Pioneer Dw-s114x User manual

Service

Manual

CD-ROM

WRITER

DW-S114X

WY)

PIONEER’

The

Art

of

Entertainment

@

PIONEER

co-row

wniten

Ow.51100

°

"o

"0

“o”

ORDER

NO.

RRV1362

THIS

MANUAL

—

APPLICABLE

TO

THE

FOLLOWING

MODEL(S)

AND

TYPE(S).

Power

Requirement

a

$114X

TUCGM/WL|

=

©

—_|_AC100-240V

CONTENTS

1.

SAFETY

INFORMATION

-<

<1:

cceccceeceeeeeseeeseeeeeees

2.

EXPLODED

VIEWS,

PACKING

AND

PARTS

LIST

-s:-e:ceeceeeceeteeereeeees

3.

SCHEMATIC

AND

PCB

CONNECTION

DIAGRAMS:

--+--2+2-ss20

15

4.

PCB

PARTS

LIST

Ir

rrererererereee

err

ee

rere

eee

37

PIONEER

ELECTRONIC

CORPORATION

4-1,

Meguro

1-Chome,

Meguro-ku,

Tokyo

153,

Japan

|

Automaticselect

=

|

Automaticselect

=

5.

ADJUSTMENTS

<eccerrecetcereeccesenseeenecesanenes

41

6.

DISASSEMBLY

«--ececceceeceeceeeeeceseeeeeeeseeseees

53

7.

IC

INFORMATION

<-ecescrecerceeceseeeeeceecerenenes

55

8.

BLOCK

DIAGRAMS

«-es-eseeceececcestteeeeese

eee ren

56

9.

PANEL

FACILITIES

---:-sceececeeeceseeseseeeeeeeeen

60

10.

SPECIFICATIONS

«sc-ccecescrecesceeeeseeeeseneaeeee

61

PIONEER

ELECTRONICS

SERVICE,

INC. P.O.

Box

1760,

Long

Beach,

CA

90801-1760,

U.S.A.

PIONEER

ELECTRONIC

(EUROPE)

N.V.

Haven

1087,

Keetberglaan

1,

9120

Melsele,

Belgium

PIONEER

ELECTRONICS

ASIACENTRE

PTE.

LTD.

501

Orchard

Road,

#10-00

Lane

Crawford

Place,

Singapore

0923

©

PIONEER

ELECTRONIC

CORPORATION

1995

T-IFY

JULY

1995

Printed

in

Japan

DW

-

S114X

1.

SAFETY

INFORMATION

This

service

manual

Is

intended

for

qualified

service

technicians;

it

is

not

meant

for

the

casual

do-it-yourselfer.

Qualified

technicians

have

the

necessary

test

equipment

and

tools,

and

have been

trained

to

properly

and

safely

repalr

complex

products

such

as

those

covered

by

this

manual.

Improperly

performed

repairs

can

adversely

affect

the

safety

and

reliability

of

the

product

and

may

void

the

warranty.

If

you

are

not

qualified

to

perform

the

repair

of

this

product

properly

and

safely,

you

should

not

risk

trying

to

do

so

and

refer

the

repair

to

a

qualified

service

technician.

WARNING

Lead

in

solder

used

in

this

product

Is

listed

by

the

California

Health

and

Welfare

agency

as

a

known

reproductive

toxicant

which

may

cause

birth

defects

or

other

reproductive

harm

(California

Health

&

Safety

Code,

Section

25249.5).

When

servicing

or

handling

circuit

boards

and

other

components

which

contain

lead

in

solder,

avoid

unprotected

skin

contact

with

the

solder.

Also,

when

soldering

do

not

inhale

any

smoke

or

fumes

produced.

NOTICE

(FOR

CANADIAN

MODEL

ONLY)

Fuse

symbols

-HE—#

(fast

operating

fuse)

and/or

-§E—8

(slow

operating

fuse)

on

PCB

indicate

that

replacement

parts

must

be

of

identical

designation.

REMARQUE

(POUR

MODELE

CANADIEN

SEULEMENT)

Les

symboles

de

fusible

-BE—H

(fusible

de

type

rapide)

et/ou

-§&—#

(fusible

de

type

lent)

sur

CCI

indiquent

que

Jes

piéces

de

remplacement

doivent

avoir

la

méme

désignation.

(FOR

USA

MODEL

ONLY)

1.SAFETY

PRECAUTIONS

The

following

check

should

be

performed

for

the

continued

protection

of

the

customer

and

service

technician.

LEAKAGE

CURRENT

CHECK

Measure

leakage

current

to

a

known

earth

ground

(water

pipe,

conduit,

etc.)

by

connecting

a

leakage

current

tester

such

as

Simpson

Model

229-2

or

metal

parts

of

the

appliance

(input/output

terminals,

screwheads,

metal

overlays,

control

shaft,

etc.).

Plug

the

AC

line

cord

of

the

appliance

directly

into

a

120V

AC

60Hz

outlet

and

turn

the

AC

power

switch

on.

Any

current

measured

must

not

exceed

0.5mA.

Reading

should

Leakage

|

"Ot

be

above

0.5mA

Test

all

exposed

metal

surfaces

Also

test

with

plug

reversed

(Using

AC

adapter

plug

as

required)

Earth

ground

AC

Leakage

Test

equivalent

between

the

earth

ground

and

ail

exposed

|

ANY

MEASUREMENTS

NOT

WITHIN

THE

LIMITS

OUTLINED

ABOVE

ARE

INDICATIVE

OF

A

PO-

TENTIAL

SHOCK

HAZARD

AND

MUST

BE

COR-

RECTED

BEFORE

RETURNING

THE

APPLIANCE

TO

THE

CUSTOMER.

2.PRODUCT

SAFETY

NOTICE

Many

electrical

and

mechanical

parts

in

the

appli-

ance

have

special

safety

These

are

often

not

evident

from

visual

inspection

nor

the

protection

afforded

by

them

necessarily

can

be

ob-

tained

by

using

replacement

components

rated

for

vol-

tage,

wattage,

etc.

Replacement

parts

which

have

these

special

safety

characteristics

are

identified

in

this

Service

Manual.

Electrical

components

having

such

features

are

identified

by

marking

with

a

A

on

the

schematics

and

on

the

parts

list

in

this

Service

Manual.

The

use

of

a

substitute

replacement

component

which

dose

not

have

the

same

safety

characteristics

as

the

PIONEER

recommended

replacement

one,

shown

in

the

parts

list

in

this

Service

Manual,

may

create

shock,

fire,

or

other

hazards.

Product

Safety

is

continuously

under

review

and

new

instructions

are

issued

from

time

to

time.

For

the

latest

information,

always

consult

the

current

PIONEER

Service

Manual.

A

subscription

to,

or

ad-

ditional

copies

of,

PIONEER

Service

Manual

may

be

obtained

at

a

nominal

charge

from

PIONEER.

DW

-

S114X

(FOR

EUROPEAN

MODEL

ONLY)

VARO!

WARNING!

AVATTAESSA

JA

SUQJALUKITUS

DEVICE

INCLUDES

LASER

DIODE

WHICH

OHITETTAESSA

OLET

ALTTIINA

EMITS

INVISIBLE

INFRARED

RADIATION

NAKYMATTOMALLE

LASERSATEILYLLE.

WHICH

IS

DANGEROUS

TO

EYES.

THERE

|S

ALA

KATSO

SATEESEEN.

A

WARNING

SIGN

ACCORDING

TO

PICTURE

LASER

1

INSIDE

THE

DEVICE

CLOSE

TO

THE

LASER

Kuva

1

DIODE.

Picture

1

Lasersateilyn

Warning

sign

for

ADVERSEL:

USYNLIG

LASERSTRALING

VED

ABNING

NAR

SIKKERHEOSAFBRYDERE

ER

UDE

AF

IMPORTANT

————_

FUNKTION

UNDGA

UDSAETTELSE

FOR

THIS

PIONEER

APPARATUS

CONTAINS

STRALING.

LASER

OF

CLASS

1.

SERVICING

OPERATION

OF

THE

APPARATUS

SHOULD

BE

DONE

BY

A

SPECIALLY

INSTRUCTED

PERSON.

varoitusmerkki

laser

radiation

VARNING!

OSYNLIG

LASERSTRALNING

NAR

DENNA

DEL

AR

OPPNAD

OCH

SPARREN

AR

URKOPPLAD.

BETRAKTA

EJ

STRALEN.

LASER

DIODE

CHARACTERISTICS

——

MAXIMUM

OUTPUT

POWER:

5

mw

|

WAVELENGTH:

780-785

nm

LABEL

CHECK

EX

HS

Tt

CAUTION

INVISIBLE

LASER

CLASS

1

LASER

PRODUCT

ace

yr

0

N

on

RADIATION

WHEN

OPEN,

LASER

KLASSE

1

AVOID

EXPOSURE

TO

BEAM

YRWI1O5-A

PRW1018

ORW1129

__

ADVARSEL

USYNLIG

LASERSTRALING

VED

ABMING

NAR

SIKKERHED

SAF-

BAYDERE

ER

UDE

AF

FUNKTION.

UNOGA

UOSATTELSE

FOR

STRALING.

VORSICHT!

UNSICHTBARE

LASER-STRAHLUNG

TRITT

AUS,

WENN

DECKEL

{ODER

KLAPPE)

GEOFFNET

(ST!

NICHT

OEM

STRAHL

ALISSE

TZENt

VRWT094

Additional

Laser

Caution

1.

