534-01

*X-4912-504-1 3-558-708-21

*4-912-531-01 3-701-439-11 4-908-584-01

4-908-534-01 *4~-912-532-01 *4-912-526-01 *4-912-522-01 4-912-516-01

*X-4912-506-1

4-887-175-00 *X-4912-505-1 *4-912-513-01 *4-912-519-01 4-912-538-01


295 295 261

Description

BRACKET, MOTOR GUIDE, ASSIST BRACKET ASSY, TABLE CHASSIS ASSY, MECHANICAL BRACKET (A), L PANEL PLATE, FIXED GUIDE, LOADING RETAINER, TABLE GUIDE, SUB

BRACKET (LEFT) ASSY, TABLE WASHER, STOPPER PLATE (LEFT), CAM, DISK WASHER TABLE, DISK

LEVER, FUNCTION REINFORCEMENT, TABLE SHEET PLATE, SW SPRING (DISK CAM), TENSION PLATE (RIGHT) ASSY, CAM, DISK

RUBBER, STOPPER BRACKET (RIGHT) ASSY, TABLE STOPPER, TABLE RETAINER (RIGHT), SHAFT BEARING (RIGHT), GUIDE

291 Part No.

4-912-521-01 *4-912~-520-01 4-912-517-01 4-908-553-01 4-912-512-01

283 X-4908-506-1 284 *4-908-964-01 285 4-908-519-01 286 4-908-525-01 287 3-671-077-00 288 4-908-591-01

289 4-908-524-01 290 4-908-543-01 291 7-624-106-04 292 7-621-775-00 293 7-621-759-60

294 7-621-775-00 295 7-682-546-04 297 7-685-646-71 298 7-685-791-04

299 7-685-876-01 300 7-682-646-01 501 7-685-132-19 917. _*1-617-230-11

A-4608-303-A

Description

SHAFT (RIGHT), GUIDE BRACKET, ROPE ROPE SPRING, COMPRESSION (ROPE) CUSHION (A)

PLATE ASSY, DISK SHEET, PS, DT PULLEY (A) PULLEY (C) BELT, FF BELT, DRIVING

PULLEY (B) RETAINER, DISK STOP RING 3.0, TYPE -E SCREW +B 2.6x3 +PSW, 2.6X8

SCREW +B 2.6X3 SCREW +BVTT 3X5 (S) SCREW +BVTP 3X8 TYPE2 SLIT SCREW +BVTT 2.6X5 (5S)

SCREW +BVTT 3X16 (S) SCREW +PS 3x5 SCREW +BTP 2.6X5 TYpPE2 N-S PC BOARD, LOADING MOTOR MOTOR ASSY, LOADING

Remarks

SR ee ee i ee I CR ae Ee i a ae

CDP-502ES/I/55 2ESDII/620ESII/650ESDII

(5) BU-1C

No. Part No.

301 A~4675-068-A 302 2-622-105-01 304 A-4675-069-A 305 —-3-701-439-21 306 — 4-908-201-01 307 4-908-593-01

308 — X-4908-202-1 309 4-908-213-01 310 4-908-212-01 311 — 3-58-708-21 312. 3-531-576-01 313 4-908-227-01

314 4-908-230-01 315 _ 4-908-220-01 316 *A-4675-110-A 317 4-908-224-01 318 — 4-908-221-01 319 4-908-225-01 320 4-908-219-01

: The components identified

by shading and mark A are ' critical for safety.

Replace only with part number specified.

Description

BRACKET ASSY, MOTOR RETAINER, THRUST ROTOR ASSY WASHER SHAFT, SLIDE INSULATOR

PULLEY ASSY, DISK 327 SPRING, COMPRESSION CAP, CENTERING WASHER, STOPPER RIVET LEVER, LOCK

SPRING HOLDER, ROD MAGNET ASSY, LINEAR HOLDER, BEARING BEARING RETAINER (A), LEAD RETAINER (8), LEAD

Les composants identifiés par une trame et une marque A sont critiques pour la sécurité. Ne les remplacer que par une piéce portant le numéro spécifié.

Remarks No. Part No.

321 *A-4675-112-A 322 4-908-208-01 323 7-685-134-19 324 7-621-775-10 325 7-621-775-20 326 7-685-793-04

327 7-621-734-09

329 7-685-864-01 330 7-621-775-20

331

332) 333 7-624-105-04 334 4-908-245-01 335 *4-908-254-01 336 = *4-908-255-01 337 7-682-546-09 912 *A-4656-008-A 925 A-4646-215-A M53 1-422-197-14 SES1 =: 1-422-198-11

—60—

Description Remarks

BASE ASSY BEARING (NO-FLANGE), BALL SCREW +P 2.6X8 TYPE2 SLIT SCREW +B 2.6X4 SCREW +B 2.6X5 SCREW +BVTT 2.6X8 (S)

SET-SCT, HEX. 2.6X3 SCREW +BVTT 2.6X10 (S) +B 2,6X5 SCREW +BVTT 2.6X16 (S)

STOP RING 2.3, TYPE ~E RETAINER (C), SHAFT, SLIDE RETAINER, PC BOARD SUPPORT, PC BOARD SCREW, +B 3X5 MOUNTED PCB, MOTOR MOUNTED PCB, FLEXIBLE COIL (DRIVE) COIL (SENSOR)

CDP-502ESII/55 2ES DII/620ESII/650ESDII SECTION 6

ELECTRICAL PARTS LIST

NOTE:

* Items marked " * " are not stocked since CAPACITORS: The components identified they are seldom required for routine MF:uF, PF:uuF. S by shading and mark A\ are service. Some delay should be antici- RESISTORS = critical for safety. pated when ordering these items. - All resistors are in ohms. Replace only with part

: oe - F + nonflammable == number specified. - If there are two or more same circuitsin a = no mt tm

set such aS a Stereophonic machine, only COILS => Les composants identifies par S typical circuit parts may be indicated and + MMH : mH, UH : pH == une trame et une marque A\sont : capacitors and resistors in other same == critiques pour Ja sécurité. |

circuits may be omitted. sia apiahchags ba U: f ee == Ne les remplacer que par =

ia eae rated UPA eae Se ee : Pe =. une piece portant le numéro

UD: wD. TRE pecifie. a

ELECTRICAL PARTS ELECTRICAL PARTS

Ref.No. Part No. Description Ref.No. Part No. Description

901 *A-4619-291-A (552ES02/650ESD2)...MOUNTED PCB, SERVO 1-136-16 *A-4619-292-A (502ES2/620ES2).....MOUNTED PCB, SERVO A-1-161-7:

