JVC TD-W717TN, TD-W718BK Service Manual

JVC

TD-W

W

TD

-

717

718

TNC

BKA

/

J

/B/

/

/U/

E/EN

UT

G

SERVICE

:

:*:*:*:*:*:*:*:*::*:*::*x

>>

*

«««

•

•»•••••••

*

•

•

•

•

••

•

•

•

a a a a i a a a a a a a a t a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a i i i a i a i i i i a a a a a a a a a a a a a a a a i i

•

•

•

••••

»

«

< <

a a

*

a a a a a a a a a a a a a a a

«

«

•

•

a«a a a«a a a a a a

•

••

a a a a a a a a a a a a a a a a a

*a* *

• •%•

•(••(•••••••••••

» »

• •

•

TD-W
TD-W

JVC

o

o

/

3

<

)

COUPU

J

LAWtWF

•

oO

RUE

AUTO

AMORPHOUS

/

HEAD

CALIBRATION

REVERSE

HWfCWTI

l

I1ill

*

O

PAUM

)

£

REGPLAYBACX

POWER

aviTAMtxy

/

cowrew

A

a

0-0

MU

.C.

^

fHO

l

•

^

^

*

•••»•••

a a a*a a a a

«

*»*a*

» «a» »*« « »a«*« «

•»••••

a a a a a a a a a a a a a a a a a a a a a a a a a a a a

a a a a a a a a a a a a a a a a a a a a a a a a a a

*

» »

••••

••••

717

718

/

/

wwr

LEVEL

yocw

rjgTco

»

.

cif

PLAY

«

>

3

news

o

’

0

-

Vi

MR

RTW

ccwna

uva

a

3

5

aZ

• • • • • •«•

a a a a a a a a a a a a a a a a a a a f a a a a a

«

• • • • • • • • • ••• • •

icxixvn

.

^

o

MANUAL

1

»

TN
BK

OWTWIWT

J

CH

CCM

.

*

O"O

(

HD

§

3

UU

C

CA

—

*

PlAV

(

T^l

MC

—

—

•

»

••

<

a a a a a a a a B

A

CD

I

*

NCQKeCHUT

I»I

•

*

*a*

aaa

» »

•

C

A

*

»

••

•

•

•

•

a

«

«

•

•

a a a a a a

«

a a a

a

a a a a a

»

*

a

a

«

•

a

a

a

a a

•

aaa

a a

a

a

a

a

a aaa

a

J

/
/B/E/

O

AMORPHOUS

FWE

COUPU

]

AUTO

<

-

PAUSC

»

«

If

».»

«

••••«•

•

•

a a•a

a

••

aaa aaa

a

a

a

aaa a

a

a

•

a a

a

a a

•

a

a a

a

a

a

a

a a a

•

aaaaa

»

aaa aaa

o

/

/

CALIBRATION

REVERSE

Dourrf

O

1

••••••

t a i l

a a a a a

a a a a a a a

a

••••

aaa a a aaa a

a a

»

•• • • •••

a a a

a

a

a a a a

EN

MEAD

E

>

wcmA

*

O O

•• • • ••

a a a a

a aaa

a t

* *

•

a a a a a a a a a a a

a a a

•

-

/G/U/

»

SAa

)

CAJMMO

IVMOW

O

•

•• • • •

a a

i

*

UT

rminii

Component

Area

A
B

c

E

Continental

EN

G

J

-

U
UT

Suffix

North

•

Other

/

iiwj

Australia

U

.K.

•

Canada

europe

Europe

Germany

.S.A.

U

Areas

Taiwan

Contents

Parts

Parts

No

June

25

30

40

42

43

.

4358

1995

.C.

Board

Parts

Enclosure

of

Parts

Mechanism

of

Parts

and

Diagrams

parts

List

List

List

Parts

Component

Component

List

Page

Safety

.

.

I

.

H

.

1

LocationofMain

Remova

.

2

.

Maln

3

Wlring

4

\

/

.

.

Block

5

Precautions

Features

Specifications

/

Instructions

Main

of

!

Adjustment

Connections

Diagram

Parts

Parts

—

•

•

*

•

•

*

2

4

5

12

13

18

23

24

Standard

6

.

.

7

Location

Exploded

.

8

Exploded

.