Laser

Interlock

Mechanism

The

ON/OFF

status

of

the

clamp

switch

($1005)

for

detecting

loading

completion

is

detected

by

the

system

microprocessor,

and

the

design

prevents

laser

diode

oscillation

when

the

clamp

switch

is

OFF.

Thus,

the

interlock

will

no

longer

function

if

the

clamp

switch

(S1005)

is

deliberately

shorted.

The

interlock

also

does

not

function

in

the

test

mode

*1.

Laser

diode

oscillation

will

continue,

if

between

collector

and

emitter

of

Q102

and

Q110

mounted

on

the

HAMP

UNIT

is

connected

to

GND,

shorted

to

each

other

(

fault

condition

).

If

the

fault

condition

described

in

1

is

induced

with

the

cover

removed

and

the

objective

lens

extending

past

the

outer

circumference

of

the

disc

clamper

diameter,

close

viewing

of

the

objective

lens

with

the

naked

eye

will

cause

exposure

to

a

Class

1

or

higher

laser

beam.

‘VARO!

Avattaessa

ja

suojalukitus

ohitetta-

essa

olet

slttiina

ndkymattonalle

lasersateilylle,

Al&

katso

séteescen.

VARNING!

Osynlig

laserstrd4lning

nér

denna

del

ar

Oppnad

och

sparren

ar

urkopplad.

Betraxta

ej

strdlen.

vRw297-4

*

1:

Refer

to

page

42.

DW

-

S114X

2.

EXPLODED

VIEWS,

PACKING

AND

PARTS

LIST

NOTES:

@

Parts

marked

by

“NSP”

are

generally

unavailable

because

they

are

not

in

our

Master

Spare

Parts

List.

@

The

A\

mark

found

on

some

component

parts

indicates

the

importance

of

the

safety

factor

of

the

part.

Therefore,

when

replacing,

be

sure

to

use

parts

of

identical

designation.

©

Parts

marked

by

“@

”

are

not

always

kept

in

stock.

Their

delivery

time

may

be

longer

than

usual

or

they

may

be

unavailable.

2.1

PACKING

Parts

List

Mark

No.

Description

Part

No.

A

1

Power

cord

with

plug

DDG1028

2

Operating

instructions

DRC1023

(Japanese/English/French/German)

NSP

3.

Follow

up

card

DRY1032

4

Conversion

connector

OK

X1002

NSP

5

Polyethylene

bag

Z21-

033

6

Polyethylene

bag

Z21

-

038

7

Protector

A

DHA1061

8

Protector

C

DHA1088

9

Packing

case

DHG1656

13

Mark

No.

Description

Part

No.

10

Sheet

RHX1006

11

Caution

label

VRM1044

NSP

12

Follow

card

bag

DHL1011

13

Disc

table

DRY1168

2.2

PACKING

(Servo

Mechanism

Assy

for

Service)

Parts

List

Mark

No.

Description

Part

No.

1

Servo

mechanism

assy-

S

DXX2283

2

‘Protector

DHA1326

3.

Packing

case

(service)

DHG1665

4

Polyethylene

bag

DHL1093

5

RW

box

DNE1280

6

Servo

mechanism

assy

DXB1530

DW

-

S114X

DW

-

S$114X

2.3

EXTERIOR

Parts

List

Mark

No.

Description

Part

No.

A

1

POWER

assy

DWRI1133

2

MAIN

unit

DWX1614

3

SUB

unit

DWX1615

4

EJSB

unit

DWX1617

5

LEDB

unit

DWX1620

NSP

6

Caution

label

HE

VRW1297

7

eoeevee’

8

Flexible

cord

(32P)

DDD1096

9

Ground

terminal

DKE-

102

A

10

‘Inlet

assy

3P

DKNI1128

11

Connector

assy

3P

DKP3111

12

EMI

gasket

ZTA-

UC300287

13.

Screw

BPZ30P080FCC

NSP

14

_—

Stay

DND1064

15

Connector(2P)

PFO2PP-

B50

16

Connector(2P)

PFO2PP2C25

17

Connector

(3P)

PFO3PP

-

B40

18

Connector(4P)

PFO4PP

-

B37

19

Connector(6P)

PFO6PP

-

B60

20

Connector(9P)

PFO9PP

-

C32

21

~~

Joint

cap

DEB1057

22

~~PCB

fixing

base

DEC1231

23

Rivet

DEC1405

24

Protector

sheet

DEC1601

25

Insulation

sheet

DEC1786

26

Chassis

DNA1186

27

~~

Rear

panel

DNC1401

28

Sub

stay

DND1176

29

=

Main

stay

DND1177

30

PW

stay

DND1179

31

Bonnet

DNE1304

32

PWS

bracket

DNF1506

33

Heat

sink

DNG1065

34

PWS

shaft

DNH2071

35

Sub

rear

panel

DNH2073

36

PSW

cap

DNK2413

37

Rubber

foot

OEB1015

38

Tape(G)

REHI1010

39

Cord

stopper

RNH-

184

40

Earth

stay

DND1178

41

Shaft

bracket

DNF1507

42

PSW

bush

DNK1326

43

Shaft

holder

DNK2414

44

Power

button

spring

DBHI1213

45

EJ

bracket

DNF1508

Mark

No.

Description

Part

No.

46

Power

button

DNK2411

47

Eject

button

DNK3076

48

=

Tray

bezel

DNK3172

49

Front

panel

assy

DXA1764

50

ce

eee

51

DIP

SW

label

DRW

1669

$2

DOC

label

B

DRW1685

$365

label

ORW

1069

$4

Caution

label

ORW1129

55

Caution

label

PRW1018

56

Caution

label

(G)

VRW

-

329

57

Caution

label

VRW1094

58

Trans.

label

VRW1105

59

Screw

BBZ30P060FMC

60

Screw

PMB40P080FMC

61

Screw

BBT30PO60FNI

62

Screw

PMZ30P100FNI

63

Screw

CBZ30P080FZK

64

Screw

DBA1083

65

Screw

PMA30P060FMC

66

Screw

BBZ40PO60FMC

67

Edge

guard

DEC1409

NSP

68

Fuse

caution

label

RRW-111

|

;

|

:

|

4

|

:

|

DW-

$114x

Refer

to

2.4

Mechanism

section.

NOTE:

Screws

adjacent

to

W

mark

on

the

product

are

used

for

disassembly.

DW

-

S114X

2.4

MECHANISM

SECTION

(Refer

to

2.5

SERVO

MECHANISM

ASSY.)

*

1:

Servo

mechanism

assy

is

included

in

the

packing

case

for

service.

(Refer

to

section

2.2.)

Parts

List

Mark

No.

Description

Part

No.

1

HAMP

unit

DWX1616

2

CNTB

unit

DWX1618

3.

DRIVE

unit

DWX1552

4

LDSB

unit

DWX1619

5

Solenoid

DXP1043

6

Servo

mechanism

assy

DXB1530

7

~~

Float

screw

DBA1072

8

LP

spring

DBH1280

9

LA

spring

DBH1281

10

‘Float

spring

DBH1282

11

~~‘

Float

rubber

DEB1306

NSP

12

Locking

wire

saddle

DEC1305

13.

Rivet

DEC1877

14

‘LP

shaft

DLA1651

15

Guide

bar

DLA1707

NSP

16

Motor

pulley

PLB

-

283

17

P

base

DNH1985

18

Lock

plate

B

DNH1986

19

Lock

arm

DNK3051

20

Slide

guide

DNK3187

21

Mechanism

base

assy

DXB1565

22

=

Wire

spring

PBH1025

NSP

23

Earth

plate

PBK1031

24

Wire

unit

PBL1001

NSP

25

_—

Earth

lead

unit

DDX1154

26

Stopper

rubber

PEB1035

27

~—séBelt

PEB1037

NSP

28

Lcushion

PEB1221

NSP

29

~

Holder

PNB1051

NSP

30

Loading

base

PNB1139

31

Slider

unit

PNW1210

32

Gear

pulley

PNWI1211

33

Drive

pulley

PNW1212

34

~—-

Pulley

PNW1213

35

L

guide

PNW1214

NSP

36

DC

motor/0.75W

PXM1010

37

Clamp

base

DNH2130

38

Motor

holder

DNH2072

39.

Clamp

cam

DNK3170

40

Clamp

drive

plate

DNK3174

DW

-

S$114X

Mark

No.

Description

Part

No.

41

Clamper

holder

DNK3175

42

Lever

switch(S1005)

DSK1003

NSP

43

Clamp

cushion

assy

DXB1557

44

Motor

fixing

screw

PBA

-

125

45

Steel

ball

¢

4

PBP-

001

NSP

46

Cmagnet

PMFI1017

NSP

47

Worm

PNW

1220

48

Worm

wheel

PNW1221

49

=

Clutch

PNW

1223

50

Screw

BMZ26P040FMC

NSP

51

Yoke

RNE1627

52

Screw

DBA1089

53

Slide

cam

spring

DBH1316

54

Slide

base

DNH2069

55

Disc

plate

DNK3169

56‘

Tray

DNK3173

57

—

Slide

cam

PNW

1217

58

Synchro.

lever

unit

PNW1218

NSP

59

PC

support(B)

VEC1244

60

Screw

PMH26P060FMC

61

Washer

WT16D032D025

62

Washer

WT21D050D025

63

Screw

BBZ30P060FMC

64

Screw

PDZ30PO60FCC

65

Screw

BBZ26P060FMC

66

Cord

stopper

RNH

-

184

67

Screw

BPZ30P080FCC

68

Screw

IPZ30PO60FMC

69

Screw

JFZ26P025FBK

70

=

Screw

PMZ20PO80FMC

71

Washer

WT26D047D025

72

~~

Washer

IPZ20POSOFMC

73

Connector(2P)

PFO2EY

-

C32

74

Connector(2P)

PFO2EY4C37

7S

Connector

assy

(11P)

DKP3112

76

Connector

assy

(5P)

DKP3113

77

Loading

motor

assy-S

DXX2291

78

Clamp

motor

assy-S

DXX2292

79

~~

Clamper

assy-S

DXX2290

80

Connector

assy

(3P)

DKP3111

81

Connector(3P)

PFO3PP

-

B40

82

Connector(4P)

PFO4PP

-

B37

DW

-

$114X

2.5

SERVO

MECHANISM

ASSY

Parts

List

Mark

No.