902 *A-4651-091-A MOUNTED PCB, AUDIO 903 *1-614-474-11 (Canadian,E)...PC BOARD, POWER SWITCH

*1-615-817-11 (US,AEP,UK)....PC BOARD, POWER SWITCH

1-162-290-31 (SERVO BOARD)...CERAMIC 470PF 10% 50V 904 *1-617-243-11 PC BOARD, HEADPHONE JACK 905 *1-617-244-11 PC BOARD, OUTPUT 906 *1-617-259-11 PC BOARD, DISPLAY

(SERVO BOARD) ...MYLAR 0022MF 5% 50V 1-130-475-00 00

TANTALUM 1OMF 10% 16V

490 (SERVO BOARD)...FILM 0.033MF 5% 50V US UK S POWE ne in

Ge av

me 907 *1~617-260-11 PC BOARD, 0/C 908 *1-617-261-11 PC BOARD, KEY BOARD SW C206 = 1-131-371-00 909 *1-620-091-11 PC BOARD, REMOTE CONTROL VR ll 44-00 |

(SERVO BOARD) Ag

910 *1-620-092-11 PC BOARD, REMOTE CONTROL MOTOR 911 = *1-535~116-00 BASE POST 3P €207 = 1-136-159-00 912 *A-4656-008-A MOUNTED PCB, MOTOR i 61-7444

ig ® 913 *1-617-229-11 PC BOARD, LOAD OUT SW 914 ¥*1-560-242-01 BUS BAR 4P C208 = =1-136-169-00 FILM 0.22MF 5% S0V 915 *1-560-242-71 BUS BAR 6P C209: 1-136-161-00 FILM 0.047MF 5% 50V

C210 = 1-130-471-00 MYLAR 0.001MF 5% 50V 917 *1=617-230-11 PC BOARD, LOADING MOTOR 918 %*1~617-231-11 PC BOARD, CHACKING MOTOR C211 = 1-130-475-00 MYLAR 0.0022MF 5% 50V 919 *1-617-232-11 PC BOARD, L.C. SWITCH C212 = 1-130-487-00 MYLAR 0.022MF 5% 50V 920 1-464-454-11 (552ESD2/650ESD)...DIGITAL (1/0) UNIT C213. 1-162-291-31 CERAMIC 560PF 10% 50V

C214 =1-130-475-00 MYLAR 0.0022MF 5% 50V C215 = 1~-136-165-00 FILM O.1MF 5% SOV €216 = 1-130-487-00 MYLAR 0 .022MF 5% 50V

C217): 1-136-165-00 FILM 0.1MF 5% 50V 922 1-533-183-11 (US,Canadian)...HOLDER, FUSE C218 = =.1-162-304-31 CERAMIC 0.0047MF 30% 16V 923 *1-620-093-11 (502ES2/620ES2)...PC BOARD, SUB CORD C219 =: 1-136-163-00 FILM 0.068MF 5% 50V 924 *1~617-233-11 PC BOARD, IN SWITCH

C221) = 1-123-318-00 ELECT 33MF 20%, 16V 925 A-4646~215-A MOUNTED PCB, FLEXIBLE C222) =: 1-123-318-00 ELECT 33MF 20% 16V 926 *1-535-135-11 BASE POST 2P C223): 1-131-369-00 TANTALUM 4.7MF 10% 16V 927 *1-535-136-11 (AEP,UK)...BASE POST 3P

C226 = 1-136-173-00 FILM 0.47MF 5% 50V 928 1-535-476-11 TERMINAL, PIN C228 = 1-136-173-00 FILM 0.47MF 5% 50V 929 1-543-392-11 (552ESD2/650ESD2)...CORE, FERRITE C235 = 1-162-294-31 CERAMIC 0.001 MF 10% 50V

C51 1-135-008-00 TANTAL. CHIP 2.2MF 20% 6.3V C240) = 1-162-179-11 CERAMIC O.1MF 50V COOL 1~123-618-00 ELECT 22MF 20% 6.3V C241 = 1-162=179-11 CERAMIC 0.1MF 50V C151 =: 1=162-302-31 CERAMIC 0.0022MF 20% 16V C242 =: 1-162-179-11 CERAMIC 0.1MF 50V

C152 1+162~-302-31 CERAMIC 0.0022MF 20% 16V C243, -1-162-179-11 CERAMIC O.1MF 50V C1530 1~161-494-00 CERAMIC 0.022MF 30% 25V C244 = 1=123-307-00 ELECT 1OOMF 20% 10V Ci54 =. 1-161-494-00 CERAMIC 0.022MF 30% 25V C245 =: 1-123-307-00 ELECT 100MF 20% 10V

C201 1-136-169-00 (SERVO BOARD)...FILM 0.22MF 5% SOV C301 = 1-123-356-00 ELECT 10MF 20% 16V C302 = 1-162-302-31 CERAMIC 0.0022MF 30% 16V C303 1-162-302-31 CERAMIC 0.0022MF 30% 16V

€304 = =1-102-725-00 CERAMIC 36PF 5% 50V C305 1-102-658-00 CERAMIC 180PF 5% 50V C306 1-102-647-00 CERAMIC 39PF 5% 50V

2 |


Ref .No.

C307 C317 C318

C319 C320 C324

C330 C331 C332

C333 C334 C335

C336 C337 C338

C339 C340 C341

C344 C345 C348

C349 C351 C353

C354 C355 C356

C358 C359 C360

C361 C362 C365

C374 C378 C380

C381

C382

C383

C384

C388 C395 C396

C397 C398 C399

c400 c401 C403

C404 C405 C406

ELECTRICAL PARTS

Part No.

