Aiwa CSD-EX5 Bedienungsanleitung

Inhaltsverzeichnis

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ana

SERVICE

MANUAL

e

BASIC

TAPE

MECHANISM

:

TN1800Z

e

BASIC

CD

MECHANISM:

KSL-—2101A

S/M

Code

No.0081

DATE

OF

ISSUE

7/1992

~T

SD-EX5

COMPACT

DISC

STEREO

RADIO

CASSETTE

RECORDER

e

TYPE.

UE

KZ

SPECIFICATIONS

General

Cassette

deck

section

Type

Compact

disc

stereo

radio

cassette

Track

format

4

tracks/2

channels

recorder

Power

source

Batteries,

DC

12

V

[R14P

(size

C)

x8]

CSD-

EX5U

AC

120

V/220-240

V

(switchable),

50/60

Hz

CSD-

EX5K

AC

240

V,

50/60

Hz

CSD-

EX5E,

Z

AC

110-120

V/220-230

V

(switchable),

50/60

Hz

Output

7W+T7

W

(QQ)

DC

MAX

FTC

Rule

4

Watts

per

channel,

Min.

RMS

at

6

ohms,

from

200

Hz

to

10

kHz,

with

no

more

than

10%

distortion.

Power

consumption

CSD-EX5U

24

W

CSD-EX5E,

K,

Z

36

W

Speakers

100

mm

cone

type

(2)

Output

terminal

PHONES

jack:3.5®

stereo

mini

type

(1)

370

mV/17Q

Dimensions(W

x

H

x

D)

460

x

148

x

202

mm

18'4

6X57,

8

in

Weight

Approx.

4.6

kg

(including

batteries)

Approx.

10.1.

Ib

Compact

disc

section

Disc

Compact

disc

Scanning

method

Non

contact

optical

scanner

(semi-conductor

laser

application)

Laser

Semiconductor

laser

A=

780

nm

Rotation

speed

Approx.

500-200

rpm/CLV

Error

correction

Cross

Interleave,

Reed

Solomon

Code

No.

of

channels

2

channels

D.A.conversion

16

bit

linear

Frequency

response

40

Hz-20,000

Hz*édB

AIWA

CO.,LTD.

Recording

format

AC

bias

Erasing

format

AC

erase

Heads

Recording/

Playback

head

(1)

Erasure

head

(1)

Frequency

response

Normal

tape

(Recording/

Playback)

:

50-

12,500

Hz

CrO2

tape

(Recording/

Playback)

:

50-

14,000

Hz

Meta!

tape

(Playback

only)

:

50-

16,000

Hz

Tuner

section

Frequency

response

CSD-

EX5U

FM

:

87.5-

108

MHz

AM

:

530/531-1710/1602

kHz

(10/9

kHz

step)

CSD-EX5E,

K,

Z

FM

:

87.5-

108

MHz

MW

:

522/530-

1611/1600

kHz

(9/10

kHz

step)

LW

:

153-288

kHz

Antennas

CSD-

EX5U

Whip

antenna

for

FM

Ferrite

bar

antenna

for

AM

CSD-EX5E,

K,

Z

Whip

antenna

for

FM

Ferrite

bar

antenna

for

MW

and

LW

@

Design

and

specifications

are

subject

to

change

without

notice.

Tokyo

Japan

Printed

in

Japan

TABLE

OF

CONTENTS

°

SPECIFICATIONS

i

1

*

PROTECTION

OF

EYES

FROM

LASER

BEAM

DURING

SERVICING

-++-+++esseer

scree

teeter

ee

tne

eee

eens

3

*

PRECAUTION

TO

REPLACE

OPTICAL

BLOCK

-::eceece

crete

teen

ete

n

ete

etn

e

ence

een

n

eee

b

eee

eenteteenenees

3

.

DISASSEMBLY

i

4

.

CONNECTION

GUIDE

i

rr

5,

6

.

ELECTRICAL

MAIN

PARTS

LIST

aa

as

7~10

“1G

DESCRIPTION

seese

2

se

adits

Oe

seas

ea

onde

sa

eaeadea

aig

maui

naan

saa

y

sianioameaauureceG

cai

enee

saad

11~20

.

TRANSISTOR

ILLUSTRATION

i

i

i

eras

20

PIEOMBEOCK

DIAGRANI

Te

eee

s

iS

aes

ik

eee

a

ae

Ls

So

tear

deanna

di

etlale

Gale

aasle

nee

Lode

aieiare

wa

meats

a

21~23

.

DISPLAY

i

24

“WIRING

—1-<

TUNER

(1B)

aes

Shei

cari

dead

toured

oe

op

aloe

sl

ed

tuleedaweaie

Webs

abeeechasehaace

dese

ae

25,

26

“SCHEMATIC.

DIAGRAM

=

1-<

TUNERS

CUY

“sees

der

oben

ovadtoie

is

Sein

Se

eneids

daca

lee

tautegver

asa

eaees

27,

28

*

WIRING

—

2<

TUNER

>

(E,

K,

Z)

cccct

cree

eter

ene

enn

tenn

e

nee

e

eet een

este

ene

eee

nena

ees

29,

30

*

SCHEMATIC

DIAGRAM

—

2<

TUNER>

(E,

K,

Z)tccccc

tect

e

etree

tee

etree

een

tence

eee

en

teen

tenn

eeneees

31,

32

-WIRING

-3<

DISPLAY

Dee

were

r

were

ese

a

rere

nen

ener

ener

ees

a

reece

ease

reser

neues

ee

eeereserereeereseseene

33,

34

*

SCHEMATIC

DIAGRAM

—

3<

DISPLAY

>ccccect

crete

cette

cette

ence

tebe teen

ene

e

eee

eetetenteeretnenes

+++

35,

36

“WIRING

—

4

<CD

>ccecceccereeeeeeeee

dabei

toxoid

ve

ereunts

Uae

Teed

BREAN

Ea

a

pasdld

WEE

ERE

Fs

elorare

teas

ated

aele

Seas

37,

38

“SCHEMATIC:

DIAGRAM!