9

Packing

10

-

Schematic

P

of

and

View

and

View

and

lllusration

TD-W

TD

W

-

717

718

TNC

BKA

/

J

/B/

/

UT

/G/U/

E

EN

Safety

The

design

.

1

protection

must

Alterationsofthe

2

.

Any

personal

3

Many

.

not

components

the

in

diagram

safety

other

The

4

.

high

required

after

5

Leakage

.

After

terminals,knobs,metal

danger

Plug

•

metal

Any

•

Alternate

Plug

voltmeter

following

a

0.15

a

resistor

exposed

the

AC

this

,

no

changes

be

identical

alterations

design

or

injury

electrical

evident

parts

characteristicsasthe

hazards

leadsinthe

temperature

reassembling

re

theACline

leakage

from

rated

listofservice

by

and

.

,

original

the

current

—

assembling

of

electrical

part

of

current

and

the

check

the

AC

having

manner

AC

(

1

F

known

good

the

with

metal

resistor

.

Now

.

m

r

.s.).

(

This

Precautios

product

contains

shouldbemadetothe

to

those

design

or

property

mechanical

visual

for

higher

(

)

on

products

,

parts

moving

lead

.

check(Electrical

the

cabinet

shock.Do

directly

cord

cabinet

must

method

line

cord

,

1

000

Connect

.

type

capacitor

ground

earth

AC

voltmeter

,

part

particularly

,

reverse

corresponds

special

usedinthe

circuitry

or

additions

damage

inspection

voltage

manual.Electrical

the

recommended

are

routing

product

,

particulary

not

directly

ohms

a

the

of

will

resulting

parts

,

list

parts

routed

parts

and

shock

,

,

screw

use

not

into

the

exposeed

into

per

,

1

ohms

500

between

Measure

.

Move

.

any

plug

in

0.5

to

mA

original

the

in

nor

wattage

and

and

dress

always

heads

a

any

volt

the

exposed

the

hardware

product

void

the

therefrom

product

the

can

components

in

the

replacement

dressed

or

should

hazard

,

line

isolation

AC

outlet

exposed

0.5

mA

the

AC

or

10

an

the

resistor

AC

(

AC

r.m

and

many

original

design

.

circuits

Service

should

manufacture

.

have

the

protection

,

Replacement

etc

.

having

service

manual.The

part

with

ties

sharp

edges

be

observed,anditshould

)

testing

perform

headphone

more

W

exposed

AC

outlet

an

transformer

,

using

aTeakage

metal

AC

s

(

.

r.m

.

outlet.Use

sensitivity

resistor

paralleled

metal

voltage

connectiontoeach

metal

part

repeat

and

)

.s.

.

circuits

unless

should

be

not

'

s

warranty

special

afforded

such

showninthe

,

clamps

the

for

isolation

,

jack

control

having

part

)

an

in

part

across

having

each

and
authorized

be

.

made

safety

parts

which

features

useofa

,

tubings

prevention

check

shafts

during

current

a

AC

the

by

and

the

Good

a

return

measurement

components

performed

Any

design

and

will

—

related

them

by

have

are

substitute

parts

,

barriers

of

be

the

on

,

etc

this

check

tester

return

path

earth

path

to

specially

writing

in

by

qualified

alterations

further

relieve

characteristics

necessarily

these

special

identified

replacement

listofservice

and

electric

confirmed

exposed

)

be

sure

to

.

.

"

,

measure

the

to

0.15

1500

ground

the

chassis,and

Any

voltage

.

by

the

personnel

the

be

by

shading

the

like

shock

that

metal

the

the

leakage

chassis

m

pF

AC

ft

safety

for

manufacturer

product

of

the

manufacture

.

These

obtained

safety

characteristics

and

which

be

to

and

fire

have

parts

product

current

,

known

a

to

AC

(

Having

or

o

-

TYPE

10

W

measure

measured

may

separated

manual

they

purposes

only

.

Replacement

.

.

should

of

responsibility

characteristics

by

using

(

)

on

\

A

does

hazard

been

of

is

create

the

safe

have

not

from

When

.

returned

product

to

operate

each

from

good

VOLTMETER

1000

sensitivity

•

<

*

the

Place

on

metal

AC

not

ohms

voltage

exceed

more

must

For

continued

be

not

made

are

often

replacement

are

identified

the

schematic

the

same

,

shock

fire

live

parts

service

to

normal

antenna

(

without

exposed

earth

ground

/

volt

)

.

probe

this

exposed

each

part

.

across

0.75

parts

for

,

,

.

or

,

is

,

.