1-162-282-31 1-162-306-31 1-136-153-00

1=162-179-11 1-162-286-31 1-162-179-11

1-162-207-31 1-162-207-31 1+162-211-31

1-162-211-31 1-123-307-00 1-123-307-00

1-123-307-00 1-162-179-11 1-162-179-11

1-162-179-11 1-162-179-11 1-123-307-00

1-162-179-11 1-123-325-00 1-1 36-153-00

1-123-380-00 1-1 23-380-00 1-136-165-00

1-130-481-00 1-136-169-00 1-162~-290-31

1-123-307~00 1-123-307-00 1~136-165-00

1-123-330-00 1-123-330-00 1-162-290-31

1-162-179-11 1-123-307-00 1-162-302-31

1-162-302-31

1-123~343-00

1+110-193-11

1-123-307-00

1-162-179-11 1-123~-310-00 1-125-367-11

1-123-380-00 1-130-487-00 1-136-161-00

1-131-450-00 1=131-450-00 1-104-266-00

1-136-327-11 1-1 30-967-00 1~130-967-00

Description

CERAMIC LOOPF 10% CERAMIC 0.01MF 30% FILM 0.01MF 5%

CERAMIC 0.1MF CERAMIC 220PF 10% CERAMIC O.1MF

CERAMIC 22PF 5% CERAMIC 22PF 5% CERAMIC 33PF 5%

CERAMIC 33PF 5% ELECT 1LO0MF 20% ELECT 1OOMF 20%

ELECT 100MF 20% CERAMIC 0.1MF CERAMIC O.1MF

CERAMIC 0.1MF CERAMIC O.1MF ELECT LOOMF 20%

CERAMIC O.1MF ELECT 2200MF 20% FILM 0.01MF 5%

ELECT IMF 20% ELECT IMF 20% FILM 0.1MF 5%

MYLAR 0 .0068MF 5% FILM 0.22MF 5% CERAMIC 470PF 10%

ELECT 1OOMF 20% ELECT 100MF 20% FILM O.1MF 5%

ELECT 22MF 20% ELECT 22MF 20% CERAMIC 470PF 10%

CERAMIC 0.1MF ELECT 100MF 20% CERAMIC 0.002 2MF 30%

(552ESD2/650ESD2)... CERAMIC 0.0022MF 30%

(552ESD2/650ES02)... ELECT 33MF 20%

(552€S02 /650ESD2)... MYLAR 0.01MF 10%

(552ES02 /650ES02)... ELECT LOOMF 20%

CERAMIC O.1MF ELECT 470MF 20% ELECT 0.1MF

ELECT IMF 20% MYLAR 0.022MF 5% FILM 0.047MF 5%

TANTALUM 1MF 20% TANTALUM MF 20% POLYSTYRENE 180PF 5%

FILM 0.0027MF 2% FILM 0.0027MF 3% FILM 0.0027MF 3%

50V 16V 50V

50V 50V 50V

50V 50V 50V

50V 10V 10V

10V 50V 50V

50V 50V 10V

50V 10V 50V

50V 50V 50V

50V 50V 50V

6.3V 6.3V 50V

25V 25V 50V

50V 10V 16V

“16V

25v

160V

10V

50V 10V 5.5V

50V 50V 50V

50V 50V 500V

100V 100V 100V

Ref.No.

C407 C408 C409

c410 c411 C412

C413 C414 c4i5

C416 C417 c41s

C420 c421 C422

C423 C424 C425

C430 C431 C440

C450 C451 C452

c453 C454 C455

C456 C457 C458

C459 C500 c501

C503 C504 C505

C506 C507 C508

C509 C510 cSil

c512 C513 C514

C515 C516 C517

C518 C556 C557

cé0l c602 C651

C652 C653 C654

—62—

ELECTRICAL PARTS

Part No.

1-130-967-00 1-130-967-00 1-130-967-00

1-130-967-00 1-136-327-11 1-130-960-00

1-110-193-11 1-123-373-00 1-107-310-00

1-162-179-11 1-107-310-00 1-104-241-00

1-123-333-00 1-123-333-00 1-101-005-00

1-101-005-00 1-123~-332-00 1-123-332-00

1-162-179-11 1-1 23-307-00 1-162-294-31

1-131-450-00 1-162-179-11 1-131-450-00

1-131-450-00 1=123-337-00 1-123-337-00

1-131-450-00 1-131-450-00 1-123-336-00

1-162-179-11 1-131-450-00 1=131-450-00

1-104-266-00 1-136-327-11 1-130-967-00

1-130-967~00 1-130-967-00 1=130-967-00

1-130-967-00 1-130-967-00 1-136-327-11

1-130-960-00 1-110-193-11 1-123-373-00

1-107-310-00 1-162-179-11 1-107-310-00

1-104-241-00 1-131-450-00 1~131-450-00

1-162-294-31 1-162-294-31 1~136-157-00

1-136-157-00 1=136-157-00 1-130-479-00

Description

FILM FILM FILM

FILM FILM FILM

MYLAR ELECT MICA

CERAMIC MICA POLYSTYRENE

ELECT ELECT CERAMIC

CERAMIC ELECT ELECT

CERAMIC ELECT CERAMIC

TANTALUM CERAMIC TANTALUM

TANTALUM ELECT ELECT

TANTALUM TANTALUM ELECT

CERAMIC TANTALUM TANTALUM

POLYSTYRENE FILM FILM

FILM FILM FILM

FILM FILM FILM

FILM MYLAR ELECT

MICA CERAMIC MICA

POLYSTYRENE TANTALUM TANTALUM

CERAMIC CERAMIC FILM

FILM FILM MYLAR

0.0027MF 0.0027MF 0.0027MF

0 .0027MF 0.0027MF 0.01MF

0.01MF 47MF 220PF

O.1MF 220PF 470PF

LOOMF LOOMF 0.022MF

0.022MF 47MF 47MF

O.1MF 1OOMF 0.001MF

1 MF 0.1MF 1MF

IMF 1000MF 1OOOMF

1MF 1 MF 470MF

O.1MF 1MF IMF

180PF 0 .0027MF 0.0027MF

0 .0027MF 0.0027MF 0.0027MF

0.0027MF 0.0027MF 0.0027MF

0.01 MF 0.01MF 47MF

220PF O.1MF 220PF

470PF LMF IMF

0.001 MF 0.001MF 0.022MF

0.022MF 0.022MF 0.0047MF

3% 3% 3%

3% 2% 2%

10% 20% 5%

5% 5%

20% 20%

20% 20%

20% 10%

20%

20%

20% 20% 20%

20% 20% 20%

20% 20%

5%

3%

3%

3%

3% 3% 2%

2% 10% 20%

5%

5%

5% 20% 20%

10% 10% 5%

5%

5%

100V 100V 100V

100V 100V 100V

160V 63V 500V

50V 500V 500V

25V 25V 50V

50V 16V 16V

50V 10V 50V

50V 50V 50V

50V 25v 25V

50V 50V 25V

50V 50V 50V

500V 100V 100V

100V 100V 100V

100V 100V LOOV

100V 160V 63V

500V 50V 500V

500V 50V 50V

50V 50V 50V

50V 50V 50V


ELECTRICAL PARTS

~ Ref.No. Part No.