=4:<.

CD

St

tees

nook

desis

tas

cebealneae

scien

sa

eual

aust

Gide

sd

Pade

dguas

deed

evewaauen

39,

40

*

WIRING

—

5

<

CONTROL

>

cccseeeeccc

csr

scces

scene

renee

ecee

reece

meee

eeseaneeeeeeneeneseceeseeeeeenas

41,

42

*

SCHEMATIC

DIAGRAM

—5

<CONTROL

Seececceec

tert

e

tee

e

ene

tence

een

rene

ene

cnet

ae

eeneteeeeetanenens

43,

44

“WIRING:

6.

<

AP

Direc

e

st

ettaa

tiegrecienbe

nies

See

neseseae

eeiedreddalvaneeseliep

te

Us

secleeWeee

dbadedebatemaduna

45,

46

*

SCHEMATIC:

DIAGRAM

<6

SAPS

oe

netetee

triads

atneod

acu

savalel

te

need

aged

fea

hoateas

oe

eked

eens

47,

48

*

ADJUSTMENT

<

RADIO

SECTION

>eeccecee

cer

ec

cect

eet

e

cen

c

ene

e

ene

ee

cease

ene

e

sn

eeteetsetesserenseeeees

49,

50

.

ADJUSTMENT

<

CD

SECTION

Se

ee

ee

eee

emer

emer

ee

ee

ee

meee

e

rere

eee eee

reste

eters

ere

reese

eeneeee

50,

51

*

ADJUSTMENT

<

AF/DECK

SECTION

>

“PRACTICAL

SERVICE

FIGURE

--++-+++++e

errr

eee

e

tree

tenner

eens

52,

53

«EXPLODED

VIEW

—

1,

MECHANICAL

PARTS

LIST

crccecc

tect

ee

este

eet

e

ee

tee

tense

tan

eten

erect

eeantaeeas

54,

55

*

EXPLODED

VIEW

—

2,

MECHANICAL

PARTS

LIST

<cccccctcc

cece

cere

tree

een

eee

eset

sent

te

enen

ena

eenenes

56,

57

*

EXPLODED

VIEW

~

3,

MECHANICAL

PARTS

LIST

cecceccec

crete

ete

e

teen

eee

e

ene

c

net

en

seen

eeneteetn

ents

58,

59

*

EXPLODED

VIEW

—

4,

MECHANICAL

PARTS

LIST

cocctccce

crete

tee

e

eee

e

ener

eect

eens

en

etnn

teeta

eaees

60,

61

*

EXPLODED

VIEW

—5,

MECHANICAL

PARTS

LIST

corccec

cece

eter

nett

eee

ene

teen

tener

rene

eenene

eee

62,

63

*

EXPLODED

VIEW

—

6,

MECHANICAL

PARTS

LIST

<ccccccce

scree

treet

ene

e

nec

e

ee

eee

teen

eee

enne

ene

teetneeee

64

*

ACCESSORIES/

PACKAGE.

LIST

tices

tenet

ctteasactaaa

chien

geet

eeee

bungee

ded

tv

gail

pbelvs

auiewleaeeaitdiveds

65

PROTECTION

OF

EYES

FROM

LASER

BEAM

DURING

SERVICING

This

set

employs

laser.

Therefore,

be

sure

to

follow

carefully

the

instructions

below

when

servicing.

WARNING!!

WHEN

SERVICING,

DO

NOT

APPROACH

THE

LASER

EXIT

WITH

THE

EYE

TOO

CLOSELY.

IN

CASE

IT

IS

NECESSARY

TO

CONFIRM

LASER

BEAM

EMISSION.

BE

SURE

TO

OBSERVE

FROM

A

DISTANCE

OF

MORE

THAN

30cm

FROM

THE

SURFACE

OF

THE

OBJECTIVE

LENS

ON

THE

OPTICAL

PICK-UP

BLOCK.

mu

Caution:

Invisible

laser

radiation

when

open

and

interlocks

defeated

avoid

expo-

sure

to

beam.

u

Advarsel:

Usynlig

laserstraling

ved

abning,

nar

sikkerhedsafbrydere

er

ude

af

funktion.

Undga

udszttelse

for

straling.

VAROITUS!

Laiteen

Kayttaminen

muulla

kuin

tassa

kaytt6ohjeessa

mainit-

ulla

tavalla

saattaa

altistaa

kayt-tajan

turvallisuusluokan

1

ylittavalle

nakymattémalle

lasersateilylle.

VARNING!

Om

apparaten

anvands

pa

annat

satt

4n

vad

som

specificeras

i

denna

bruksanvisning,

kan

anvandaren

utsattas

for

osynlig

laserstralning,

som

dverskrider

gransen

fdr

laserklass

1.

Precaution

to

replace

Optical

block

(KSS

—

210A)

Body

or

clothes

electrostatic

potential

could

ruin

laser

diode

in

the

optical

block.

Be

sure

ground

body

and

workbench,

and

use

care

the

clothes

do

not

touch

the

diode.

1)

After

the

connection,

remove

solder

shown

in

the

right

figure.

aN

AMAARAARARARAN

NY

\.