Description

1

TOC

board

assy

2

FG

board

assy

3.

Roller

holder

spring

(SUS)

4

Centering

spring

NSP

5

Cushion

6

Table

sheet

7

Shading

plate

NSP

8

Reflection

sheet

9

Centering

hab

NSP

10

Yoke

NSP

11

Yoke

angle

NSP

12

Mechanism

base

NSP

13

Lock

plate

NSP

14

FGangle

1S

Carriage

unit

NSP

16

Yoke

holder

NSP

17

__

Disc

table

NSP

18

Motor

magnet

NSP

19

Sensor

magnet

NSP

20

Motor

bobbin

NSP

21.

—

Sensor

bobbin

22

~~

Fiexible

holder

NSP

23

TAN

arm

unit

24

~=—Bearing

25

Spindle

motor

26

Shaft

holder

spring

27

~—

Skew

spring

28

~~

Plate

spring

S

29

~~

Plate

spring

L

30

=

Stopper

rubber

31

Guide

bar

32

Guide

shaft

NSP

33

=

Shaft

holder

34

=

Nylon

rivet

35

Screw

36

=

Screw

37

Screw

38

=©Screw

39

=

Nut

40

Screw

41

Screw

42

Screw

43

Screw

44

Screw

45

Screw

46

Screw

47

Washer

48

Washer

49

Washer

50

Screw

12

Part

No.

DWX1538

DWX1539

ABH7023

DBH1242

DEB1302

DEC1484

DEC1825

DEC1826

DLA1644

DNH1974

DNH1975

DNH1976

DNH1980

DNH2012

DNS1174

DNS1175

DNS1176

DNS1177

DNS1178

DNV1025

DNV

1026

DNV1027

DXB1527

DXB1531

DXM1071

PBH1136

PBH1155

PBK1122

PBK1123

PEB1035

PLA1026

PLA1120

PNR1038

DEC1830

BMZ20P040FZK

BMZ26P040FMC

BMZ30P160FMC

BMZ30P3S0FMC

NZ30FMC

PMA26P040FMC

PMB20P0SOFMC

PMF20PO50FMC

PMH20P040FMC

PMH20P050FZK

PMH20P100FMC

SMZ30HO80FNI

WC30FMC

WT17D034D050

WT26D047D025

ZMD26HO40FBT

Mark

No.

Description

Part

No.

Yoke

angle

assy

Disc

table

assy

Linear

motor

assy

Sensor

assy

Pickup

assy

DXX2237

DXX2238

DXX2239

DXX2240

DXX2241

|

2

3

|

4

|

5

|

DW

-

S114X

A

‘aia

When

removing

the

pickup

assy,

This

portion

is

sure

to

short-

circuit

with

the

solder.

Remove

the

solder

after

the

pickup

assy

is

installed.

B

—

C

==

D

DW

-

$114X

|

2

|

3

|

4

|

6

|

6

L

3.

SCHEMATIC

AND

PCB

CONNECTION

DIAGRAMS

3.1

OVERALL

WIRING

DIAGRAM

3P

INLET

[scH

1

|

A

POWER

ASSY

ACI00-240v.

LIVE

PEON

OM

CNI01

(DWR1133)

(SCH

—

7)

(TP201)

(TP202)

50/60Hz

|

=

pe

a

(Switching

regulation)

CN601

CN609

CN1007

DKNH28

o

A

GNo

ig

3

Ot

SSS

Sie

Se

ae

oo

2)

fn

et

ch

Rly

eel

te

A

Pe

pot

PFOSPP-~C32

|

SERVO

MECHANISM

|

HAMP

UNIT

|

ASSY-S

|

(OWX1616)

5

(DXX2283)

|

(@SCH-2)

|

foes

cea

|

:

|

|!

|

==

|

|)

|

cN112!

0001096

‘

:

a

|

=

|

en104

vass_foa

|

7

—

a

A

eee

fate]

FE

r

=

wort]

|

CT]

vats,

26

/

4

PICKUP_ASSY

tH

xen]

|

(DXX2241)

Pel.

tre

ves

[3

‘|

(=

SCH

—

2)

a

AECL

21

'

|

xast

[49

_

aes

aan

B

i

al

=

oO

B

9

7

SUB

UNIT

MAIN

UNIT

bo

(DWX1615)

(DWX1614)

a

4

|

Ce

Sos

(1/2:

SCH

—

5)

!

I

2:9S

(2/2

:

=

SCH

—

6)

js

,

|

I

‘

Oe

ea

ee

|

T

le

pak

ee

aanie

ee

Ee

|

=

os

i

1

|

§-701P

—

I

|

6__|

SW.

De

gt

ae

ee

Fe

ee

BO

\

2

!

[

]

cm

|

]

i

le

-

|

1

|

OL

|

:

ee

1

CN102

ape

DKP3112

DRIVE

UNIT

See

ws

(DWX1552)

ztys

Ox

1

[@NoN

liar

ace

;

a

:

C

'

2

|

*

There

are

no

service

parts

|

:

|

on

the

DRIVE

unit.

C

S

i

Figen

cS

rca

C

rast

atest

S

|

oa

|

races

AN

|

&

oy

‘

CN301

(YELLOW)

|

eS

i

I>~w

(RED)

|

:

CN651

;

|

QBs

=

Ea

CN3031

PF

04PP-837

cCN106

VIG

ee

PRr

eee

i

dwcio

PARED)

B

=

\

255

ee

mm

1

GNDD

|

4]

|

GNoN

|

2

phe

ig

2

|

GNON

U

|

rd

ot

'

}-onoo}

2}

ase

|

DKP3141-A

CN608

S

—

Tecres

|

Loe

|

CLAMPER

<°

con]

(RED)

:

a

ae

!

CNTB

UNIT

i

ocnai14

(TP1)

(TP2)

|

eee

oS

2

fou

|

(TP204)

(TP203)

(YELLOW)

iy

a

-

ee

CN103 CN104

|

PEGSEP-BaRe”

«EL

CNEOT

CN701

—

CN702

CN610

CN611

CN1025

\ i

=

Bet

PP-B4a0

‘|

|

2tevarn—I

rat

Foren

7

3

|

w

m3

|

2_|GNno

a|

lo}

6

®

a

/

,

TOC

BOARD

ASSY

|!

A

iene

hesaet

tee

eats

_&

Hse

oe

alg

5138

:

é

a

ed

sen

a}

-lsbeje}ele]

=

cP

305)

[4

sls

Sled

-¢

~~

8h

Ele

err)

oy

a

CN1026

des

oe

eae

a

|

Pre

pel

ae

es

ee

Oe

ee

5

(EFM

ERROR)

(ATIP

ERROR)

al)!

&

a

CN1201]

|

CN1204

|

‘

aes

AM

SAS.

f

LOADING

_—

tar

D

Ka

|

SOLENOID

|

We

ee

MOTOR

4

{

|

z

tes

043)

=.

45

|

ASSY-S

Ieee

LA

|

[

5a.

0

|

(DXPI

|

(DXX2291)

1

5S°

1

|

eee!

he

Gsie

PeeRe

cele

hes

&.

22th

tans,

|

A!

|

cramp

|

D©,

|

So)

|

L

[fae

ae

J

$1003 $1004

MOTOR

|

mxoO

|

xm

|

Pte

|

Sm!

SF

|

BEB

|

(OWX1619)

| |

S08

1

wot!

|

~]

(=

SCH

—

5)

J

|

OVERALL

WIRING

DIAGRAM

to

aten

es

Sete

=

SCH-1

OVERALL

WIRING

DIAGRAM

~

SCH-1

“|

{

‘

[

=

|

4

|

5

6

7

NOTE

FOR

SCHEMATIC

DIAGRAMS

(Type

4A)

.

When

ordering

service

parts,

be

sure

to

refer

to

“PARTS

LIST

of

EXPLODED

VIEWS”

or

“PCB

PARTS

LIST”.

=

.

Since

these

are

basic

circuits,

some

parte

of

them

or

the

values

of

some

components

may

be

changed

for

improve-

ment.

e

RESISTORS:

Unit:

:kQ,

M:MQ,

or

Q

unless

otherwise

noted.

Rated

power:

1/4W,

1/6W,

1/8W,

1/10W

unless

otherwise

noted.

Tolerance:(F):+

1%,

(G):+2%,

(K):+

10%,

(M):+20%

or

+5%

unless

otherwise

noted.

>

CAPACITORS:

Unit

:

p:pF

or

uF

unless

otherwise

noted.