C655 1-130-479-00 C802. 1-162-211-31 C803: 1-162-211-31

C804 = 1-162-284-31 C805 = 1-162-284~31 C810 =. 1=162-179-11

c906. =: 1-123-337-00

C910 =: 1-136 ~165-00 C911 1-130-691-00 C912 1~123-335-00

C913: 1-123-346-00 C914. 1=123-360-00 C915 1=123-380-00

C916 1-123-318-00 C917. ~—- 1-1 23-380-00 C918 = 1-123-343-00

C920 1-123-842-00 C921 1=123-345-00 C922 = 1-131-450-00

€923. 1-107-322-00 C924 =: 1-1 23-624-00 ¢925. 1-123-380-00

C926 1-123-343-00 C930 1-123-842-00 C931 1-123-345-00

€932 1=131-450-00 C933. 1-107~322-00 C934 = 1~123-624-00

C935 1-123-380-00 936 1-123-343-00 2939:

C956 =: 1=123-337-00 C961 =: 1-1 36~173-00 C962 =: 1-123-307-00

CNJ151*1-564-073-00 CNJ 200*1-564-495~11

CNJ201 *1-564-507-11 CNd 202 *1-564-507-21 CNJ 301 *1-564-505~21

CNJ 302 *1~-564-507-21 CNJ 303 *1-564-511-11 CNJ304*1-564-507~-11

CNJ 306 *1-564~-507~31 CNU 307 *1-564~-507-31 CNJ 308 *1-564-508~11

CNJ310*1-564-505-21 CNJ311 *1-564-509-11 CNJ312*1-564-506—11

CNJ313*1-564-342-11 CNJ314*1-564-505—41 CNJ315*1-564-505-31

Description

MYLAR 0.0047MF 5% 50V CERAMIC 33PF 5% 50V CERAMIC 33PF 5% 50V

CERAMIC 150PF 10% 50V CERAMIC 150PF 10% 50V CERAMIC O.1MF 50V

ELECT 1QQOMF 25V

FILM Q.1MF 5% 50V FILM 1MF 10% 125V ELECT 330MF 20% 25V

ELECT 220MF 20% 35V ELECT LOOMF 20% 50V ELECT LMF 20% 50V

ELECT 33MF 20% 16V ELECT 1MF 20% 50V ELECT 33MF 20% 25V

ELECT 3300MF 20% 25v ELECT 100MF 20% 35V TANTALUM 1MF 20% 50V

MICA 22PF 5% 500V ELECT 470MF 20% 120V ELECT IMF 20% 50V

ELECT 33MF 20% 25v ELECT 3300MF 20% 25v ELECT LOOMF 20% 35V

TANTALUM IMF 20% 50V MICA 22PF 5% 500V ELECT 470MF 20% 120V

ELECT 1MF 33MF

GB00MF

1O00MF FILM 0.47MF 5% 50V ELECT 1OOMF 20% 10V

PIN, CONNECTOR PIN, CONNECTOR 2P

PLUG, CONNECTOR 4P PLUG, CONNECTOR 4P PLUG, CONNECTOR 2P


(502ES2/620ES2)...PLUG, CONNECTOR 4P (502ES2/620ES2)...PLUG, CONNECTOR 4P PLUG, CONNECTOR 5P

PLUG, CONNECTOR 2P PLUG, CONNECTOR 6P (552ES02/650ESD2)...PLUG, CONNECTOR 3P

PIN, CONNECTOR 8P (552ESD2/650ES02)...PLUG, CONNECTOR 2P PLUG, CONNECTOR 2P

Ref .No.

ELECTRICAL PARTS

Part No.

CNJ316*1-564-505-31 CNJ 317 *1-564-338-00 CNJ320*1-564-336-00

CNJ 321 *1-564-505-11 CNJ401 *1-564-505~21 CNJ 402 *1-564-507-11

CNJ403*1-564-507-11 CNJ404*1-564-507-~21 CNJ406*1~-564-519-11

CNJ407*1-564-519-21 CNJ408*1-564-506-11 CNJ409*1 -564~-505-31

CNJ410*1-564-507-11 CNJ801*1-564-501~11 CNJ802 *1-564-499=11 CNJ803*1~-564-499-11

CNP 309*1~-560-064-11 CNP601 *1-564-522-11 CNP602*1-564-505-11

CNP603*1-564—505-21 CNP604*1~564~505-11 CNP606*1-564—506-1 1 CNP9O1 *1-564-725-11

CP801 1-232-978-11 cP802 1~-232-999-11 cP803 1-232-967-11 CP804 = 1-232-967-11

051 8-719-901-33 0201 8-719-951~13 D202 = 8-719-911-19

0209 = 8-719-911-19 0299 =8-719-911-19 0301 8-719-911-19

0302 8-719-902-79 0350 8-719-200-02 0400 8-719-942-31

0401 8-719~-942~-31 0402 = =8-719-910-24 D403) 8-719-911-19

0404 8-719-911-19 D410 =8-719-911-19 0651 8-719-200-02

0652 8-719-200-02 0653 8-719-200-02 D654 = 8-719-200-02

0801 8-719-900-28 0802 8-719-934-34 0806 8-719-922-25

D811 = 8-719~-911-19 0812 8-719-911-19 0813 8-719-911-19

0814 8=719-911-19 0815 8-719-911-19 0816 8-719-911-19

number specified.

—§3—

The components identified by shading and mark A are critical for safety. Replace only with part

Description

PLUG, CONNECTOR 2P PIN, CONNECTOR 4P PIN, CONNECTOR 2P




PLUG, CONNECTOR 4P PIN, CONNECTOR 8P PIN, CONNECTOR 6P PIN, CONNECTOR 6P

PIN, CONNECTOR 6P PLUG, CONNECTOR 7P PLUG, CONNECTOR 2P

PLUG, CONNECTOR 2P PLUG, CONNECTOR 2P PLUG, CONNECTOR 3P (502ES2/620ES2)...PIN, CONNECTOR 9P

COMPOSITION CIRCUIT BLOCK COMPOSITION CIRCUIT BLOCK COMPOSITION CIRCUIT BLOCK COMPOSITION CIRCUIT BLOCK

DIODE 188133 DIODE HZ5CLL DIODE 188119

DIODE 1$S119 DIODE 1S$S119 DIODE 1$S119

DIODE KV1236Z DIODE 10€2 DIODE HZ3ALL

DIODE HZ3ALL DIODE HZ12B1L DIODE 188119

DIODE 1$S119 DIODE 1S$119 DIODE 10E-2

DIODE 10E-2 DIODE 10€-2 DIODE 10&-2

DIODE £BG3432S DIODE AA3432S DIODE PG2222SY

DIODE 1SS119 DIODE 1SS119 DIODE 188119

DIODE 1$S119 DIODE 1$S119 DIODE 185119

Les composants identifiis par une trame et une marques sont critiques pour la sécurité. Ne les remplacer que par une piéce portant le nug@ro spécifié.