V

has

be

that

selector

(

been

made

safety

Warning

This

1

.

equipment

legal

It

.

is

the

2

3

.

Repairs

is

essential

It

4

.

If

.

mains

5

(

2

No

4358

.

)

responsibility

must

voltage

UK

designed

of

the

accordance

in

critical

provided

is

only

components

and

repairer

with

,

check

)

manufactured

that

ensure

to

the

relevant

replacedbyapproved

are

for

setting

to

these

safety

local

meet

standards

voltage

international

standards

safety

.

parts

.

safety

are

.

standards

.

maintaintained

.

TD

TD

TNC

BKA

/

J

/B/

/G/

/

E

U/UT

EN

W

717

-

W

718

-

Important

(

Items

1

Securely

.

1

marking

Suffix

J

C

/E/EN/

/

A

B

U/UT

Power

2

.

3

.

4

.

cord:Make

inspect

exterior

J

C

EN

E

/

/

B

U

UT

/

A

Install

confirming

while

Wiring

terminal

)

a

When
terminalbythe

b

Arrange

)

terminal

end

)

c

The

air

and

the

in

Management

Demanding

power

the

fix

specified

in

Marking

521650 8

A

52

52

52

scratch

SPT
SPT

VDE O

<

BASEC

VDED

O

LTSA

cord

the

5

Z

5

G

5

cord

-

-

BS

-

the

end

wires

VTP

G

VTP
VTP

Power

G

the

installing

.

respective

of

the

space

distance

.

Special

8

o

OJ

s

u

.

r

903

C

Q

904

C

Q

Q

915

o

*

5

_

L

transformer

following

the

Description

approved

UL

-

F

021

-

F

021

-

F

021

sure

1

1

6500

>

F

2

bushing

marking.Bushing

the

from

the

of

anddamage

Attach m e n t

KP

KP

KP

power

soldering

before

binding

while

power

others

-

-

-

by

cord,winditaround

must

Points

Safety

7

LJ

r

937

R

J

while

.

following

.

W

10

W

10

C

419

-

KP

610

KP

-

KP

the

:

.

them

is

cords

be

Regading

Precautions

ll

Q

903

j

~

confirming

Model

No

.

TD-W

TD

-

TD-W
TD

-

markings

plu g

-

SU

or

-

1

SU

or

SE

or

3

A

-

H

8

560

specified

NIFCO

3.2

2271

nearby

solderedin

or

mm

W

W

P

1

P

-

1

more

its

717
717

718

718

and

tool

the

the

the

)

z

7

.

•

•

Other

.

8

Since

they

etc

-

C

All

A/B/E

specified

as

must

surface

Safety

on

the

mustnocontact

.

Following

up

condition

Partsinbox

,

R

R

901

902

,

R

1403

R

,

8444

R

Q

D

915

910

parts

903

well

,

914

C

C

904

fuses

/EN/

by

as

specified

be

well

R

Q

G

following

parts

for

[

ZD

,

921

R

,

2403

,

8491

,

8431

,

945

R

3300

must

UT

/U/

rating

the

themarking

by

as

by

parts

with

inflammables

are

purpose

the

be

must

,

,

923

R

,

1453

R

,

8494

Q

8481

25

pF

/

version

by

the

Q

,

V

securely

of

rating

the

marking

R

U

are

electolytic

.

controlled

|

|

937

R

2453

R

]

,

901

,

901

D

virsion

J

C

/

,

901

F

mA

800

or

of

©

©

/

hear

,

R

,

Q

D

of

R

903

902

in

UT

generation

capacitors

,

Make

.

,

938

8432

|

,

,

(

VENT

be

and

shown

U/UT

mA

315

or

^

Version

White

sure

of

,

940

R

R

,

8482

R

Q

Q

,

905

,

903

D

D

TYPE

connected

F

902

the

on

version

shownonthe

.

•

—

/B/

A

ones

,

wires

their

941

,

R

909

,

904

)

must

surface

,

/

E

,

R

8441

,

Q

D

F

903

G

lift

755

912

909

.

be

,
,

,
,
,
,

In

(

No

.