Z

Z

3

4

Z

Z

Z

3

Z

Z

Z

y

Z

PICK

—

UP

Assy

P.C.B.

SEAN

G

CAUTION

Use

of

controls

or

adjustments

or

performance

of

procedures

other

than

those

specified

herein

may

result

in

hazardous

radi-

ation

exposure.

ATTENTION

L'utilisation

de

commandes,

réglages

ou

procédures

autres

que

ceux

spécifiés

peut

entrainer

une

dangereuse

exposition

aux

radiations.

This

Compact

Disc

player

is

classified

as

a

CLASS

1

LASER

product.

The

CLASS

1

LASER

PRODUCT

label

is

located

on

the

rear

exterior.

CLASS

1

LASER

PRODUCT

LUOKAN

1

LASERLAITE.

KLASS

1

LASER

APPARAT

CD

PICK-UP

Assy

S

DISSASEMBLY

INSTRUCTIONS

1.

“Cabinet,

Front”

Removal

(See

Figure

—

1)

1)

Remove

9

screws

(@)

from

“Cabinet,

Rear”and

remove

“Cabinet,

Front”.

(*)

©

t

t

t

t

Cabinet,

Rear

®

®

®

©

Fig

—

1

2.

“Unit,

Center”

Removal

(See

Figure

—

2)

1)

Open

“Lid,

Top”.

Knob,

Power

2)

Remove

“Knob,

Power”,

“Knob,

Volume”

and

then

Knob,

Volume

remove

“Unit,

Center”

as

shown

in

the

direction

of

om

the

arrow.

a

|

:

Lid,

Top

3.

“Mechanism

Assy”

Removal

(See

Figure

—

3)

1)

Remove

4

screws

(@),

“Knob,

Tone”

and

then

remove

“Cover,

Top”.

2)

Remove

screw

(®)

and

remove

“Mechanism

Assy”.

®

e

Knob,

Tone

Mechanism

Assy.

CONNECTION

GUIDE

[TOP]

TO

[A]

TUNER

C.B

7

FLAT

[AF]

REAR

:

PING

FROM

TO

[D]

DISPLAY

C.B

[I]T-SPEED

CB

1

Ca

\

CON15

TO

VR3

POWER

C.B

VR4

CASSETTE

DECK

*

[C]

cb

MAIN

CB

(!

g

I

CONS

ee

VRI

VR2

ize)

oO

RPEH

"

Ci)

.

(

FLAT

a

-_

CABLE

6P

%

BIND

==

Ni

a

Hi

MOLD

2

E

=]

|

ay

o

A

[D]

DISPLAY

C.B

eros

J

PIN103

CABLE

6P

ba

%1

Pass

through

between

the

pole

and

the

2

bosses.

%2

Pass

through

between

the

6P

flat

cable

and

the

7P

wire.

TO

[K]

POWER

CB

[TOP

VIEW]

FROM

RPEH

[FRONT]

BIND

we

PIN103 PIN104

\

6P

5P

5P

CON105

TO

TUNER

a

PINIOTL

_

4

G5

PIN102

CON4

CONTROL

C.B

CON104

7

CD

MOTOR-2

C.B

To

[7]

To

[5]

T-SPEED

C.B

DECK

C.B

PIN11

PIN101

FRONT

[BOTTOM]

Attach

with

a

tape.

FROM

[D]

DISPLAY

C.B

5P

Oo

o

(o}

Oo

N

2,

(o}

oO

CD

MAIN

CB

CD

MECHANISM

/

PICK

UP

Attach

with

a

tape.

PIN1

CON1

FROM

[H]

HP

C.B

ELECTRICAL

MAIN

PARTS

LIST

REF.NO.

PART

NO.

DESCRIPTION

REF.

NO.

PART

NO.

DESCRIPTION

REF.NO.

PART

NO.

DESCRIPTION

REF.

NO.

PART

NO.

DESCRIPTION

===|(===

87-020-764-010

DIODE,

ZENER

CHIP

02CZ4.

7X

C87

ww87-010-401-010

CAP,

ELECT

1-50

SME

===AF

CIRCUIT

BOARD

SECTION===

87-020-584-010

DIODE,

ZENER

CHIP

02CZ5.

6Y

C89.

=k

87-010-197-010

CAP,

CHIP

S

0.01-25

B

87-002-258-010

—§C,

AN8377N

87-020-586-010

DIODE,

ZENER

CHIP

02CZ6.

8Y

C90

=%&87-010-405-010

CAP,

ELECT

10-50

SME

Cl

&87-010-197-010

CAP,

CHIP

S

0.

01-25

B

87-002-341-010

{1C,

BA5413

87-020-588-010

DIODE,

ZENER

CHIP

02CZ8.

2Y

C91.

&87-010-545-010

CAP,

ELECT

0.

22-50

SME

C4

&87-010-197-010

CAP,

CHIP

S

0.01-25

B

87-002-427-010

1C,

BA6209N

CS

=

&87-010-176-010

CAP,

CHIP

S$

680P-50

SL

81-CD1-656-010

—1C,

BU3559CK

===TUNER

CIRCUIT

BOARD

SECTION===

C92.