Ref.No.

ELECTRICAL PARTS

Part No. Description

FLD801

H151 H152

1¢201 1c202 10203

16303 1C305 10306

1C307 1C308 1€309

1¢310 1€313 1315

1C350 1€400 1¢401

1C402 10403 1c404

1¢405 1c450 1€451

1€452 TcS00 1c501

1¢502 10503 10504

1¢801 1¢802 1C803

1cg901 1c902 1€903

1C910 1c911 1C912 1c920

The components identified by shading and mark A are critical

8-719-200-68 8-719-224-12 8-719-902-87

8-719-200-69 8-719-224-12 8-719-902-87

8-719-100-29 8-719-200-02 8-719-200-02

8-719-100-89 8-719-911-19 8-719-911-19

1-519-333-11

8-719-800-31 8-719-800-31

8-752-010-80 8-759-700-58 8-759-300-71

8-759-925~63 8-759~-990-82 8-759-145-58

8~-759-912-52 8-759-302-72 8-759-912-53

8-752-322-30 8-759-204-97 8-759-204-97

8-759-600-24 8-759-923-89 8-759-903-56

8-759-900-72 8-759-900-72 8-759-900-72

8-719-939-06 8-759-923-94 8-759-801-74

8-759-900-72 8-759-923-89 8-759-903-56

8-759-900-72 8-759-900~72 8-759-900-72

8-759-303-37 8-759-602-87 8-741-131-70

8~759-700-51 8-759-700-28 8-759-708-05

8~759-170-12 8-759-700-20 8-759-700-18 8-759-700-24

for safety. Replace only with part number specified.

C1OP20FU 10YD2.4A £QB01-08Q

DIODE DIODE DIODE

DIODE DIODE DIODE

CLOP20FUR 10Y02.4A EQBO1-08Q

DIODE DIODE DIODE

RO5.1EB1 10E2 10E2

DIODE DIODE DIODE

RD24EB1 1$S119 1SS119

INDICATOR TUBE, FLUORESCENT

DIODE THS103A-1 DIODE THS103A-1

IC CX20108 IC NJM45580-FA 1C HD14053BFP

IC MSM6404A-117GS-K IC TLO82cP IC UPC4558C

IC CX23035 IC HM6116LFP-3 IC CX23034

(552€S02/650ESD2)...1C CXD1075P (552ES02/650ESD2)...IC TC74HCU04F IC TC74HCU04F

IC M54543L IC PCM53KP-V-S IC LF356H

IC NE5532P IC NE5532P IC NE5532P

IC MCL2601 IC CxD1058Q IC CX20198

IC NE5532P IC PCM53KP-V-S IC LF356H

IC NE5532P IC NE5532P IC NE5532P

IC HD614042SC77 IC M50761-420P IC BX-1317

IC NUM7805A IC NUM7905A IC NUM78LO5A

IC UPC78M12H IC NJM79MOSA IC NJM78M20A IC NJM79M12A

Les composants identifiés par une trame et une marque A sont critiques pour la sécurité. Ne les remplacer que par une pi@ce portant le numéro spécifié.

Ref .No.

3400 J401 J402

ELECTRICAL PARTS

Part No.

1-507-909-21 1-507-863-21 1-562-677-11

1-408-563-00

1-421-340-00 1-421-580-00

1-426-212-11 1-408-117-00 1-408-072-00

1-422-197-14 X-4902-019-1 A-4608-303-A

8-729-177-43 8-729-103-43 8-729-177-43

8-729-103-43 8-729-177-43 8-729-103-43

8-729-117-54 8-729-100-12 8-729-177-43

8-729-103-43 8~-729-900-80 8-729-900-80

8-729-900~-80 8-729-900-80 8-729-900-80

8-729-117-54 8-729-178-54 8-729-900-61

8-729-117-54 8-729-178-54 8-729-200-56

8-729-200-55 8-729-200-56 8-729-1 78-54

8-729-901-57 8-729-200-56 8-729-200-55

8-729-200-56 8-729-177-43 8-729-900-80 8-729-900-80

8-729-900-80 8-729-900~80 8-729-900-80

8-729-900-80 8~729-178-54 8-729-178-54

8-729-113-82 8-729-167-62 8-729-107-53

Description

JACK, PIN 4P JACK, LARGE TYPE (HEADPHONES) (502ES2/620ES2)

...SOCKET, CONNECTOR (SUB CORD)

MICRO INDUCTOR 10UH

(AEP/UK)...LINE FILTER (US)......LINE FILTER

COIL (RF) MICRO INDUCTOR 10UH MICRO INDUCTOR 47UH

COIL (DRIVE) MOTOR ASSY, MOTOR ASSY,

TRANSISTOR TRANSISTOR TRANSISTOR




TRANSISTOR

CHUCK ING LOADING

280774 2SB734 280774

258734 280774 2SB734

2SA1175 2SC2001-L 2$0774

2S$B734 OTC114ES DTCL14ES

DTC114ES (552ESD2/650£S02)... TRANSISTOR DTC114ES TRANSISTOR





TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR




DTCLL4ES

2SA1L175 2$C2785 DTALI4ES

2SA1175 2SC2785 2SK241-GR

2SK241-Y 2SK241-GR 2SC2785

DTC143XS 2SK241-GR 2SK241-Y

2SK241-GR 28D774 DTCL14ES DTCL14ES

DTCL14ES DTCLL4ES DTC114ES

DTCL14ES 28C2785 2802785

2SA1138 2802676 2SC2275-A

| CDP-502ES/i/55 2ESDII/620ESII/650ESDII

ELECTRICAL PARTS ELECTRICAL PARTS

Ref.No. Part No. Description Ref.No. Part No. Description

9923 8-729-167-62 TRANSISTOR 2SC2676 R304 1-215-453-00 METAL 22k 1% = 1/6W 9930 8-729-167-62 TRANSISTOR 2SC2676 R305 1-247-851-00 CARBON 6.8K 5% 1/6W 931 8+729-113-82 TRANSISTOR 2SA1138 R306 1-247-857-00 CARBON 12K 5% 1 /6W

R307 1-249-435-11 CARBON 33K 5% /6W 9932 8-729-118-53 TRANSISTOR 2SA985-P 0933 8-729-113-82 TRANSISTOR 2SA1138 R308 1-249-417-11 CARBON 1K 5% 1/6W 0941 8-729-103-43 TRANSISTOR 288734 R309 1-249-441-11 CARBON 100K 5% 1/6W