4358

)

3

-

o

co

CJ

CO

HH

P

*

JVC

1

INSTRUCTIONS

7

TD

-

W

DOUBLE

SD

/

W

717

CASSETTE

/

W

DECK

718

A/B

/

TROUBLESHOOTING

What

appears

sure

first

.

..

.

1

Cassette

cannot

Is

the

cassette

•

When

2

PLAY

.

Is

the

tape

•

Tape

Are

•

Is

•

TAPE

Is

•

Sound

Is

•

Is

•

Is

•

Is

•

,

runs

butnosoundisheard

all

connections

MONITOR

the

position

VOLUME

the

quality

the

DOLBY

the

head

the

record

the

tape

3

.

J

.

4

be

to

be

button

too

poor

Is

section

/

playback

worn

trouble

loaded

positioned

Is

pressed

loosely

properly

switchofthe

?

controlofthe

.

NR

switch

dirty

?

out

is

not

.

correctly

,

wound

set

?

head

always

?

does

tape

?

.

and

securely

stereo

stereo

amplifier

right

the

to

magnetized

real

trouble

move

not

made

amplifier

position

?

3

.

Make

.

?

set

to

set

to

MIN

?

5

Recording

.

Are

•

Are

•

Is

the

•

6

.

Previous

Is

the

•

.

7

Since

tape

Is

the

the

•

Is

the

•

.

8

MUSIC

?

Are

•

or

do

9

BLANK

.

The
tion

does

Is

the

•

BLANK

ished

cannot

the

safety

all

connections

head

recording

erase

speed

pinch

tape

rewound

SCAN

operation

the

non

they

contain

SKIP

function

not

other

SKIP

.

be

tabs

section

Is

head

is

irregular

roller

recorded

-

indicator

deck

operating

operation

performed

of

cassette

properly

dirty

?

not

completely

?

dirty

,

or

capstan

tight

too

does

sections

high

level

is

properly

begins

.

tape

and

securely

erased

and

wow

dirty

?

?

function

not

too

noiseorhum

yet

the

lit

.

MUSIC

after

broken

flutter

properly

short

BLANK

SCAN

MUSIC

.

(

3

?

?

made

occur

sec

?

SKIP

SCAN

.

?

.

.

or

opera

has

less

c

a

o

MM

o

3

)

,

CO

-

fin

-

99

J>J

>

OO

J

^

00

H

o

>

>

m

m

z

o

H

/

SPECIFICATIONS

E

POWER

I

JVC

^

3

o//o

COMPUCAUWMTiaN

AUTO

JCvtfctt

-

0

CUDGD

Type

Track

system

Tape

speed

Frequency

response

(

TD-W

\

r

r

-

/

/

O

ISf

an

•

0-0

«

»

f

I

C

.

a

.

HI

•

o

o

/

/

8

COVPV

CHJ

MTKN

AUTO

ACVlKtt

C

O

3

'

-

1

.

i

f

ronjiva

;

“

‘

b

S

tr

i

^

J

SD

TD-W

7

Use

Customer

For

Enter

No

cabinet

future

Model

Serial

which

.

below

are

Retain

.

reference

.

No

.

No

the

locatedonthe

%

Mt

*

6

.

n

wnr

V

*

Component

&

“

o

:

.

Model

this

and

No

rear

information

#

uivn

MMU

Serial

the

of

(

TD-W

/

N

S

ratio

Improvement

MOL

of

Wow

and

Channel

separation

Crosstalk

Harmonic

distortion

(

TD-W

(

TD-W

for

Design

SD

)

7

718

/

717

flutter

)

SD

7

718

/

717

specifications

and

)

)

Double

:

4

:

4.8

:

9.5
20

(

:

-

Type

:

Type
Type
Type

:

Type

Type

58

:

-

A

The

500

10

by

5

4

:

:

0.08

40

:

60

:

3

:

k

3

k

:

-

track

cm/sec

cm/sec

dB

IV
II
I

tape

IV

II

tape

I

(

dB

S

weighted

/

N

S

Hz

kHz

5

dB

with

kHz

dB

at

(

%

(

dB

1

dB

1

(

%

;

0.5

;

0.8

%

cassette

,

tape

tape

and

with

WRMS

are

deck

-

channel

2

-

7

(

8

inch

/

1

/

(

3-3

inch

4

recording

)

;

10

20

tape

-

20-19,000

;

10-19,000

17

20

-

;

10-19,000
20

17

-

;

17

tape

20

-

30

-

16.000

;

20-16,000

30

15,000

-

;

20-16,000

30

15,000

-

315

Hz

=

.