Ratings

:

capacitor

(

F)

/voltage

(V)

unless

otherwise

noted.

Rated

voltage

:

50V

except

for

electrolytic

capacitors.

.

COILS:

Unit

:

m:mH

or

WH

unless

otherwise

noted.

.

VOLTAGE

AND

CURRENT:

TI

o<+V:

DC

voltage

(V)

in

PLAY

mode

unless

otherwise

noted.

©mA

or

mA:

DC

current

In

PLAY

mode

unless

otherwise

noted.

Value

in(

=)

ls

DC

current

In

STOP

mode.

7.

OTHERS:

@@or@

:

Adjusting

point.

@

<@

=

:

Measurement

point.

@

The

A

mark

found

on

some

component

parts

Indicates

the

Im-

portance

of

the

safety

factor

of

the

parts.

Therefore,

when

replacing,

be

sure

to

use

parts

of

identical

designation.

8.

SCH

-

CON

THE

SCHEMATIC

DIAGRAM:

®@

SCH-

DL

indicates

the

drawing

number

of

the

schematic

diagram.

(SCH

stands

for

schematic

diagram.)

9.

SWITCHES

(Underline

indicates

switch

position):

OUT

OF

UNIT

$1005

:

CLAMP

MAIN

UNIT

$1001-

1:1DO

$1001-2:101

|SCSIID

$1001-3:1D2

$1001-4:MTCS

$1001-

5

:

BLKSZ(2048/512)

$1001-6:

PARITY

$1001-7

;

TERMINATOR

$1001-8:

TEST!

LOSB

UNIT

$1003

:

$1004:

Jeoanina

POSITION

SWITCH

EJSB

UNIT

$1002

:

OPEN/CLOSE(

4

)

POWER

ASSY

$W101

;

POWER

ON/OFF

NOTE

FOR

PCB

DIAGRAMS:

DW

-

$114X

1.

Part

numbers

in

PCB

diagrams

match

those

in

the

schematic

diagrams.

2.

A

comparison

between

the

main

parts

of

PCB

and

schematic

diagrams

is

shown

below.

Symbol

in

PCB

Diagrams

Symbol

in

Schematic

Part

Name

Transistor

with

resistor

Field

effect

transistor

3-termina!

regulator

Resistor

array

17

DW

-

$114X

|

2

|

3

3.2

HAMP

UNIT

AND

PICKUP

ASSY

A

PICKUP

ASSY

HAMP

UNIT

-|o

i

3

C251

ss

Ichi

‘cea62

C5985

5)

10

°)

rat

Pat

re)

Q

agsa

ISR

B

fe)

20410

cG6sfe

YEtA

3b

a

®

<SIA

sss)

|

13

$219

o

2

whe

eB

R7

gcpaiereis

11185

Oo

14

asin

a

fe)

2

5

o

2

°

C421

cf

19

°

i

+O

Bs

C423

3134

ce)

C42

at

6

2

”

a

5

VRi04

C

VR5

IC11

0S)!

eo

yoro

Etrol

C14

BsOIO

-—EOIOICHB

QitSoOrroliciig

ero

EOIol

O'O

BOO

Q1i6

SOrO

toto

EOOSO!I

—tOOSd!

(DONP1686-C)

@

This

is

a

multi-layer

PCB.

But

information

for

both

sides

is

shown.

D

_|

41

[

2

I

3

[

4

[

5

[

DW

-

$114X

161

RF

HAMP

UNIT

(OWX1616)

seer

aaa

oe,

NAPS,

0.5

uS/div

20mV/

div

"

R188

5

6K

és08

*At

the

XI

PLAY

come

Sgt,

“eeckase

a

rae

eeiLo,

eee

Rl.

|,

ene

4

‘

A

Le

aa

“g.2s

28

ater

ga

wT

3K

ta

IC11:

:

A

Beas

2

ie

-

BS

ayy

3K

R29.

RF

AMP

SCH

2!

ED,

é>=

>

R1

Daa

SK

At

a

ig

nat

Ske

es

__SuMPL-A

pea

rege

on

Be

t

ange

Pome

en

oo

(EP

SUMPL-R

oe

22P

R300)

I

epee

es

SIGNAL

ROUTE

ICl18::

vats

|

i

ae

=a

ee

bee

“le

Operon

=

©

RF

SIGNAL

LINE

MAIN

BEAM

I-V

IC14:

CONVERSION

AMP

chin

GNDA

VATS

HF

AMP

C4147

2P

VA-5

C252

10p

I

——

Pasay

RE

fit

ae

on

R214

6

2K

z

sae

i

£

Lat

oe

x

aww

+

1

c207

1k

A

a

et

——

yeT

oO

01

=

GNDA

+

al

(aes

BI

1

cae

i]

VAIS

VASS

GNDA

é

cH

c2n05

1¢2002

172)

Rene

CN112

t

te

roe

0.01

XRA4560F

0.01...

ae

_

_HE

Hi

EM$25-1

-—-

SS

Sa

Sr

eee

ee

Tal

N

{—

cai

ft

eS

=

fe

=A

~~

=

-163]/VA5L

C251

1p

R2h5

6:

2K

EHP?

°P

GNA

12002

(2/2)

ay

]

i.

ae

:

<6

—

@|enpa

-

ee

|

416

,2P

XRASSEOE.

ue

=

SSD

—163

|e

FM

tei

eatnu

De

Ee

ee

eee

a

oe

GNDA

12003

(272)

sal

GNDA

A. Jo

gSANOR

OP.

LL)

“eae

pacooaa,

Do

Wi

te

16

Z

=

. =

a

meine:

XRA4560F

__

ial

4QN+10

GNDA

—_

suyPL-b

io

oe

SSS

re

ae

ahaa

os

H@NVA-S

meek

sh

:

ae

i

24

pO

foes

é

6

162003

(172)

-—--4@)/GNDA

1

VASL

(tempY*-2

0

01

XRA4S60F

4

1k

GNDA

Bonnie

@102~Q106,

Q110

-2SA1461

x

*K

COEFFICIENT

8129,

R130)

@Vars

R120

R121

1

1256129"

C132

R129

R130

R1

R

N

—_

B

C283

10p

eon

Ostes

82

B82

10076R3

;

01

100 100

Seg

REN

LOPS

—+@V05v

3

pt

;

48)

KSPL

ae

@

js

VA-5

GNDA

(

3

GNDD

tole

ao

Se

=

e

aan

ee

vVO5SVv

4

A-

VAtS

GNDA

C134"

@

2

1C119

(2/2):

7

C135

10/16

eee

REC

1NH

FRONT

MONITOR

1-V

:

_

ar

oer

age

pene

eee

Meena,

Sexe

CONVERSION

AMP

eee

x

a

ca

3

lene

Pe

eee

ee

ere

Sees)

vep

91

5

221

R204

C131R124

™

Tex

KRS

SUB

UNIT

BICKUP

4

IC119(1/2)

:

SR

LSIR

EG

aS

&

o°01

180

oorreo}

|

2501462

iw:

ees

——

4

|.

ow

(2/2)

SUB

BEAM

I-V

g

I

*

REC

INH

CN113

|

ASSY

CONVERSION

AMP

5

ea

Ui ae

ce

a

@108

i

Ch

em

jOE2-F2

(SCH

—

4)

'

(DXX2241)

ee

x

|

at

Te

[2sarac2

me

F

—=

l@ler_F1

BY

9

ae.

TC7S0BF

Sh

ee

:

=

Dre

bad

begs|

[|v

—

t

Aes

R218

10K

GioF

+

BK

>

aK

GNDO

ioe

$49

HE

=e

2SA1462

GNDA

—

ae

-4Q)RE

—

\

VA+5,

=

=~

H3]-

D

\

=

1)

|-

1

rk,

as

ob

Mb

mk

wih

x

C2001

c

al

as

2g"

2.0"

——

10}

8

\

v8

8

xy a}

a

4

:

R138

é

z

A

9

|

2

EN

1

a

R205 C150

R125

{

=i

L

J

SENS

|

ee

|

ot

ON

210.

eae

33

3.6K

7,

ISENSY

(GNDA)

————

x

FDR

1

390

LASER

DIODE

DRIVE

6

coi

5

2)

Roe

Facets:

as

ves

os

OT

Hy

FRT

1¢2001

(4172)

162001

(272)

oe

Aste

@lror

C

a

ke

XRA4SS60F

-

Ber!

——@)ra1

C

i

SS

:

|

8

=

ae

8

i

7

.

—£1:F1

@Jspr

web

aterm

-

——Q]srt

Pj

Soe

a

oe

f

=

ae

LDPW

_

iS

Eoe.

See

ae

Coe

Tees

Ba

enes

eee

-

4

=

XSPL

:

a

SE

|

1c20___

-

+

we

ene

-~

~

----%LDON

i

at

Pre

es

TC7S

32F

VA+S

IC113:

EFM

\

REC.

POWER

BUFFER

AMP

VA45

0.5

uS/div

0.2V/

div

7

a

7

—_LVRM

"At

the

REC

POWER

ON

\

ane

i:

as

C216

—

i

Ro

Rea

ckvocot

i

“—]

vR104

%

G

2K

casel

ci

-

"Wve

\

eNO

ce

aw

‘Fg0.

01F

10716

a

Hl

—

ry

GNOA

\

E0141

O

PB.