R310 1-249-441-11 CARBON 100K 5% 1/6W R151 1-249-417-11 CARBON 1K 55% /6W R152 1-249-417-11 CARBON 1K 5% 1 /6W R311: 1-249-441-11 CARBON 100K 5% 1 /6W R1§3 1-249-417-11 CARBON 1K 5% -W6W R322 1-249-429-11 CARBON 10K 5% 1 /6W al54 -1-249-417-11 CARBON 1K 5B /6W R324 1-249-429-11 CARBON 10K 5% /6W

R155 1-249-417-11 CARBON 1K 5% «1 /6W R325 1-249-433-11 CARBON 22k 5% 1 /6W R156 1-249-417-11 CARBON 1K 5% 1/6W R330 1-247-903-00 CARBON IM 5% 1 /6W R157 1-247-887-00 CARBON 220K 5% 1/6 R331 1-247-903-00 CARBON IM 5% 1 /6W

R158 1-247-887-00 CARBON 220K 5% 1/6W R332: 1-249-429-11 CARBON 10K 5% 1 /6W R159 1-247-887-00 CARBON 220K 5% 1/6W R333 1-247-700-11 CARBON 100 1/4M R160 1-247-887-00 CARBON 220K 5% 1/6W R334 -1-249-429-11 CARBON 10K 5% 1 /6W

R201 1-249-433-11 CARBON 22K «5% ~~ /6W R340 1-247-903-00 CARBON iM 5% 1/6 R202 1-247-851-00 CARBON 6.8K 5% 1/6W R341: 1-249-417~11 CARBON 1k (5% 1/6 R203 1-249-435-11 CARBON 33k 65% /6W R351: 1-215-441-00 METAL 6.8K 1% 1/6W

R204 1-249-425-11 CARBON 4.7K 5% 1/6W R352 1-215-441-00 METAL 6.8k 1% 1/6W R205 1-247-819-00 CARBON 330 5% 1/6W R353 1-247-903-00 CARBON IM 5% 1/6 R206 1-249-434-11 CARBON 27K «5% 1 /6W R354 1-247-856-00 CARBON 1K 5% 1 /6W

R207 1-249-405-11 CARBON 100 5% 1/6W R355 —-1-247-856-00 CARBON 11K 5% 1/6 R208 1-247-851-00 CARBON 6.8K 5% 1/6W R357 1-249-433-11 CARBON 22k 5% 1/6 R209 1+247-864-00 CARBON 24K 5% 1 /6W R358 1-249-423-11 CARBON 3.3K 5% 1/6

R210 1-247-851-00 CARBON 6.8K 5% 1/6W R359 = 1-247~869-00 CARBON 39K = 5% 1/6W

R211 1-249-417-11 CARBON 1K 5% 1/6W R360 1-215-453-00 METAL 22k 1% = 1/6W R212. 1=247-859-00 CARBON 15K 5% 1/6W R363 1-247-887-00 CARBON 220K 5% 1/6W

R213 1-249-429-11 CARBON 10K 5% = -1/6W R367 1-215-449-00 METAL 15k 1% 1 /6W R214 1-249-420-11 CARBON 1.8K 5% 1/6W R368 1-249-433-11 CARBON 22k 5% 1/6 R215 1=249-441-11 CARBON 100K 5% 1/6W R369 -1-249-433-11 CARBON 22k 5% OL /6M

1-247- N 39K 5% 1/6W R380 1-249-417-11 (552ESD2/650ES02)...CARBON 1K 5% 1/6W ee ere Centon 10K 5% ved R381 1-249-417-11 (552ESD2/650ESD2)...CARBON 1K 5% 1/6W

R220 1-249-405-11 CARBON 100 5% = 1/6W R395 1-249-429-11 CARBON 10K 51/6 R221 1-249-433-11 CARBON 22K 5% 1/6W R396 1-249-441-11 CARBON 100K 5% 1/6W

R222 1+247-857-00 CARBON 12K 5% 1/6W R397 1-249-441-11 CARBON 100K 5% 1/6W

R223. 1-249-422-11 CARBON 2.7K 5% 1/6W R398 1-249-429-11 CARBON 10K 5% 1 /6W R224 1-247-B869-00 CARBON 39K 5% = «1 /6W R399 1-249-429-11 CARBON 10K 5% 6M |

R225 1-249-423-11 CARBON 3.3K 5% 1/6W R400 1-249-833-11 CARBON 20K 61% LRM R226 1-247-859-00 CARBON 15K 5% 1 /6W R401 1-249-815-11 CARBON 3.6K 1% 1/2W R227 1-247-845-00 CARBON 3.9K 5% 1/6W R402 1-249-850-11 CARBON 100K 1% 1 2W

R228 -1-247-815-00 CARBON 220 5% 1/6W R403 1-249-808-11 CARBON 1.8K 1% 1W R229 1-249-434-11 CARBON 27k «5% = /6W R404 1-247-145-00 CARBON 3.9K 1% 1/4W R230 1-249-435-11 CARBON 33K 5% «1 /6W R405 1-249-930-11 CARBON wx 1% 1/AW R231 1-247-883-00 CARBON 150K 5% 1/6 R406 1-249-928-11 1 R232 1-247-899-00 CARBON 680K 5% 1/6W io oageavesni erst fee 7 eu

R236 1-249-429-11 CARBON 10K 5% = 1 /6W R409 1=249-930-11 CARBON 2K OSL AW R237 1+247-895-00 CARBON 470K 5% 1/6W R410 1-249-930-11 CARBON * 1% OLA R242 1-249-429-11 CARBON 10K 5% ~=—-1/6W R411 1=249~-816-11 CARBON 3.9% 12 12W

R243 1-247-895-00 CARBON 470K 5% 1/6W R412 1-247-145-00 CARBON 3.9K 1% l/AW

R244 1-247-859-00 CARBON 1SK 5% 1/6 R413 1~249-930-11 CARBON 2 1B Aw RERS, Arete seat Le LARBON TOR ee ABN R414 1+249-928-11 CARBON 1.6K 1% AW

R246 1-249-417-11 CARBON 1K 5% 1/6 R415 1-249-808-11 CARBON 1.8 1% 12M R301 1-249-425=11 CARBON 4.7K 5% 1/6W R416 1-249-844-11 CARBON 56K 1% 12w R302 = 1=-249-422~11 CARBON 2.7K 5% 1/6W R417. 1-249-844-11 CARBON 56K 1% 12 R303 1-215-453-00 METAL 22K 1% = 1/6W

Fe

j 5 :

~ CDP-502ESII/552ESDII/620ESII/650ESDII

Ref.No.