,

IV

Type

is

improved

.

by

max

Dolby

C

1

and

at

kHz

B

DOLBY

10

with

kHz

)

,

0.2

±

)

kHz

kHz

)

Type

(

tape

IV

Type

(

IV

tape

subjecttochange

,

,

,

3=3

k

tape

by

20

NR

NR

Dolby

%

000

000

,

000

000

by

sec

/

/

,
,

Normal

)

(

)

(

sec

High

Hz

(

3

±

Hz
Hz

(

3

±

Hz

Hz

(

Hz

3

±

Hz

(

3

Hz

±

Hz

3

(

Hz

±

Hz

(

3

±

Hz

,

N

%

=

)

about15dB

dB

at

1

kHz

and

on

dB

10

at

on

.

NR

C

(

/

IEC

DIN

,

315

0

Hz

315

0

,

Hz

without

)

)

)

dB

)

dB

dB

)

)

dB

dB

)
)

dB

at

-

improved

above

on

.

)

VU

)

VU

)

notice

.

-14-

Heads

-

(

W

TD

7

(

717

TD-W

Motors

forward

Fast

time

rewind

terminals

Input

LINE

IN

(

circuit

1

x

1

MIC

x

Monaural

(

terminals

Output

OUT

LINE

(

1

x

circuit

PHONES

terminals

Other

Power

requirement

Power

consumption

Dimensions

(

WxHxD

Weight

Accessories

SD

)

/

718

/

)

)

)

x

)

:

AMORPHOUS

playback

combination

For

(

:

)

METAPERM

playback

combination

For

(

Electric

:

DC

motor

DC

motor

(

For

Approx

:

Input

:

Input

Input

:

Matching

:

Output

Output

:

1

Output

Matching

:

COMPU

AC

240

:

230

AC

AC

120

With

:

With

435x134

:

3

(

17

-

kg

4.9

:

plug

Pin

:

Remote

,

2

-

both

decks

-

,

2

both

decks

governed

for

for

decks

both

.

110

sec

sensitivity

impedance

sensitivity

impedance

;

level

impedance

;

level

impedance

LINK

V

,

50

50

V

.

,

60

V

switch

power

switch

power

x

331

5-5

16

/

x

”

(

lbs

10.9

cord

cable

head

for

gap

ferrite

x

1

head

A

and

head

for

gap

ferrite

head

x

1

A

and

DC

reel

x

1

mechanism

and

A

with

.

;

80

mV

;

50

kfl

;

0.4

m

;

300

mV

;

5

-

0

mW

1

/

-

3

SYNCHRO

(

Australia

Hz

U

Hz

.K.

(
(

U

Hz

.S.

on

standby

mm

13

16

/

x

”

.

)

record

head

)

B

record

head

)

B

motor

drive

B

)

60

C

-

(

VU

0

-

(

68

V

600-10

VU

0

(

0

k

Q

8

/

-

O

8

)

)

.

)

A

W

23

16

/

1

-

.

/

/

for

cassette

)

dBV

kQ

)

0

VU

(

1

kfl

2

x

4.0

W

"

)

for

erasure

for

erasure

capstan

1

x

)

)

;

;

1

x

2

1

2

o

CO

cn

CO

cn

A

CAUTION'TO

REFER

REDUCE
NOT

.

equipment

limits

the

of

can

used

cause

in

harmful

;

THE

EXPOSE

a

for

FCC

protection

installation

radiate

accordance

in

harmful

a

particular

WARNING

TO
DO

TURE

INFORMATION

This
the

15

reasonable

residential

and
and

may

However,there

occur

cause

CAUTION

BWX

OF

DO

REDUCE

DO

NOT

USER

NO

SERVICING

lightning

The

an

equilateral

presence

Ihe

to

product

the

within

magnitude

sufficient

shock

to

persons

The

exclamation

intendedtoalert

is

operating

important

instructionsInthe

appliance

.

RISK

OF
APPLIANCE

THIS

.

(

S

U

FOR

has

been

digital

Class

B

These

Rules

.

against

This

.

frequency

radio

interference

guarantee

no

is

installation

interference

ELECTRIC

SHOCK

HOT

OPEH

RISKOFELECTRIC

THE

REMOVE

COVER(OR

SERVICEABLE

TO

QUAUFED

with

flash

,

triangle

uninsulated

of

'

enclosure

s

to

.

point

the

and

literature

FIRE

)

.