Pw

1800P

>

‘F001

R90

Wess

cs

oS

ae

eames

Be

es

elt

A

a

fel

6,

2

7K

VRS

GNDA

GNDAY,

nea

os

me

Ca

1

NDA

o

vals,

IC19:

PB

POWER

AMP

VA-3

HAMP

UNIT,

HAMP.

UNIT,

SCH-2

PICKUP

ASSY

PICKUP

ASSY

SCH-2

20

|

;

|

;

|

;

|

°

|

;

[

21

DWw-s114x

|

2

|

3

|

,

|

‘

|

.

,

10628

—

1

GQ)

HF

SmS/dw

—0.1V/

div

20uS/dw

—O.2V/

div

@)

ret

REB

(SCH

—

4)

SUB

UNIT

(1/2)

(DWX1615)

©

DL705:

HE

R192.

00

eee

‘

a

EFM

4T

PULSE

A

DELAY

ae

7

DL704

:

EEN

oy

BULSE

peace

if

po

scr

“2

DELAY

100K

10616

(1/2)

:

Ll

s

GNDD

RF

TOP

HOLD

cei

VDSV

flaeae

IC616

(2/2)

:

cnool

30,

a1

Bains

JOP

SCH

—

4)

VAS

Lo

RF

BOTTOM

HOLD

OTF10B3

=

ceays

ats

(e

ee

tee

7D

\

ES

|p

RF

DET.

7

A

DE

DET.

°OK

407235

S52

SIGNAL

GENERATION

(=

SCH

—

4)

GNDA

BCODEB

1c616

(172)

a

25C2412K

Me

ZaBAL®

var

e

1c619072)

b"

+-{+-_S8°24g

BeBe

NIM2303M

Bie

Ba

BN>

10K

z

N@s

R681

R

i

gh

7.5K

2608

|

3

GNDA

;

a

oe

=q!

r

:

c6s1*

Zz

9

vost

i

Sakibiccoe

YE

CORMIR

B

8

007

(»

SCH|-4)

i

a

gis

|

hows

|

SCH

2)

&

60

EeM|

Tint

a

Eeeer

<4

TTT

~

10619

(272)

Le

250241

2k!

PEoP

53x

R741

NIM2903M

COB?

1C620

(2/2)

:

SS

|

[C616

(272)

2611

Tage

as

CD

MIRROR

SIGNAL

16707

(174)

pYO5V

MB?

38AF

P

Eaees

GENERATION

GNDD

re7ecaaar

4

—_—

1ee20

(72)

oan

let

VIDA

(3)

ie

(=

SCH

—

4)

eee

v+10

SER

m

of

——

SPINDLE

ORIVE

—

*°7?

3g

=

SCH

-

!

oP

<f

=

(=>

SCH

~

4)

4

LEVEL

SHIFT

ea

ce

5

ee

:

10626

(272)

am

ae

<r

Pea

a

1C625

(2/2)

:

ICB10

:

WBL

FILTER

NUM2904M

|e

56

[eeea2}

8

coe

MOL

AND

SPINDLE.

STOP

Sw

pTCT24ek

Xp

IC707

(2/4)

>

JYO5V

e706

373)

et

GNDAy

_

sib

GENERATION

R725

ROT

V10A

TCTAHCOBAF

ian

:

cere

SroR>

8.

2k:

age

(c625k272)

(=

SCH

-

4)

y

¥

-bce09

Terancaorsar

Sore

es

10622

9

08

eo

ey

®

Q631

2x

iF

;

7

NUM311M

Te,

7

GNOA

Shy

ih

GNDA

OTC124EK

i

Se

1C623

Wes

Poe

an

9

GNDD

——

GND

ae

TO

asa)

NJV3

11M

¥

ae

4

7

v

1626

(172)

V10A

(SCH

—

4)

:

(C623

-

co79*

1c624

(272)

R745%,

“(=

SCH

—

4)

sPocn

-

Sager

“RF

il

ae

ot

a

lee

(Weer

R930

C702

:

1707

(1/4),

‘

BAL

Polo

ciaiai

—

1S

we32

STRATEGY

—

IC706.(1/3-

3/3)

:

(for

OPC)”

GNDA

‘NON

CONNECTION

(SCH

—

4)

|

OTe

248K

C

EVERY

MDC

EVER

:

C

fo,

7

~~

7

(=

SCH

—

4)

ia

MIX

E

YY

é

~

Breen,

ee

___

10622:

RF_TOP

HOLD

(for

OPC)

7

-

AF

ag

\

pat

Sop

pete

3

47

/6R3

dks

cess

u

IC629

(2/2)

:

GNDD

WBLB

WBL

COMPARATOR

GNDA

R760

ceae

R774

_

2

24K

|

SAL

(C628

(172)

Wire

©

(=

SCH

~

4)

iz

aera

ss

XRA4560F

0

fc630

(172)

XRA4

56

OF

SRAASCOF

nla

Bee

i

oe

VA-5

yale

Fes

BR

;

ah

lee

:

13%

=

j

1€629

(272)

RAGS

EOF

GNDA

R775

ARAI

SBOE

GNDA

we

(>

SCH

—

4)

-—

a

-

WAS

1

case

eas

x?

a

(C630

:

nye

am

-—-

ar

;

FOURTH

SPEED

WBL

»

baat

Pa)

XJ

|

us

BANDPASS

FILTER

NUM290

3M

1.

a

1c6?7

(1/2)

sede

XRA4SC.UF

Roe

|225°

10747

072)

IC717

(1/2)

:

NDA

Aker

tf

Ba

XRA4S6DF

DOUBLE

SPEED

_WBL

v

BANDPASS

FILTER

GNDA

1C628

:

gee

as

D

NORMAL

SPEED

wal

*°*

Tee

38

30K

BANDPASS

FILTER

[

mG:

047

‘

1c717

(272)

XRA4S60F

x

2

GNDA

SUB

UNIT

SUB

UNIT

SCH-3

|:

(1/2)

J

| |

3!

pw-$114x

HAMP

UNIT

CN

112

SUB

UNIT

A

fe

2s

OO

3

ie

z

i

ou

a

Ee

x

In

2

BB

aes

a

~

ra)

od

o

4

=

22s

srl

=

wa

=

Seca

2

z

BZ

——e

ze

=

at

BS

Oa

18?

e172”

és

oH4ro

C16e@2

2313

e

<<

8000

8D

cc

FBR

tle

‘

MAIN

5

asepeD

|S,

;

nT

Q

8

4

UNIT

[=

cooo

s

&.

:atiee

1223

CN603

Ea

1

accra

4,

i

o

ene

CIES

gue

1

Cee)

|

fo)

UNI

:

1

545109

10

4

3

CN602

peg

®

Lies

’

rid

ote

°

ns

5

‘Tr

O-fhO

+

BE

B

me

920i

FBG

oO}

B

g

S

8QiR

soi

gf

87

ci6s

pad

Qo

71)

a2

ie}

°

re

°

z

5

of

r

3133

gs

4

=

3

”

8

—

Bs;

ons

zg

MAIN

a7

=

zac

z

proe

8

UNIT

2

a3}

“reromie7@

"

CN651

ep

Use

£28

Bo

pe

eal?

a

TC1104

£

5

coos

3S

od

DRIVE

ee

=

R165,

A146

i)

sed

UNIT

C

SOLENOID

~_

258"

3

B

R162

A144

Cc

POWER

=

238

seese

|

ENS?

ASSY

owls

2s

*S

-

CN201

VR

1

VR

2

VR4

VR3

VR6

VR101

Q203

arol

Std)

sro

IC706

YOY!

OS3d!

Q212

=

rsra1.

C117

IciS

fora

IC

123

IC35t

atadi

1122

e1adi-Tradl

|HSadi

Q2ii

—an

Orrol

E0TII

IC

116S0TS1IC

109

Q632

tEa0

O&30

C1202

IC1203

iC

WO41Ssyol

IC

711

vrvol

8S989I

SOSO

YSadI

tOSO

SIdaO

ttaeO-€0AO

SSadi

ESBII eSddI

Ost

9!

a$ad!

OOS!

§=tEBd!

«=

OES

TI

Bta

D100SO

€$9d!

SOD

sors!

CNTB

UNIT

gh

NE

CNT

a

aver

z

DWx1618-A

O]~

FG

D

,

[REFLECTOR

O

aaa

ae

D

:

Pay

Ni

FG

BOARD

ood

2

&

[O}-

ocros

ASSY

T

ef!

38

a

TOC

BOARD

ASSY

(DNP1I686-C)

®@

This

is

a

multi-layer

PCB.

But

information

for

both

sides

is

shown.

xarre-wa

|®

|

=

|

L

TIMU

IMAH

Sthno

O

alae

184

a

Ice

/

a

&

x

Eo

SOo0C6SOSESESSS

1

fd:

=

|

Z

ries

0

4

~

a2

ooo0oo

0

C0o0og

oooc

fed

a

To

B

-

oO

aang

o

Oa

me

x

Se

+

R7gR5B

1

pe

Em

zaso

usSpeme

Meet

a

2 =

asga

23

OW

ae

7

BE

Bon

hee

a

€

7G

mses

own

Sn

of

nn

B

BA

©

-

Oo,

Sr

wD

x

ae)

ae

v

cig

a

sue

gk

ro

ne

a

co

ssn

BS

=

wer

gh

rea

itass

Bp

g,

BBP

Cie

3

DRC

11so

SssA

ae

Re?

hy

u

=

7

2

Reee

<x

«x

©

Z

2"

xc18

a8

seen

3

aa

BES

zag

a

—

S=

Pa

2

7

B55

4%

*

Fan

—,

Bo

§

a

tot

ii

ae

2

88

Perot

“219

a

.