=

%&87-010-189-010

CAP,

CHIP

S

8200P-50

B

C6

87-010-176-010

CAP,

CHIP

S

680P-50

SL

C93

=

y&87-010-178-010

CAP,

CHIP

S

1000P-50

B

87-002-669-010

IC,

GP1

si

ae

SENSOR)

BPF1

%&87-030-254-010

FILTER,

BPMBGAT

C94

y&e87-010-178-010

CAP,

CHIP

S

1000P-50

B

C7

%87-010-401-010

CAP,

ELECT

1-50

SME

A\87T-001-196-010

IC,

ICP-N10

Cl

=

87-010-312-010

CAP,

CHIP

S

15P-50

CH(U)

C95

=

we

87-010-189-010

CAP,

CHIP

S

8200P-50B

C8

=

&87-010-401-010

CAP,

ELECT

1-50

SME

A\87-001-486-010

IC,

ICP-N15

Cl

=w87-010-314-010

CAP,

CHIP

S

22P-50

CH(E,

K,

Z)

C9.

%&87-010-178-010

CAP,

CHIP

S

1000P-50

B

A\87-001-211-010

—

IC,

1CP-N50

C2.

w&87-010-312-010

CAP,

CHIP

S

15P-50

CH(U)

C96

=

%&87-010-545-010

CAP,

ELECT

0.

22-50

SME

C10

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CAP,CHIP

S

1000P-50

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C97

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CHIP

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7P-50

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C112

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CHIP

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C14

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ELECT 47-25

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C113.

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CAP,CHIP

S

1000P-50

B

87-001-180-010

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CHIP

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0.01-25

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CAP,

CHIP

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87-027-842-010

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100P-50

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C16

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4.

7-50

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2P-50

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C17

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S

100P-50

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C118

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CAP,

CHIP

S

100P-50

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C19

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CAP,CHIP

S

0.01-25

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1-16

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TA8191F

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CAP,

CHIP

S

0.01-25

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330P-50

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CAP,

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S

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10-50

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87-002-266-010

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39P-50

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S

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CHIP

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TRANSISTOR,

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CAP,

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L6

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CAP,

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REF.

NO.

PART

NO.

C102

C103

C104

C105

C107

C108

C109

C110

C119

C120

C123

C125

C126

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Ul

L2

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4%

87-015-698-010

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%&87-010-394-010

*%&87-015-681-010

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4%

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%&87-010-403-010

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4

87-010-174-010

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4

87-010-221-010

%&87-010-221-010

*%87-010-167-010

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*87-010-248-010

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%87-012-365-010

81-CD1-647-010

%87-005-396-010

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%&89-CD4-657-010

4%

87-024-273-010

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81-C01-611-010

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+++

*&87-024-340-010

+++

87-024-338-010

+t

+++

DESCRIPTION

CAP,

CHIP

S

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CAP,

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1500P-50

B

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CAP,

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4.

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ELECT

4.

7-50

CAP,

ELECT

47-25

SME

CAP,

CHIP

S

0.01-25

B

CAP,

CHIP

S

470P-50

SL

CAP,

ELECT

10-16

7L

CAP,

ELECT

220-35

SME

CAP,

ELECT

10-16

7L

CAP,

ELECT

100-10

CAP,

ELECT

100-10

CAP,

ELECT

47-25

SME

CAP,

ELECT 47-25

SME

CAP,

ELECT

10-50

SME

CAP,

ELECT

3.

3-50

SME

CAP,

ELECT

10-50

SME

CAP,

ELECT

10-50

SME

CAP,

ELECT

10-50

SME

CAP,

ELECT

3.3-50

SME

CAP,

ELECT

330-16

SME

CAP,

ELECT

100-10

CAP,

CHIP

S

470P-50

SL

CAP,

ELECT

10-16

7L

CAP,

ELECT

220-35

SME

CAP,

ELECT

10-16

7L

CAP,

ELECT

100-10

CAP,

ELECT

47-25

SME

CAP,

ELECT

470-10

CAP,

ELECT

470-10

CAP,

CHIP

S

120P-50

SL

CAP,

ELECT

22-25

SME

CAP,

CHIP

0.

47-16

F

CAP,

ELECT

220-10

SME

CAP,

ELECT

47-25

SME

CAP,

CHIP

S

0.027-25V

BK

JACK

ASSY,

2P(LINE

IN)

COIL

5.

6MMH

LHLOG

COIL

5.

6MMH

LHLOG

COIL

OSC

BIAS

SFR,

22K

DIAG

V

SFR,

22K

DIAG

V

SW,

PUSH

(POWER

SAVE)

VR,

20KD

(TONE)

VR,

20KD

(TONE)

VR,

20KA

(BASS

RANGE)

VR,

20KA

(BASS

RANGE)

MOTOR,

VR

5OKB

(VOLUME)

MOTOR,

VR

5OKB

(VOLUME)

VR,

MOTOR

50KB

(VOLUME)

===CD

MAIN

CIRCUIT

BOARD

SECTION===

%&87-010-382-010

*87-018-097-010

%87-018-209-010

4%

87-018-105-010

%87-018-104-010

*&87-010-248-010

*87-018-134-010

%87-010-545-010

%87-010-263-010

*87-010-401-010

CAP,

ELECT

22-25

SME

CAP,

CERA-SOL

2.

2P

SL

CAP,

CERA-SOL

0.

1

CAP,

CERA-SOL

12P

SL

CAP,

CERA-SOL

10P

SL

CAP,

ELECT

220-10

SME

CAP,

CERA-SOL

0.01

CAP,

ELECT

0.

22-50

SME

CAP,

ELECT

100-10

CAP,

ELECT

1-50

SME

REF.

NO.

PART

NO.