R418 R419 R420 R421

R422 R423 R424

R430 R431 R432

R433 R434 R436

R437 R441 R442

R443 R444 R445

R456 R457 R500

R501 R502 R503

R504 R505 R506

R507 R508 R509

R510 R511 R512

R513 R514 R515

R516 R517 R518

R519 R520 R521

R522 R523 R524

R530 R531 R532

R533 R534 R536

R537 R601 R602

R603 R604 R605

ELECTRICAL PARTS

Part No.

1-249-808-11 1-249~-786-11 1-249-818-11 1-247-725-11

1-247=739-11 1-249-732-11 1-247-704-11

1-249-497-11 1-249-586-11 1-247-721-11

1-249-590-11 1-247-700-11 1-259-024-11

1-249-441-11 1-249-429-11 1-249-429-11

1~247-700-11 1+247-700-11 1-247-845-00

1-249-417-11 1-247~823-00 1-249-833-11

1-249-81 5-11 1-249-850-11 1-249-808-11

1=247-145-00 1-249-930-11 1-249-928-11

1+249-816-11 1-247-144-00 1-249~930-11

1+249-930~11 1-249-816-11 1-247-145-00

1-249-930-11 1-249-928-11 1-249-808-11

1-249-844-11 1-249-844-11 1+249-808-11

1-249-786-11 1-249-818-11 1-247-725-11

1-247-739-11 1-249-732-11 1-247-704-11

1-249-497~11 1-249-586-11 1-247~721-11

1~-249-590-11 1-247-700-11 1-259-024-11

1-249-441-11 1~247-881-00 1-247-881-00

1-247-885-00 1-247-885-00 1-247~815-00

The components identified

by shading and mark A are critical for safety. Replace only with part number specified.

Description

CARBON CARBON CARBON CARBON

CARBON CARBON CARBON


















spécifié.

1.8K 220 4.7K 470K

100 300K 220

33K 27K 4.7K

39K 100 910

100K 10K 10K

100 100 3.9K

1K 470 20K

3.6K 100K 1.8K

3.9K

1.6K

3.9K 3.6K 2k

2K 3.9K 3.9K

2K 1.6K 1.8K

56K 56K 1.8K

220 4.7K 470K

100 300K 220

33K 27K 4.7K

39K 100 910

100K 120K 120K

180K 180K 220

1% 1% 1%

1%

5% 5% 5%

5%

5% 5% 1%

1%

1%

1% 1% 1%

1% 1% 1%

1% 1% 1%

1% 1% 1%

1% 1% 1%

1% 1%

5% 5% 5%

5% 5% 5%

Les composants identifiés par une trame et une marque A sont critiques pour la sécurité. Ne les remplacer que par une piéce portant le numéro

1/2W 1/2W 1/2W 1/4W

1/2W 1/2W 1/4W

1/4W 1/4W 1/4W

1/4W 1/4W 1/2W

1/6W 1/6W 1/6W

1/4W 1/4W 1/6W

1/6W 1/6W 1/2W

1/2W 1/2W 1/2W

1/4W 1/4W 1/4W

1/2W 1/4W 1/4W

1/4W 1/2W 1/4W

1/4W 1/4W 1/2W

1/2W 1/2W 1/2W

1/2W 1/2W 1/4W

1/2W 1/2W 1/4W

1/4W 1/4W 1/4W

1/4W 1/4W 1/2W

1/6W 1/6W 1/6W

1/6W 1/6W 1/6W

Ref.No.

R651 R652 R801 R802

R803 R804 R805

R806 R807 R808

R809 R900 R901

R902 R903 R904

R905 ‘R906 7 Ro08 A

R910 R911 R912

R913 R914 R915

R916 (R920 A. 1-212=966-00 |

1-249-419-11 R921

‘R958 A.1-212-936-00 R961 1-249-429-11

R962 1-249-435-11

R963 1-2 47-881-00 R964 1-249-429-11 ‘ROL A1-217-383-00 |

RV201 1-230-524-11

RV202 1-230~-523-11

RV301 1-230-522-11

RV400 1-237-081~11

RV500 1-237-081-11

RY400 1-515~547-11

RY401 1-515-547-11

RY402 1-515~-519-00

$301 1-570-100-11

$302 1-554-421-00

S651 1-554-205-00

$652 1-554-205-00

$653 1-553-636-00

$654 1-570-447-11

$801 1-554-303-21 $802 1-554-303~+21

$803 1-554-303-21

$804 1-554-303-21

$805 1-554-303-21

a

ELECTRICAL PARTS

Part No.

1-249-417-11 1-249-417-11 1-247-815-00 1-247-903-00

1-247-903-00 1-249-423-11 1-249-433-11

1-249-433-11 1-249-433-11 1-247-811-00

1-249-441-11 1-249-661-11 1-247-173-00

1-247-710-11 1-247-719-11 1-259-024-11

1-259-023-11 2

1-249-661-11 1-247-173-00 1-247-710-11

1-247-719-11 1-259-024-11 1-259-023-11

1-249-643-11 FUSIBLE:

Description

CARBON 1K 5% 1/6W CARBON 1K 5% 1/6W CARBON 220 5% 1/6W CARBON 1M 5% 1/6W

CARBON 1M 5% 1/6W CARBON 3.3K 5% 1/6W CARBON 22K 55% 1/6W

CARBON 22K = 8% 1/6W CARBON 22K 5% 1/6W CARBON 150 5% 1/6W

CARBON 100K 5% 1/6W CARBON 330 1/2W CARBON 56K 1/4W

CARBON 560 1/4W CARBON 3.3K 1/4W CARBON 910 «1% 1/2W

CARBON

CARBON 330 CARBON 56K CARBON 560

CARBON 3.3K CARBON 910 1% CARBON 1.2K 1%

CARBON

CARBON

CARBON 10K 5% 1/6W CARBON 33K 5% 1/6W

CARBON 120K 5% 1/6W 1/6W CARBON 10K 5%

USTBLE

RES, ADJ, METAL GLAZE 22K RES, ADJ, METAL GLAZE 10K RES, ADJ, METAL GLAZE 4.7K

RES, VAR, CARBON 10K/10K (LINE OUT) RES, VAR, CARBON LOK/10K (LINE OUT)

RELAY RELAY RELAY

(552ESD2 /650ESD2) .. SWITCH, SLIDE (DIGITAL OUT)

SWITCH, SLIDE (TIMER)

SWITCH, PUSH (LOAD IN DET) SWITCH, PUSH (LOAD OUT DET) SWITCH, MICRO (MOTOR SELECT)

SWITCH, MICRO (CHUCKING) SWITCH, KEY BOARD (1) SWITCH, KEY BOARD (2)

SWITCH, KEY BOARD (3) SWITCH, KEY BOARD (4) SWITCH, KEY BOARD (5)

Ref .No.