B8I2

O4bo

_

7

m

esta

=

i

2

VUIAM

a

8

2

OOF

miss

°

:

ze

a

oO

.

=

n

is

EQaNd

s

é

q

=

6A

BED

a

gop

wes)

aot

%

B

:

xeon

ga

a

we

Fae

seiAs1

=f

D000

0=C”

es

B

2-0

~

2

Fi

Zomo

9S

gis*

t

zara

|O

9

Bf

R593

g

=

4.

*

tp

Pooooo

ooo

TO

a

oo

ule

Fae

ca

7

S

at

.

T

*

-

3

S58A

20

&

NAA

5

Bi

3h

5;

ons

o°

is

8

;

ROSE

CBO?

gg

rr

SHY

epee

oo]

F

soavo

2

3

onto

*1ae19

a

4

i

Ra34

3

ness

:

=

R105

R106

i

ee

gm

a2

,

IC623

T8622

aeag

NS

2819

SOMBi2Togegs

2D

3|O

0

OCH?

9

Piss

cE?

&

5

ay

Bt

ee

“Allo

o]

2

m9

3

i

:

t_|

t

|

:

28

na

Fd,

nize

«|

Of

523-0

a

3

:

3

O*

1190

RES!

S

2

—

loo

zz

2

©

aa

a

ot

y

¢

g

0612

35

=

us

glo_9]

220

oor

ao

8224

BS

a7s78

Bz

=

ace

-

6

3

Hes

is]

a4

x

=

iceea

7

ee

oni

Boo

na

w

g

d

18898

gna

tap

ee.

le.

=

3

z

YT.

a_|8R

8

3

Bog

g

°

|

le

=

2

o6os

2

=

A

“ota

>

8

eo

&

aw

7

~

at,

D

ol

|

8

m

-

ogne

®

fat

@

RECS

of

3

@

=

2

7

ot|

3

ig529

€cya

605

ae

may

Sg

S

xanet

enna,

sano

+

=

M4

Q

608

z

ce

Bo

2e%s0

Re

Jo.

Beye

-

68

S

a

O|

I

.06ve

f

|

ae)

8

“53

QsE

g 2

—

CINE

>

x

a

*

ore

ees)

econ

te

VIAM

|

SAMPL

px

asos™

ger”

22

3s

ey

TChe8

|

~

©8??

:

aan

~

g

gaz

Ee

>

TIMU

Aswearacs

209

BRIN

Bras

ants

253¢

an

;

eles

t@and

27

Bch

S

otto

;

.

sois

‘2

2

Opincian

O4FO

1-98

=

f

wr

PO

ts)

ge

BS

=

B

prs

(ec

RSIA

‘a

0:

z

20

O.,.

ee?

z

——

a

year

ais

=

9SBA

£

LGrrx

asst

g

2

-

te

—I1625

Ba

&

sia

a

ea

oO

o

ames

wo

Oe

ae

oa

aye

ToL)

Se.

a,

st

Li

ae

3 4

:

=

Ice18

Sc

2

2,”

nti

vere

tesa?

og

$

a6:

197

a7g2

8

3

:

aving

kw

ig

g

eh

Fee

i

:

.

-

a

¥

°

TIMU

ee

ann. earn

wie

ile

\g

9

cNON

|

MaIA

SIA

®

3

Fd

a)

gions

joe

9

a

uv

gC

Ox

5

7

cd

2

ei

J

fie

AIWOF

Yeea

tOSuUD

AsV

SAV

TAV

rOrAav

:

aAV

CAV

srso

1C620

IC707

BOO

ICt7

IC12

ICi6

EOSO

——

trso

Ic624

IC6I7-IC6I9

SStI!

ice1eraEd!

ESO!

cir

Sr

THD

ic

tat

—

reyol

ic721

HOt

DI

EOStOl

SOSto!

Q630

Q631

SEBO

COrIIIC7O20tt

J!

iC7O3

1C110

IC

720

1C629

IC623

IC622

Q605-Q611

Q6i2

Q201

(C627

Q202

IC628

IC

717

1c108

@602

IC625

Q200

IC

618

IC

630

IC631

IC1i00

IC626

Be

588

7

giarwa

aad

\

aa

fo

*

s

OTOHA

d

O

ea

A-IctSxvg

3

&

!

O

floToaJa3A

fe)

2oag0t

-[0

:

2

oO

GAAOS

0A

©

ap

Be

Nae

T

YeeA

PBS

QAAOS

DOT

(9-a8atqud)

Yeead

@

This

diagram

is

viewed

from

the

foil

side.

@

This

is

a

multi-layer

PCB.

But

information

for

both

sides

is

shown.

=

1

|

2

1

3

3.4

SUB

UNIT

(2/2),

CNTB

UNIT,

TOC

AND

FG

BOARD

ASSEMBLIES

I

DW

-

$114X

SUB

UNIT

(2/2)

(DWX1615)

Q211,

Q212,

RY201

:

LASER

DRIVE

VOLTAGE

SW

VAtS

VASL

A

RY201

OSR1017

F201

DTH1122

128385

GNDA

2

EFiA

Q212

eecea

lek

7

GNDA

f

4

‘

L

VA-5

VAtS

Q211

OTA124EK

SIGNAL

ROUTE

m

:

RF

SIGNAL

LINE

R222

47k

oO

ls

|

pio

HAMP_

UNIT

CN112

(=

SCH

-

2)

IC12,

1C121:

WBL

AMP

VA+S

VA+tS

IC15:

WBL

AMP

R162

10K

VAtS

R200

Fi

—_*-

UPC812G2

Bape

wens

Ip

pn

IC116

(1/2)

:

TRKG

COIL

DRIVE

TOC

BOARD

ASSY

FG

BOARD

ASSY

ADO

SS)

SO

Se

7

PHOTO

(TERRE

TER

ui

HOT

REFLECTOR

|

GNOM

10116

(272)

1C116

(2/2)

:

LAGS17

(

GPIASTHR

1

NJ

5801K-F1

Ss

FOCUS

COIL

DRIVE

2

ciss

|.

?

0

047

h:)

R153

10

WES

ey

ge

vo10g

VF

GNOM

1c109

IC109(1/2)

:

Ass

toAK

SLIDER

COIL

DRIVE

DK

P2962

jO

CN302

It

4

1

58

PH

K-Y

B3B-PH-K-S

14.

4,

4

-PH-K-

Rese

Ge),

eens

IW@@}

>=

4

7

+

cB

C172

001

i

|

(=

SCH

—

1€116

(172)

LA6517

IC1

C117

(172)

UPCBI2G2

MAIN

BEAM

TRKG

ERROR

AMP

WBLB

SOmV

/div

At

the

X1

PLAY

(CD-R

disc

recorded)

EMP.

COEFFICIENT

R226)

R226

DOCN1026

MSTE=

{

(A+D)

—

(B+C)

}

—10

((E2+F2)

—(E1+F

1)

}

MTE=

(A+D)

-

(B+C)

STE=(E2+F2)

—

(E1+F

1)

(=

SCH

—

3)!

|

WBLB

|

BS6P-SHF-1AA

(B+C)

—

(A+D)

so.

PREK~

R

(RED)

GNDN

GNON

(=

SCH

—

3)

EFM

$2299-0200

CN106

FE

(A4C}

~

(8

+0)

HF

AT8+C

+D

RF

A+B4C+D0.

'

YF

0

01

VA-5

ye

il

VR6

10K

GNDA

@FE

OFS

VALS

iA

1C117

(272)

UPCB12G2

C162

c1sa

o71

1€109

(272)

TAB410AK

3)

C168

oo1

COIL

AMP

ve

10

a

IC117

(2/2)

:

SPEED

SENSOR

(=

SCH

-

a

(1/2)

CN602

(—

oe

-

3)

1C18

(1/2)

:

AMP

TRKG

ERROR

~~~

(SUB1-

SUB?)

R27

Wed

10K

R28

_J|

10K

IC18(2/2)

:

SUB

BEAM

TRKG

ERROR

AMP.

\

}

I

}

1

}

I

!

CNTB

UNIT

(DWX1618)

SPINDLE

MOTOR

DRIVE

UNIT

(DWX1552)

(DXM1071)

SUB

UNIT

(2/2),

CNTB

UNIT,

TOC

BOARD

ASSY,

FG

BOARD

ASSY

~

|

1

|

2

v+10

.

1C108

(1/2)

:

aie

a

ELEMENT

DRIVE

|

S8B-zR

5

1

CN102

(=

SCH

—

3)

pete

Ais

SPINDLE

HOLE

INVERTER

AMP

v+10

RF

a

\C711,

1€1104

:

EFM

COMPARATOR

R144

c36

4700P

Se

SPDCN

GNDON

GNDA

1€108

(272)

XRA4S60F

1¢108

(172)

XRA4S60F

(=

SCH

—

3)

GNDA

rr

vel?

c711

oe

1¢711

(276)

1c71

CT4HCUD4SAF

TCT4HCUOSAF

TC74

3.3K

vD5SV

1

(3/6)

HCUO4AF

EM]

TC

74HCUG4AE

R178

470K

EFMI

0.5

pS/div

0.2Vi

div

«At

the

XI

PLAY

0.

5Y¥p-p

1€1104

(172)

R179

XRA4560F

470K

0201

1$$355

7

101104

(272)

XRA4560F

VA-S

CNII1

S?2B-PH-K-S

vii10

Ax

R209

(1

/2W)F

2.7

D200

2

>

ERAB3-

006

Q200-

Q202

:

SOLENOID

DRIVE

VD5V

a200

i

2SA1037K

R206

a

Q@201

OTC124EK

GNON

VATS

~<a

,

22299-0200

CN10?

ToCS

MAIN

UNIT

(1/2)

CN603

1

FG

(=

SCH

-

5)

S9B

PH

KS

1€1203

v2.0)

oe ee

Ms:

Ic

NIM79L

UMA

VA-3

=

IN

CNT

22

VAAS

GNDD

vD+5

c231~

10/16

4

410V

-10V

GNOSN

ee

oe

Vy

SOLENOID

CAUTION

FOR

CONTINUEO

PROTECTION

AGAINST

RISK

OF

FIRE.

REPLACE

ONLY

WITH

SAME

TYPE

NO

ICP-N20.

MFD

BY

ROHM

CO.

LTO.

FOR

1€1202

CAUTION

CNTB

UNIT,

TOC

BOARD

ASSY,

FOR

CONTINUED

PROTECTION

AGAINST

RISK

OF

FIRE.

REPLACE

ONLY

WITH

SAME

TYPE

NO

ICP-N15.

MFO

BY

ROHM

CO.

LTO.

FOR

1C1203.

SUB

UNIT

(2/2),

FG

BOARD

ASSY

v-10

|

MAIN

UNIT

(1/2)

CN651

(=6SCH

-

5)

TE

4

{(B+C)-

(A+0)

}

—

(SU81-SUB2)

MAIN

UNIT

(=

SCH

-

5)

POWER

ASSY

27

r

[SCH

5

|

SIGNAL

ROUTE

me

>

EFM

SIGNAL

LINE

D

3

4

5

6

7

8

DW

-

S114X

3.5

MAIN

(1/2)

AND

LDSB

UNITS

PLLON

0.1mS/div

50mV/

div

+

At

the

X1

PLAY

50nVp-p

Bs

2

MAIN

UNIT

(1/2)

(DWX1614)

¢

pal

6)

ve

2

a

R1230

£1001

vD+S

Ops"

100.

OTHII72

v04S

IC

SOCKET

GGC1079

¥¥

ue

RF

FP

«x7

x

7

C7}

a

(C160

0444

230)

C76t

ea

caae

?

—SHF-1AA

F

GNDD

x602

-

=

A

B7P-SHF~1

3706p

SF

0

01

45

1584Mitr

i

a)

co34

cNeO1

SERVO

CONTROL

IC

pendkn),

R613

-_RG14

10K

_

lypck

0

01

53229-0200

(re2ory

VA-5

TRKIN

eats

WAR

-

¢—4nA

aoe

:

se,

--

typ

iu

as

F

on

Qn

gees

Ol

==

oe

ee

dle

DSS106D

,

CN6Q2

-

=

aie

=

-

or

x602

ceéo.

raf

GNDD

bet

+

vo+s

1

+o

0

Ot

ag

IC606.

SRAM

bf

al»

GNOD

L603

DTL1012

boy

4

S12

L

dro

uy

|

4

Re

val

>

F103

x

Fe

2)

ge

ban

C617

Sart,

A,

a

=

Ee

Cietre

x|

x}

xq

X|

xt

<] ql

qaqgaagoa

220

sop

/®

HE

2

mp]

888

4

eee

hes

at

eziies

wt!

14

19

vt,

KV1420

C627

a

RRRRK

o>

0

"

=

T

XOUT

sf

EE

dlls)

FTE

sNoo

D611

47/6R3

fo

£

prrrikit

eertich

-

BEY

cose

(276)

>,

m

-«

O

a

-

GNDA

ole

2.2K

GNDD

=

zx

oO

Oe

oer

eee

Ob

oh

OOOO

ee

ONZY

GND}y

Bz

TC

74

AC

O4F

py

bas

lon

hen

be

ba

bao

|

vu

VO

e

Be

ST

SS

OO

OSS

g¥o

D

a

|

URCKB

ui

@

P

R615

=

_

EFMIN

X

fol

paps

nah

dandnn

naar

anna

arg?

ALRKIN

>be

e

COOhE

Dr >>

b>

EER

Oe

Be

le,

4770R

1

er

——

TRRge

EFMASY

ut

Sa

$38

xo

X

LRCK

BE

Aven

RB5S

220

A

Pe

b

o

wv)

i

St

DCON

S

ameveqe

--—-

100k

REALWR

2

weKk

Bary

$b

Rok

10606

D

TRKEON

3300P

va

®

aan

4

0,033

6

-

vr

0.01

EFMOUT

C2FckR

Cobte

aH

LH51

16NA-

10

>

GNDA

33

FOKYS

°

cbt

|

a.

oe

EFMRISE

BCK

hy

a

5

“C852

1C605

z

FCSCON

1C601

Fa

;

vi

mi

EFM3T

BCKF

NDI

4

7p

DYW1432

-

SUB

UNIT

(BD-AC)

EFM

oe

3

EFMaT

DCKIN

100

Cr

GNOD

VODDOUAYrES

Rios

mere

R634]

CRE

eT

eS

Sy

ci

ip

anid

A

DE

FMOUT

C2F

pe

we

ae

Nm

gm

m

VA+

DFCT

T

=

ara:

(=

SCH

-

4)

|

cormir

|

[

c@06"

{SERVO

CONTROL)

RG33

200KR620

ies

z

ener

ae

ee

EMO

a

eT

XRFDT

OGND

|B

a

*

VAtS

EVFEN

.

DINOE.

—.

QIND

4

“

J~)

6

lle

CDMIR

-

8

i

TESTO

1C602

oREQg,

———_—_DREG

p>

AD

eres

°

6

a

TESTI

DAOUT

f

4<-Q9

Ox

XRA4S60F

774

rf

(=

SCH-

6)

OSreeh

aa

8

ro

1C611

(172)

ud

@-

“8

A

TEST2

PDSOO4B

DAIN&——

a

F

a

fs

EFM3

PAGE

TBR

GL:

WL:

Papa)

P20

FSC

ae

NS

Soe

Y3

Ra24

oes

al

EPDO

DPDO

SO

aN

wy

OG

o

Nr

rs

OTE

STMO

DHAL

F

fy

A

7

=

1S

Bee

ofp

c743|T

3%

375]

ela

B

i

p<

0

eat

al

TESTM1

DVCQOUT

ai,

ees

a

ae

»

REE

P

°

»

0

01

on

Cal

means

ic602

Bucetdl

ros

Fane

GNOD

p

5

®

"We

8

ey

TESTM2

EFM

ENCODER,

DECODER,

js

amas

Pe

-

ae

_

SESHS

SS!

IC605

:

nese

EFMO

u

a:

Paes

SPINDLE

SERVO

AND

ATIP

DECODER

ae

x

=

PROGRAM

ROM

3

—

lo

TESTRO

2

N

D+5

is

bie

ee

Se

eb

OS

XSMPL

aa

-

GNDAJ

we

k,

A

be

Ll

teste

B&B

kn

|

$

(from

HEAD)

U

golo

n

Ps

MON

|

SI

Mon

F

1005

e

I*

soKa

xB

Ww

beh

Ta

[20

fm

Po

Fo

24]

4

vo

|

YF

=

bok

OTF

1069

u

iad

oO

1D

JE

|D[O|H

1H]

OH

XLDON

R7B3

Ver

Sg

VA-5

-

ee

x

bk3Z9z2

vuzzZz

tx

pbb

pbbbp

OLS

IFS

lola

10K

+

On

mop

ae

oO

2255289

F1002

eas

Ce

b&

Bd

|

puna

ei

10076R3

D

z

>ZO-

aoa>>

>

wxn=

oO

DTH1122

>

Rw

Dp

pljpp

VAtIO°

Ce12°%

a)

Lzraryess--—HnHnanndQgooreu

G

rg

XO

10709

(172)

1

GAA

Eee

SOLE

OSs

bb

or

aKa

‘

IGNOA

GNDA

XRA4S5S60F

3

rena

ae-a

ae

anaes

vu

unnwn

voanananna

Ce31

AD

RQ

Ss

e

s

25

Bg

Se:

so

BRS

SSPE

RERE

EEREBER

ci

dl

ere

NP

VPp

@)

on

ene)

i> [>

D

1€709

(2/72)

Q603

oof

N

ri

|

ae

+

|»

ko

0

bh

iN

2

>|

xRA45S60F

OTAt

24EK

Va

aS

1eees

tree)

a

es

=]

4

(C634

GNOD

GNDD

GNDA

o

ae

es

A

1€611

(272)

TC7S32F

es

-

+.

Sa-e

.,.

i