%87-010-248-010

%&87-018-134-010

%&87-010-265-010

%&87-010-403-010

*&87-010-374-010

%&87-018-205-010

%&87-018-117-010

%87-010-248-010

#&87-018-134-010

%87-010-235-010

%87-018-209-010

%&87-018-209-010

%87-018-209-010

*87-018-209-010

%87-018-209-010

%87-018-145-010

%87-018-145-010

%87-010-263-010

#87-018-134-010

%87-018-134-010

*87-010-263-010

%87-018-131-010

%87-018-209-010

%87-010-248-010

0

4%

87-018-119-010

*%87-018-134-010

%87-018-134-010

4%

87-018-134-010

%87-018-134-010

*87-010-374-010

%87-018-134-010

*87-010-401-010

%87-018-134-010

4%

87-018-149-010

%&87-018-149-010

%&87-018-200-010

%87-010-381-010

%&87-010-374-010

1

1

1

1

C102

%«87-010-374-010

C105

%87-018-117-010

C106

%87-018-117-010

C107

¥%87-018-117-010

C108

%&87-018-117-010

C109

%&87-015-688-010

C110

%87-015-688-010

Clit

%87-018-131-010

C12

¥&87-018-131-010

ul

L2

SFRI

%&87-003-152-010

%87-003-152-010

%87-024-171-010

SFR2

%87-024-176-010

x1

X2

%87-030-221-010

%&87-030-216-010

DESCRIPTION

CAP,

ELECT

220-10

SME

CAP,

CERA-SOL

0.01

CAP,

ELECT

33-16

SME

CAP,

ELECT

3.

3-50

SME

CAP,

ELECT

47-10

CAP,

CERA-SOL

0.

022

CAP,

CERA-SOL

68P

SL

CAP,

ELECT

220-10

SME

CAP,

CERA-SOL

0.

01

CAP,

ELECT

470-16

SME

CAP,

CERA-SOL

0.

1

CAP,

CERA-SOL

0.

1

CAP,

CERA-SOL

0.

1

CAP,

CERA-SOL

0.

1

CAP,

CERA-SOL

0.

1

CAP,

CERA-SOL

6.

8P

CH

CAP,

CERA-SOL

6.

8P

CH

CAP,

ELECT

100-10

CAP,

CERA-SOL

0.

01

CAP,

CERA-SOL

0.

01

CAP,

ELECT

100-10

CAP,

CERA-SOL

1000P

CAP,

CERA-SOL

0.

1

CAP,

ELECT

220-10

SME

CAP,

CERA-SOL

100P

CAP,

CERA-SOL

0.

01

CAP,

CERA-SOL

0.

01

CAP,

CERA-SOL

0.

01

CAP,

CERA-SOL

0.

01

CAP,

ELECT

47-10

CAP,

CERA-SOL

0.

01

CAP,

ELECT

1-50

SME

CAP,

CERA-SOL

0.

01

CAP,

CERA-SOL

15P

CH

CAP,

CERA-SOL

15P

CH

CAP,

CERA-SOL

SS

3900P

CAP,

ELECT

330-16

SME

CAP,

ELECT 47-10

CAP,

ELECT

47-10

CAP,

CERA-SOL

68P

SL

CAP,

CERA-SOL

68P

SL

CAP,

CERA-SOL

68P

SL

CAP,

CERA-SOL_68P

SL

CAP,

ELECT

4.

7-35

7L

CAP,

ELECT

4.

7-35

7L

CAP,

CERA-SOL

1000P

CAP,

CERA-SOL

1000P

COIL

100UH

COIL

100UH

SFR,

i i

SFR,

CERALOCK

16.

93MHZ

ViB,

CERAMIC

14,

39MHz

===DISPLAY

CIRCUIT

BOARD

SECTION===

%87-010-260-010

*87-010-405-010

%87-010-450-010

*87-010-509-010

*87-015-819-010

%87-010-197-010

*87-010-197-010

%87-015-819-010

%87-010-450-010

%87-010-450-010

%87-010-313-010

*87-010-312-010

CAP,

ELECT

47-25

SME

CAP,

ELECT

10-50

SME

CAP,

CHIP

0.

47-16

F

CAP,

CHIP

TANTALUM

3.

3-16

CAP,

CHIP

0.

O1BK

CAP,

CHIP

S

0.01-25

B

CAP,

CHIP

S

0.01-25

B

CAP,

CHIP

0.

O1BK

CAP,

CHIP

0.

47-16

F

CAP,

CHIP

0.

47-16

F

CAP,

CHIP

S

18P-50

CH

CAP,

CHIP

S

15P-50

CH

REF.

NO.

PART

NO.

C13.

¥&87-010-197-0

C14.

%&87-010-510-0

C16

¥%87-010-322-0

C17

¥%&87-010-802-0

C18

=

%&87-010-154-010

C19.

87-010-154-010

Ll

%87-003-246-010

LCD!

81-CDi-605-010

LED!

87-002-734-010

LED2

87-002-734-010

LED3

87-002-284-010

LED4

87-002-285-010

LEDS

§87-002-735-010

LED6

§

87-002-736-010

LEO?

§

87-002-735-010

LED8

87-002-735-010

SWI

87-036-225-010

X1_—-%&87-030-194-010

VIB,

X'TAL

32.

768K5PPM

X2-%&87-030-275-010

VIB,

X'TAL

4.

OOMHz

===CONTROL

CIRCUIT

BOARD

SECTION===

===TACT

CIRCUIT

BOARD

SECTION===

SW]

87-036-225-010

SW,

TACT

(AM

STEP)

SW2

87-036-267-010

—

SW,

TACT

(DOWN)

SW3-

87-036-267-010

—

SW,

TACT

(UP)

SW4-87-036-267-010

SW,

TACT

(DISPLAY)

SW5

=

87-036-267-010

—

SW,

TACT

(SET)

===LAMP

CIRCUIT

BOARD

SECTION===

PL?