$806 $807 $808

$809 $810 $811

$812 $813 $814

$815 $816 $817

$818 $819 $820

$821 $823 $825

$827 $829 $830

$831 $832 $833

$834 $836 $837

$838 $839 $840

$841

$841

$842 $843 $844

$845 S846

SE51

X301 X302 x80 X802

ELECTRICAL PARTS

Part No.

1~-554-303-21 1-554-303-21 1-554-303-21

1-554-303-21 1-554-303-21 1-554-303-21

1-554-303-21 1-554~-303~-21 1~554-303-21

1-554-303-21 1-554-303-21 1~554-303-21

1-554-303-21 1-554-303-21 1-554-303-21

1~554-303-21 1~554-303-21 1~554-303-21

1-570~101-61 1-554-303-21 1-554-303-21

1-§54~303-21 1-554-303-21 1-§70-101-71

1-570-101-21 1-554-303-21 1-554-303-21

1-554-303-21 1~554-303-21 1-554-303-21

1-554-303-21

1-554-303-21

1~554-303-21 1-554-303-21 1-554-303-21

1-§54-303-21 1-554-303-21

1-422-198-11

1~567-539-11 1-567-170-00 1-567-192-11 1-527-532-31


Description Part No.

SWITCH, KEY BOARD (6) 1-463-681-11 SWITCH, KEY BOARD (7) 1-526-565-00 SWITCH, KEY BOARD (8) 1-558-271-11

SWITCH, KEY BOARD (9) 3-536-825-00 SWITCH, KEY BOARD (10) 3-701-630-00 SWITCH, KEY BOARD (11)

3-703-390-01 SWITCH, KEY BOARD (12) *3-795-629-11 SWITCH, KEY BOARD (13) SWITCH, KEY BOARD (14) 3-760-857-11

3-760-857-21 SWITCH, KEY BOARD (15) 3+760-857~31 SWITCH, KEY BOARD (16) 3-760-857~41 SWITCH, KEY BOARD (17)

3-765-122-11 SWITCH, KEY BOARD (18) 3-765-122-21 SWITCH, KEY BOARD (19) 3-765-122-31 SWITCH, KEY BOARD (20) 3-765-122-41

SWITCH, KEY BOARD (+10) 4-908-441-01 SWITCH, KEY BOARD (0) 4-908-442-01 SWITCH, KEY BOARD (CLEAR)

4-908-443-01 SWITCH, KEY BOARD (PROGRAM) (WITH LED) 4-908-602-01 SWITCH, KEY BOARD (CHECK) 4-908-970-01 SWITCH, KEY BOARD (p>)

4-908-994-31 SWITCH, KEY BOARD (89) 4-908-994-41 SWITCH, KEY BOARD (im) 4-908-994-51 SWITCH, KEY BOARD (CONTINUE)(WITH LED)

4-908-994-61 SWITCH, KEY BOARD (SINGLE)(WITH LED) 4-908-994-71 SWITCH, KEY BOARD (l44) 4-908-994-81 SWITCH, KEY BOARD (PD)

SWITCH, KEY BOARD (—~) SWITCH, KEY BOARD (— SWITCH, KEY BOARD (44)

(KEY BOARD SW BOARD) ..sSWITCH, KEY BOARD (PP )

(DISPLAY BOARD) ...SWITCH, KEY BOARD (REPEAT)

SWITCH, KEY BOARD (CLEAR A<->B) SWITCH, KEY BOARD (TIME) SWITCH, KEY BOARD (AUTO DELAY)

SWITCH, KEY BOARD (SHUFFLE PLAY) SWITCH, SASL (OPEN/CLOSE )

ER)

COIL (SENSOR)

VIBRATOR, CRYSTAL, 16.9344MHz OSCILLATOR, CERAMIC, 4.194MHz OSCILLATOR, CERAMIC, 4MHz OSCILLATOR, CERAMIC, 400KHz

The components identified by shading and mark A are critical for safety. Replace only with part number specified.

ACCESSORY & PACKING MATERIAL

Description REMOTE COMMANDER (RM-D502) (£)....AC PLUG ADAPTOR CORD, CONNECTION

(E).....BAG, PROTECTING BAG, POLYETHYLENE

(US)... INSTRUCTION (AEP)... INSTRUCTION

(552ESD2)....MANUAL, INSTRUCTION (650ESD2)....MANUAL, INSTRUCTION (650ESD2:Canadian)...MANUAL, INSTRUCTION (552ESD2:AEP)......6- MANUAL, INSTRUCTION

(502ES2)....MANUAL, INSTRUCTION (620ES2)....MANUAL, INSTRUCTION (620ES2:Canadian)...MANUAL, INSTRUCTION (SO2ES2:AEP)........MANUAL, INSTRUCTION

CUSHION (RIGHT), UPPER CUSHION (LEFT), UPPER

CUSHION, LOWER HOLDER, COMMANDER SPACER

(552ESD2)....e ee eeeee INDIVIDUAL CARTON (650ESD2:US)........-INDIVIDUAL CARTON (650ESD2:Canadian)...INDIVIDUAL CARTON

(SO2ES2).....40+e+++eINDIVIDUAL CARTON (620ES2:US).....+..++INDIVIDUAL CARTON (620ES2:Canadian).... INDIVIDUAL CARTON

Les composants identifiéspa r une trame et une marque Aso nt critiques pour la sécurité Ne les remplacer que par une piéce portant le numé1 spécifié.


TROUBLE CHECKS

The following checks will assist in the correction of most problems which you may encounter with your unit.

Should any problem persist after you have made these

checks, consult your nearest Sony service facility.

Before going through the check list below, first refer back to

the connection and operating procedures.

Play does not begin

¢ The mf PAUSE button is engaged.

¢ Moisture condensation (see page 5).

¢ The disc is inserted with the labeled surface downwards.

© The disc is incorrectly inserted.

No audio from one or both channels.

¢ Incorrect connections.

Play begins as soon as the POWER switch is turned on. ¢ The TIMER switch is set at PLAY.

The sound volume is too low.

¢ The VARIABLE LINE OUT jack is used.

English

86K0593-1

Printed in Japan

9-952-457-11 Sony Corporation © 1986

Manual: CDP502ESII SM SONY

Documents

Transcript of Manual: CDP502ESII SM SONY