A

.

tested

and

device

limits

harmful

equipment

energy

the

with

to

that

.

radio

to

If

SHOCK

)

BACK

INSIDE

PARTS

PERSONNEL

SERVICE

arrowhead

Is

Intendedtoalert

constituteariskofelectric

an

within

user

to

maintenance

accompanying

ELECTRIC

OR

TO

found

,

pursuant

designed

are

interference

instructions

radio

interference

this

television

or

"

,

symbol

within

the

"

dangerous

voltage

may

that

be

of

triangle

equilateral

the

presence

servicing

(

the

SHOCK

MOIS

OR

RAIN

comply

to

Part

to

to

provide

uses

,

generates

,

not

and

if

,

communications

will

does

equipment

reception

user

"

of

)

,

-

with

in

a

,

installed

not

.

.

-

IMPORTANT

Mains

DO

plug

homeorthe

then

leadorconsult

BE

approved

cover

nonetheless

If

the

possible

mains

DO

marked
coloured

The

in

As

markings

as

The

terminal

black

The

the

red

IF

Please

starting
rectly

ing

other

WARNING

Pre

re

right

or

tutes

can

which
the

user

one

or

Reorient

-

Increase

-

receiver

Connect

-

from

Consult

-

help

for

1

-

Supply

NOT

cut

fitted

obtain

SURE

.

and

fuse

shock

supply

make

NOT

with

greenorgreen

wiresInthe

accordance

s

.

these

colours

follows

:

wire

which

which

.

wire

which

terminal

.

DOUBT

IN

study

to

We

.

misuse

from

than

recorded

-

recorded

-

the

in

literary

infringement

an

determined

be

is

encouraged

of

more

relocate

or

the

.

equipment

the

which

to

that

dealer

the

.

(

In

the

(

AC

the

off

is

not

cable

appropriate

an

your

to

replace

,

type

as

the

dispose

hazard

.

any

the

letter

mains

with

identifying

is

Is

is

which

CONSULT

-

this

operate

take

no

instructed

(

the

In

tapes

without

sound

work

embodied

following

the

separation

the

or

Kingdom

United

V

230

50

plug

mains

suitable

for

is

shorttoreach

too

.

dealer

the

fuse

originally

fitted

plug

mains

of

the

plug

Inadvertent

by

connectiontothe

by

or

E

and

-

-

on

lead

following

the

may

not

correspond

the

terminals

blue

coloured

marked

with

coloured

brown

marked

Is

COMPETENT

A

instruction

,

unit

the

in

responsibility

by

this

unit

of

manual

this

in

Kingdom

United

,

records

consent

the

and

recording

that

in

copyright

of

by

turning

correct

to

try

to

measures

receiving

the

between

outlet

an

into

is

receiver

experienced

an

only

Hz

from

the

power

safety

only

and

is

cut

immediately

safety

the

yellow

this

code

in

must

the

must

the

with

manual

order

for

operating

.

)

discs

or

of

any

in

recording

.

equipment

the

the

:

antenna

on

connected

radio

)

)

equipment

this

points

a

power

approved

extension

an

with

replace

to

off

ensuretoremove

,

to

connectiontothe

terminal

symbol

earth

.

are

product

:

Blue

to

N

or

Neutral

(

)

L

Brown

to

(

)

Live

Red

or

the

with

your

plug

be

connectedtothe

letter

or

N

be

connected

or

letter

L

ELECTRICIAN

carefully

the

use

to

any

problems

equipment

this

should

the

owners

copyright

this

as

off

interference

.

equipment

the

different

circuit

a

.

technician

/

TV

If

.

your

in

point

identical

the

fuse

avoid

which

coloured

Black

coloured

proceed

coloured

coloured

before

cor

unit

result

not

copy

of

musical

consti

and

by

and

the

INTRODUCTION

you

Thank

for

carefully

reverse

loading

of

link

purchasing

and

operation

parts

control

,

a

is

or

book

performance

CONTENTS

Features

Auto

Cautions
Connections

Cassette

Names

Playback

Recording

Compu

Dubbing

Maintenance

Troubleshooting

Specifications

FEATURES

amorphous

Fine

.

1

.