—

87-035-409-010

LAMP

HRS-3062A(LCD

BACK

LIGHT)

PL2

87-035-409-010

LAMP

HRS-3062A(LCD

BACK

LIGHT)

===HP

CIRCUIT

BOARD

SECTION===

C111

x87-010-263-010

CAP,

ELECT

100-10

J2

87-009-216-010

JACK,

DIA3.

5

STS

(PHONES)

===T-SPEED

CIRCUIT

BOARD

SECTION===

SFR1_

¥87-024-352-010

SFR,

4.

7K

DIAG

H

SFR2

%&87-024-352-010

SFR,

4.7K

DIA6

H

===DECK

CIRCUIT

BOARD

SECTION===

$1

$6-401-011-930

SW,

LEAF

(REC

B)

$2

$6-401-011-930

SW,

LEAF

(REC

A)

$3

$6-401-011-930

—

SW,

LEAF

(Cr02)

$4

$6-401-011-930

—

SW,

LEAF

(CST)

DESCRIPTION

10

CAP,

CHIP

S

0.01-25

B

10.

CAP,

CHIP

TANTALUM

4.

7-10

10

CAP,

CHIP

S

100P-50

CH

10.

CAP,

CHIP

TANTALUM

2.

2-4(A2)

CAP,

CHIP

S

10P-50

CH

CAP,

CHIP

S

10P-50

CH

COIL,

CHIP

33UH

LCD,

HLC8047

(DISPLAY)

LED

SLR-5SMC

4F

GRC

>

)

LED

SLR-55SMC

4F

GRC

<q

)

LED

SLB-55

DU

4F(

8H

)

LED

SLB-55

VR

4F

(REC@)

LED

SLV-31YC

Y

(TAPE)

LED

SLV-31VC

R(LINE

IN)

LED

SLV-31YC

Y

(RADIO)

LED

SLV-31¥C

Y(CD)

SW,

TACT

(OPEN/CLOSE)

REF.

NO.

$5

$6

PART

NO.

$6-401-011-940

$6-401-011-950

SOL]

%S1-888-210-070

SOL2

%S1-888-210-070

===POWER CIRCUIT

BOARD

SECTION===

A

%87-033-213-010

C112

%87-010-377-010

C113

%87-010-780-490

C127

%87-010-401-010

AF2

87-035-368-010

AJ3

%&87-009-039-010

AJ3

APTI

87-049-784-010

81-CD1-672-019

81-CD1-671-019

81-CD1-673-019

87-031-780-010

DESCRIPTION

SW,

LEAF

(FR)

SW,

LEAF

(PLAY)

SOLENO|D

(PLAY)

SOLENO!D

(FR)

CLAMP,

FUSE

SMK

CE,

K,

Z)

CAP,

ELECT

3300-10

SME

CAP,

ELECT

6800-25V

CAP,

ELECT

1-50

SME

FUSE,

4A

250V

TECE,

K,

Z)

AC

JACK

(AC~)

(U)

AC

JACK

E(AC~)

(E,

K,

Z)

POWER

TRANSFORMER

ASSY

U(U)

POWER

TRANSFORMER

EE,

Z)

POWER

TRANSFORMER

K

(K)

SW,

SLIDE(AC

VOLTAGE)

(U,

E,

Z)

===POWER

SW

CIRCUIT

BOARD

SECTION===

Cl

=

&87-015-696-010

SW]

87-036-195-010

CAP,

ELECT

2.

2-50

SW,

SLIDE

(POWER)

===BATT-A

CIRCUIT

BOARD

SECTION===

===BATT-B

CIRCUIT

BOARD

SECTION===

===MOTOR-1

CIRCUIT

BOARD

SECTION===

MI

M2

SWI

9X-262-513-210

9X-262-513-310

91-572-085-110

MOTOR

GEAR

ASSY

(SLED)

MOTOR

ASSY

(W/CHASSIS,

T.

T)

(SPINDLE)

SW,

LEAF

(INSIDE

LIMIT)

===MOTOR-2

CIRCUIT

BOARD

SECTION===

M3

SW2

SW3

9X-262-511-710

91-572-086-110

91-572-086-110

MOTOR

ASSY

(LOADING)

SW,

LEAF

(OPEN)

SW,

LEAF

(CLOSE)

===C(D

GND

CIRCUIT

BOARD

SECTION===

===RELAY

CIRCUIT

BOARD

SECTION===

PCB-Rx&xS1

-865-020-660

===MI

SCELLANEOUS===

CONT

2%

M4

RPEH

SPI

SP2

OF

y

Fiktitma-F/CHIP

RESISTOR

PART

CODE

Fy

Tibi

A

—

FOR)

56

Chip

Resistor

Part

Coding

sg

FR

i

OR

yd

a

ca

an

®

Hiden

HEHLABEL

I

—

K

ce

Resistor

Code

RE

Fy

TEL

Chip

resistor

Wattage

ein

Type

Tolerance

AU

mara

5

1/10W

2125

Form

/AK

L

t

W

98-848-127-11Z

81-CD1-664-010

$6-003-030-530

$6-202-060-060

81-CD1-612-010

81-CD1-612-010

Value

of

resistor

Symbol

aus

1/32W

1608

|

5%

TC

#5%

|

ci

|

%

RELAY

C.B

OPTICAL

PICK

UP

KSS-210A

CONNECTOR

ASSY,

8P

RPEH

MOTOR

(DECK)

R.