TAOL

af

XRA4560F

Gnpp

!C609

Pp

ee

+5.

-

MIRROR

SIGNAL

.

VAIS

2

z

oe

XQ

PBPLL

=

SWITCH

i

7

fe

PLLCN

XX

RECPLL

HC

=)

Ine

|

bb

jo

Fl

bade

be

baste

ie

we

eed

(TP203)1@)

A

key

ky

By

OS

-

hhh

h

=

52084-0610

W—--—-

usserPPesgun

3

—o1_.-

’

ACK

_

vEXRL

HOS?

Q

eae

}

nyo

=

<a|z

g

iG

REET

a

4

-

Bee

-

JWRREQ

DI

¢

x

‘I

-.-22

7

ela

aoa

:

ee

:

~

10615

{rorco

&

Roe

On

pve

See

EFM.

SPINDLE

if

g

pps

4

|

4

5)

j-4.—

—

ea

|

la

0.015

CONTROL

AMP

I

_

82

in

pe

|“

Tocs

|

4

B47

5)

(41

62

ce45*

a

Ok

a

7

"

DF

5

RET

-3

com

(091

4776R3

&

fo

3

N

Fi

p2F

1H

dl

aoieetase

aay

4

J

|

PLLCN

10615

(172)

ra

IC603

3

mt

C

GNDA

a

RECPLL

XRA4560F

PEO

EFMEN

-

a

RFB

5

46

0)

(3

0)

3

fle

°

2

.

3,

GGC1

O77

Ih

_

po

(NH

TEGO}

BTGO

i

AD

|

PBPLL

ny

Pat

7

(1P204)

LOPWB

fas

my

Pe2

=

CN701

VEE

tee1

[12

OTG1

i

:

8)

ons

(UPD78355GC

TEA)

N

[S2084~0510

CDOWN

GND

TEG2}2_

BF

=

o

syhar—

-10K

Pea

XRFOT

RST

‘

ob

Ni

1C615

(272)

ea

Sates

¥

&

A456

0F

+

:

a

:

ge

SENS

SIGNAL

PLL

—

ae

oo

\

oo

604

2x

aan

Kd

isan

pred

GNDA

«|

SW

sw

or

289

TC124EK

PBE

IC603

exes

+

|

GNDA

2a

3

pee

&

MECHA.

CONTROL

4

su

Pa7

:

SUB

UNIT]

8CODEB

pe

acoreeeria

1€613(172)|

“GNOA

ro

cNpa

AVSS

MICROCOMPUTER

(2/2)

EDR

GNDA

XRFDT

=<

wet

|(Oy

°~

—_

:

Ze

H

avop

CN107

-—-———--

—

|

ms

7

.st

N

(SCH-4)]

Fa

|@HES--

8

oy

TE!

TRACKING

AUTO

Ossi

TRACK!

bee

10216838

eee

GAIN

CONTROL

——

ae

een

ee

eo

a

ee

eS

_

0852021

GFP

won

163)

Be

VVVUMMMZZVVVVVVVVY

CH.

op

eOr

a)

~~

A

NBDNAOOWWWVUWBKWWHD

ae,

oo

-

_--

REEBEUERPE

PEPE

RED

C639

32MH7

vas

It

- -

U

:

cH

GNDA

oe

Sees

ER

a

1o6

GNOA

Sy,

ws

(=

SCH

-

6)

cnoo

vats

|p

—

faa

wx

EFMI

*

DB

os

R819

|

r

ana

GNOD C732

ie

or

""

R309

ve

cove

GNDD

er

47076R3

aie

e

Po

BE

10

ae

=

D

100K

x2

16613

(272

D

vors

|r

—

Lc7em

YO*°

Seaancor

DTA124€K

|

;

rr

oO

eats

ee

D7

GNOD

|

Te

01

mre

C733

%

RB7S

r¢

‘

a

xMTL

EO

1000/6R3p-—JvF

7

Win

Hs

ie

pT

sw

s

+

on

ZN

ae

:

SP

aca

=f

a

cea?

’

beka

wee

4

.

D

O_

Vv

+

a)

D

aye

¢

ee

ge

|

388

R764

4.7K

VAtS

(C637

(1/2),

C614:

nvr,

iS

ene

oe

-

a

PLL

PHASE

DIFFERENCE

i

ees

"4

INPUT

LPF

10613

(2/2)

:

e627}

x

i

is

TRACKING

XRA4560F

R733

R732

VA-5S

a

m

LOW

PASS.

BOOST

120K

4

oe

GNDA

va-ay

“—

Te

77ORS

R742

aed

R644

10K

EPDD

R731

2

2750

+4

cpp!

oo).

284

ARS

ee

a

as

eee

C692"

on

2

t

XRA4560F

mtg

O

WOBBLE

SPINDLE

0605

‘

40

XRA4560F

o

.

R730

4

Ql__}

1€614

(172)

of'’

TRKER

| :

R824

1C621

(272)

=

[C637

(172)

ak

u

1mS/div

SOmV/div

SERVO

GAIN

SW.

‘o4

E04,

as6

NRAASEGE

4M

|

pe

4

VA45

"At

the

X1

PLAY

(Tracking

cae

F

-

8

———-—

_

GNDA

200Vp-p

By

feted

‘

3%

Ds

cB17

R761

q

las;

|

T

+—_—

ry

3

R676

{C621

:

POCE

5

pz

vel

My

ea

eee

__D

EPOU

TRACKING

ERROR

_|

2)

poe?

1C604

z

—0

O70)

:

1

"On

LEVEL

DET

|

reste

D1

XRAG560

oe,

oe

t——,

GNDA

:

fey

74

og

10614

(272)

yee

:

TEST

PDJICOBA

ele

ya

$+—_—_

+74

TESTO

t

—

7"

$0

At4

GNDA

TESTA

+

fe

VA-5

—GNDA

f

74

TEST2

1C604

.

ATIP

DECODER

zo}

}

ars}.

--

TESTS

GND

|¢©

[C637

(2/72)

we

78

vec

x

Ai2

|.

XRA4560F

[818

h

4_79

a.

oe

0

ow

|e]

AZ

»

ieee

a

nos

Px

x

«

<

$°

ye

CN607

|

nad

Bun8

ms

mass

et

faz}

0.01

B3B-PH-K-S

R912

eS UE

©.

’

JF

OPEN

GNOD

yy

=O

PPP

eqai2q2324

GNDDA

Hopi:

GQ

aa

Seas

ie

Se

[boo

caters

Mer

VA-5

“hea

oia

=

GND:

Cy—-——

D

i

2

i

|

E

a

01

ig

FoLOse

VA+5

E

+

FCLOSE

)

=

Sp

RESETS

ST

7

—

R721

C741

[

af

V+4

OVD45

100K

10.1

7hc1210

é

Lhe

heh

0.01

Eb

GNDOD

VE

VATS

1D

1O

of

RI

R120

1C636

-

7

R

SER

OR

a

ras

Shi

WBL

SPINDLE

AMP

vats

3.01

XRAaSEOr

mt

oy

SPEED

SWITCH

AL

see:

-

ee

Feet

R1

209

GNDD

2

our

—

|

ee

200K

10632

(272)]

gag

v4

~

2

———

LIN

R611

330K

4]

!

CDOWN

re

wee

__.

R1210

ZA

<RAASEOF

cares

t

_

$1003

GNDD

(SCH

—

1)

200K

ax)

RB00

N

Jo

PSH1005

y

a

panene

hoe

CN1 202

L

47K

ae

babe

‘F001

101201

(272)

pEici206G

R121

1

Vec

Le

oop

—-LouT____

FOPEN

YF

TA7256P

Fig

01%

390K

7

1

RS

®

-

B3B-PH-K-R

YF

a

%

[*S

REFV

CN608

aie

Td

CDOWN

GNDD

GNOD

”

vD+5

ry

TAOI

A

FCLOSE

S004

$1005

ae

-

GNDD

3

|

vats

Aicessav2y

.

c720

4

PSH1005

rf

ae

T

28

XRA4S6UF

=e

CLAMPER

rhic1213

7

ney

on

a

'

sw

nit

o1

Pa

cuP

rn

4%

0722

=

Ye"

ou

=.

YE

R1201]|

R1202

rv

oo

At

ol

‘

aes

s

10K

i

10K

_

oT

ava”

10632.

10633,

1C635

.

_

Oo

H

LDOSB

UNIT

0.01

CN611

R1203

Cee

‘

:

ire

ends

a

WBL

SPINDLE

CONTROL

AMP

(DWX1619)

:

GNDD

YF

B2B-EH-Y

4

AS:

A

ae?

ae

Meares

=

+--+

-

so

5

etre

v-10

SP

atiae

CMTR

epok

CPON

eee

YEG

(2x)

12K

CN6S1

GNDD

—-GNOD

ASSY-S

R408

ya

0.01

z

1C633

(2/2)

_

GND

XRA4560F

82B-PH-K-R

(SCH

—1)

200K

SUB

UNIT

e205

61201

2)

eo

7

F

(2/2)

¥etg

0.01

TA7256

i

R1205

GNDA

CN110

|

ono

-01%

390K

(+

SCH

-

4)

YE

a

GNOD

ow

t

C750

YF

GNDD

GNOD

<N

:

GNDD

oR

v-10

Op

GNDD

1€635

(172)

MAIN

UNIT

(1/2),

ae

YEA

mee

C751

as

1C635

(272)

SCH-5

LDSB

UNIT

0

01

XRA4560F

GNDA

FVAS

4

2 3

4

5

6

7

8

IC607.

DATA

ICT1O

BUS

AND

ADDRESS

BUS

DIVIDER

VOtS

(C638

(3/6)

&

GNDD

Vb+5

Q672?

DTAI24EK

TC

T4AAC

OE

creo

a

O

01

YF

9264

»

MAIN

UNIT

(1/2),

LDSB

UNIT

AMR

G7

SCH-5

Pioneer DW-S114X User manual

Popular CD/CDR Drive manuals by other brands