2

Double

auto

deck

A

and

3

COMPU

CAL

.

characteristics

both

decks

on

logic

Fuli

*

Dolby

HX

Dolby

B

-

Built

in

•

filler

MPX

•

SD

7

W

Dynamics

(

DDRP

bility

The

DDRP

able

JVC

2

color

-

digit

linear

4

-

B

Synchro

.

Auto

tape

.

Multi

music

.

Blank

skip

.

control(deck

.

PITCH

Microphone

.

.

COMPU

only

718

noise

'

'

,

’

the

Dolby

of

mechanism

&

MPX

)

CD

FL

peak

start

select

UNK

difference

is

cosmetic

reduction

Corporation

Dolby

to

.

5

6

.

.

4

.

.

7

-

-

.

8

9

.

be

on

10

-

11

12

-

13

14

15
16

,

The

TD-W

Dolby

*

manufactured

Licensing

‘

*

marks

a

before

and

-

reverse

deck

PRO

C

linked

function

scan

function

mixing

under

doubie

JVC

operating

service

longer

their

functions

system

:

recording/playback

mechanism

B

which

function

brings

and

.

noise

player

tape

(

normal

3

-

Laboratories

out

headroom

extension

reduction

filter

the

Dolby

with

Recording

Detection

is

possible

.

indicator

level

respectively

counter

high

/

speed

-

-

mechanism(decksAand

mechanism

)

A

is

possible

compatible

between

one

.

and

HX

license

from

Pro

.

HX

D

symbol

-

Licensing

Read

.

product

to

life

automatically

maximum

system

for

Pro

originatedbyBang

EB

be

sure

from

heads

recording

for

NR

only

when

dubbing

)

either

models

headroom

Dolby

and

getting

of

the

unit

(

sets

tape

ON/OFF

Processor

used

deckAand

for

B

direction

TD-W

extension

Laboratories

"

PRO

HX

Corporation

this

instruction

optimum

.

TD

W

7

SD

-

/

playback

the

flat

performance

function

)

compati

a

with

)

and

717

&

Olufsen

"

are

trade

.

)

(

suit

deck

TD

2
2
2

4
4

.

5

6

7

11

12

13

14

14

in

-

-

-

.

-

2

—

COMPU

using

COMPU

panel

(

.

This

product

DETECTION

disc

pact

the

optimum

instructions

AUTO

The

auto

over

the

to

reaches

tape

Because

•

forward

the
directiontoobtain

During

•

the

forward

andtoavoid

,

rial

always

out

.

CAUTIONS

PreventionofElectric

.

1

)

Even

1

small

using

not

the

power

Do

not

)

2

)

3

When
the

plug

Consult

)

4

or

contact

5

Do

not

)
)

6

Do

not

)

Do

not

7

touch

)

8

AC

power

The

AC

connections

tion

for

9

not

Do

)

10

Unplug

)

.

ning

-

COMPULINK

Control

LINK

control

LINK

page

See

4

and

D

YNAM

RECORDING

be

can

RECORDING

cassette

player

+

recording

details

for

REVERSE

reverse

operation

reverse

of

during

its

end

of

cassette

direction

stable

,

auto

recording

the

reverse

to

accidental

start

recording

when

the

POWER

will

unit

the

cord

from

handle

the

not

the

,

your

nearest

failureisfound

bend

the

modify

the

remove

screws

inside

cord(For

cordofthis

power

prevent

to

connection

correct

any

insert

the

power

flow

for

power

from

power

cord

power

metallic

current

unplugging

anything

System

system

is

-

3

SVNCHRO

/

.

11

)

D

D-R-P

-

ICS

DETECTION

PROCESSOR

combinated

PROCESSOR

deck

automatically

level

.

OPERATION

this

unit

of

direction

forward

recordingorplayback

shell

construction

should

be

sound

reproduction

reverse

direction.For

erasure

of

the

with

,

Shocks

Fire

switch

To

save

.

extended

an

the

household

with

cord

the

wall

outlet

cord

.

dealer

when

the

with

,

sharply

or

cord

in

disassemble

to

.

the

unit

.S.A.

U

version

unit

has

electric

Fig

(

.

.

objects

cord

when

there

the

convenient

terminals

a

with

)

,

.

etc

turns

automatically

played

can

be

previously

side

Hazards

is

set

power

period

AC

wet

,

always

damage

cord

or

pull

any

manner

only

certain

shock

.