P.E

HEAD

SPEAKER,

W(L

CH)

SPEAKER,

W(R

CH)

IC,

DESCRIPTION

IC,TA8191F

[Fro

|

0

|

Sian

Pv

apiifier

GPa

eit

en

———SSCSC=*

rer

[1

[sie

waiter

GF

we)

ie

tri,

SY

a

a

a

nee

Main-beam

I-V¥

amplifier

(FM

AMP)

input

terminal.

Laser

diode

amplifier

(LD

AMP)

input

terminal.

ee

Ke

Por

eee

fo

[ero

fo

ee

eee

al

[veer

fo]

[rrp

[

|

[sean

|

0

reef

|

FEO

=|

o

|

Focus

error

amplifier

(FE

AMP)

output

terminal.

|

sEL

|

|

Analog

switch

control

signal

input

terminal.

a

Em

a

ete

esi

ze

ai

eal

Ea

zal

in

No.

Laser

diode

amplifier

(LD

AMP)

output

terminal.

Monitor

photo

diode

amplifier

(MD

AMP)

input

terminal.

RF

amplifier

(RF

AMP)

negative-phase

input

terminal.

RF

amplifier

(RF

AMP)

output

terminal.

1

7

RF

ripple

signal

output

terminal.

Reference

voltage

output

terminal.

(+2.

1V)

RF

ripple

signal

output

terminal.

Scratch

detection

signal

output

terminal.

Focus

error

balance

adjustment

input

terminal.

as)

a

ee

ee ee ee

ee

alalolr»r

ay,

HL

olLrwlre|

o

Power

terminal.

(GND)

21

OSCI

3

Touro

|

Focus

output

amplifier

(FS

AMP)

negative-phase

output

terminal.

Focus

output

amplifier

(FS

AMP)

output

terminal.

Capacitor

connection

terminal

for

focus

search

signal

generation.

Built-in

power

supply

control

input

terminal

for

focus

search

signal

Generation.

Power

supply

terminal.

(+5¥)

Q

|

Disk

motor

amplifier

(DM

AMP)

positive-phase

input

terminal.

Disk

motor

amplifier

(DM

AMP)

negative-phase

input

terminal.

Disk

motor

amplifier

(DM

AMP)

output

terminal.

Disk

motor

drive

amplifier

(DMP

AMP)

output

terminal.

(Not

used.

)

Drive

amplifier

reference

voltage

input

terminal.

2

Feed

motor

drive

amplifier

(FMP

AMP)

output

terminal.

3

9

FMP

O

Ea

0

FMEO

Ory,

Feed

motor

drive

amplifier

(FM

AMP)

output

terminal.

FMEN

Feed

motor

amplifier

(FM

AMP)

negative-phase

input

terminal.

FMEP

Lino

Feed

motor

amplifier

(FM

AMP)

positive-phase

input

terminal.

FAPO

ca

Focus

actuator

drive

amplifier

(FAP

AMP)

output

terminal.

(Not

used.

)

2VRO

cz.)

2VREF

amplifier

(2VREF

AMP)

output

terminal.

2VRP

2VREF

amplifier

(2VREF

AMP)

positive-phase

input

terminal.

36

2VRN

2VREF

amplifier

(2VREF

AMP)

negative-phase

input

terminal.

TS20

|

oO

|

Tracking

servo

amplifier

2

(TS2

AMP)

output

terminal.

TS2N

Es

Tracking

servo

amplifier

2

(TS2

AMP)

negative-phase

input

terminal.

TS2P

za

Tracking

servo

amplifier

2

(TS2

AMP)

positive-phase

input

terminal.

TS10

Tracking

servo

amplifier

1

(TS1

AMP)

output

terminal.

wmilal]

w

wlwolwysl

wi]

w

NOL

wo]

ol_rwo]

vo]

tw

wmpopPReipeb

ete

o};}rarn

oo]

&]_ ao}

wo]

DIN

aI

al]

AL

win

O7O!]aIrnti

on

TSIN

Tracking

servo

amplifier

1

(TS1

AMP)

negative-phase

input

terminal.

TS1P

Tracking

servo

amplifier

1

(TS1

AMP)

positive-phase

input

terminal.

TSO

TSN

Pin

No.

Tracking

output

amplifier

(TS

AMP)

output

terminal.

Ce

ee

m1

ol

ni]

Tracking

output

amplifier

(TS

AMP)

negative-phase

input

terminal.

;

IC,

UPD6376GS

When

this

terminal

is

"Low"

or

open,

data

in

L-ch

and

R-ch

is

input

through

pin

15

in

time-division.

When

"High",

data

in

L-ch

is

input

through

pin

15

and

data

in

R-ch

through

pin

14

respectively.

(Output

is

pulled-down

through

a

resistor

of

100

kohms

in

IC.)

(GND)

D.

GND

|

—

|

GND

terminal

for

logic

section.

8

D.

+B

|

—

|

Power

supply

terminal

for

logic

section.

(+5V)

GND

terminal

for

analog

section.

A.

GND

R.

OUT

R-ch

analog

signal

output

terminal.

Power

supply

terminal

to

analog

section.

(+5V)

Reference

voltage

terminal.

Normally

connected

to

A.GND

via

capacitor

so

that

an

impedance

of

high

frequency

data

is

lowered.

L-ch

analog

signal

output

terminal.

GND

terminal

for

analog

section.

When

pin

1

is

“Low”

or

open,

input

data

L/R

discrimination

signal

is

input.

When

“High”,

input

data

word

discrimination

signal

is

input.

When

pin

1

is

"Low"

or

open,

L

or

R

channel

is

selected

for

the

LRCK

signal.

When

the

LRCK

signal

is

"High"

and

L-ch

data

is

input,

the

LRSEL

terminal

is

“Low”.

When

“Low”

and

L-ch

data

is

input,

the

LRSEL

terminal

is

"High".

When

pin

1

is

"High",

R-ch

serial

data

is

input.

(+5V)

When

pin

1

is

"Low"

or

open,

L-ch

and

R-ch

serial

data

is

input

alternatively.

When

"High",

L-ch

serial

data

is

input.

Serial

input

data

read-in

clock

input

terminal.

12

IC,

TC9236F

Pin

No.

TEST4

Test

terminal.

Normally

"H”

or

open.

(Not

used.

)

Test

terminal.

Normally

"H”

or

open.

(Not

used.

)

TEST5

CK8M

8M

clock

output

terminal.

(Not

used.

)

COFS

Correction

sytem

frame

frequency

signal

output

terminal.

7.

35kHz

(Not

used.

)

Processor

status

signal

output

terminal.

Correction/discrimination

data,

memory

buffer

capacity,

etc.

(Not

used.

)

Playback

system

frame

frequency

signal

output

terminal.

7.

35kHz

(Not

used.

)

Subcode

sync

signal

output

terminal.

(Not

used.

)

Subcode

Q

data

output

terminal.

(Not

used.

)

SPDA

PFCK

SUBSYC

SUBQ

SBOK

Subcode

Q

data

CRC

check

data

output

terminal.

OK

when

"H”.

(Not

used.

)

~

1s

O}lwH

4

Bivuivo

GlalT<

mj;

Azla

oO;

o;O

Crystal

oscillator

connection

terminal.

Digital

power

voltage

terminal.

(+5V)

me

Petre

NRK]

oO

13

Digital

GND

terminal.

Command

and

data

send/receive

I/O

terminal.

14

B

US3

cCw

co

Chip

enable

signal

input

terminal

for

command

and

data

send/recieve.

Bus

line

active

when

"L”.

Command

and

data

send/receive

clock

input

terminal.

20

4M

clock

output

terminal.

4.2366MHz

(Not

used.

)

Reset

input

terminal.

Internal

system

reset

when

"L”.

Subcode

Q

data

control

bit

update

inhibition

signal

input

terminal.

Update

inhibitted

when

"H”.

(GND)

Subcode

P

-

¥

output

terminal.

(Not

used.

)

Subcode

P

-

W

data

read-out

clock

input

terminal.

Lock

status

output

terminal.

“L”

when

sync

pattern

siganal

in

EFM

signal

is

not

detected

within

17

ms

in

runaway

detection.

(Not

used.

)

22

tw

[ye]

we

_

_—

ALA

fo)

xy

m&

|

riladioa

a

Zia

QO};

&

Zz

4

OI}

xA}O

a

ALTA

ive)

on

w]e

no

oO}

oo

oO

aw

w

cs

_

oy

=

oO

A

LOCK

i)

Test

terminal.

Normally

"H"

or

open.

(Not

used.

)

De

7

fect

detection

signal

output

terminal.

VREF

when

a

defect

signal

is

detected:

Normally

HiZ.

(Not

used.

)

Tracking

gain

adjustment

analog

switch

output

terminal.

VREF

or

HiZ.

4

3}

0

win

|

rl

oO

ee

hs

TEL1

Analog

switch

output

terminal

for

switching

the

low

range

phase

compensator

of

the

tracking

servo

loop.

HiZ

(gain

up)

when

shock

signal

is

detected;

VREF

when

gain

up.

ie) co)

TGUL

Analog

switch

output

terminal

for

switching

the

middle

and

high

range

phase

compensator

of

the

tracking

servo

loop.

HiZ

(gain

up)

when

shock

signal

is

detected;

normally

VREF.

TGUH1

is

used

when

playing

back

in

normal

mode;

TGUH2

when

playing

back

in

high

speed

mode.

TGUH2

w

iw

TGUH1

Tracking

actuator

kick

signal

output

terminal.

Kicked

to

an

external

cylinder

when

"H";

an

internal

cylinder

when

"L”.

ev]

TKIC

Feed

servo

ON/OFF

analog

switch

output

terminal.

(Pin

®

is

not

used.)

[

Feed

servo

|

—FWON

a

[or

|

yr

|

FON

HiZ

w

wo

ol

te]

=

A

13

I

\

Feed

motor

FWD/B¥D

operation

control

signal

output

terminal.

Feeds

to

an

external

cylinder

when

"H";

feeds

to

an

internal

cylinder

when

"L”.

Test

terminal.

Normally

"H"

or

open.

(Not

used.

)

Analog

switch

output

terminal

for

switching

the

gain

of

the

disk

motor

drive

circuit.

2VREF

Two

times

reference

voltage

input

terminal.

(VREF

x

2)

[wie

[on

[ore

Fra

sare]

pw

Normal

PLAY

etc.,

(Focus

servo

ON:

FOK)

—

—

”n

le}

oa

Focus

actuator

drive

signal

output

terminal

in

focus

gain

adjustment

mode.

(Not

used.

)

Other

than

focus

gain

adjustment

Command

|

FKIC

output

al

B

Focus

gain

adjustment

analog

switch

output

termianal.

(Not

used.

)

Focus

error

signal

input

terminal.

cS

~]

+y

les}

TESH

Analog

switch

input

terminal

for

sample-holding

of

the

tracking

error

signal.

VFEF

when

tracking

servo

is

OFF.

RF

signal

input

terminal.

RFI

;

AGND

Analog

GND

terminal.

DTSC2

EFMO

fea]

w

14

DTSC1l

AVCC

PDCNT