)

1

into

is

system

on

the

(

DYNAMICS

DDRP

system

)

to

enable

.

Refer

to

the

tape

transport

when

.

,

recorded

a

tape

back

in

the

.

activated

only

good

sound

recorded

the

of

A

tape

and

Damage

to

STANDBY

and

for

safety

,

disconnect

time

of

outlet

.

hands

.

grasp

,

disconnection

.

twist

it

.

the

unit

and

)

-

way

one

the

Refer

to

the

unit

.

a

possibilityoflight

rear

com

(

setting

these

the

same

from

quality

mate

facing

,

very

a

when

and

pull

do

not

direction

illustra

Fig

-

in

-

,

-

HH

DO

.

1

-

>

00

OH

>

in

m
m

z

O

I-M

i

-

o

^

si

5

HH

)

O

:

z

o

4

^

CO

CJl

CO

water

)

If

11

outlet
Do

)

12

not

escape

)

13

Be

sure

going

period

.

2

Installation

Avoid

)

1

hum

vent

Move
the

unit

)

2

Avoid

peratures

near

humidity

3

this

)

If

warm

generated

ture

30

minutes

Cleaning

.

3

use

Never

the

damage

4

Cassette

.

Loose

1

)

anism.Remove

Fig

(

2

-

the

Turn

use

)

The

2

not

Is

occur

.

prevent

)

3

To

remove

adhesive
been

gets

Inside

the

the

install

not

unplug

when

.

the

being

to

as

the

etc

,

moved

,

may

it

inside

after

cabinet

unit

your

ventilation

the

the
the

unit

on

produced

place

a

possible

unit

40

or

)

.

suddenly

not

the

being

moved

.

finish

become
slack

by

i

A

and

consult

block

Do

.

to

or

out

of

time

placing

from

the

unit

as

far

installing

exceeding

heaters

,

dustorvibrations

Is

set

place

the

benzineorthinner

surface

tape

may

tape

)

If

to

tighten

pencil

minutes

120(120

of

C

-

recommended,since

recordings

the

broken

Tab

tape

"B"

a

tab

with

(s)

erase

to

off

.

\

7

Side

XXL

\

Adhesive

,

the

unplug

dealer

.

holesofthe

badly

unit

a

in

power

unit

or

not

in

°

C

less

function

unit.The

tangled

winding

the

from

screwdriver.Reseal

and

cord

is

not

in

adjacent

by

some

affected

a

from

TV

location

a

1040

(

) (

F

than

0

.

a

from

properly

unitwill

.

cabinet

for

the

in

the

tape

.

turn

characteristic

being

re

record

-

Side

from

use

to

by

set

subject

e

°

C

cold

cleaningasthey

tape

around

erased

A

"

/

V

\

"B"

Tab

llj

$

3

7

tape

cord

power

unit

so

that

ventilated

outlet

the

an

for

amplifier

an

amplifiers

of

types

amplifier

the

.

to

ambient

sunlight

direct

.g.

°

,

F

)

32

excessive

(

(

0

place

becauseofmois

function

tape

transport

a

with

pencil

)

thinner

or

deterioration

accidentally

the

the

after

”

"A"

from

heat

place

when

extended

to

,

pre

.

Keep

tem

°

to

)

C

properly

may

mech

.

Fig

tape

may

slots

with

tabs

have

Fig

the

can

.

.

)

4

Do

not

store

.

g

e

near

(

.

tures

humidity

or

5

Auto

.

tape

select

This

deck

has

guishes

between

After

cassette

.

equalization

-

.

-

,

a

-

-

.

2

,

3

Cassettes

•

Cassettes

•

Some

not

tapes

obtained

teristics

6

Operations

.

When

)

1

the

be

(

STANDBY

pressed

Many

)

2

a

of

ing

are

this

If

again

Metal

tape

(

chrome

02

Cr

Normal

earlier

be

provided

,

since

.

Also

do

the

POWER

deck

set

generated

.

operations

microcomputer

descriptions

the

incorrectly

done

happens

that

,

so

cassette

,

a

)

.

TV

orina

etc

.

mechanism(decks

Auto

an

different

type

the

are

set

to

with

the

detection

EQ

70

(

:

)

tape

without

the

EQ

:

(

tape

120

types

of

with

the

correct

equalization

do

not

not

match

detection

CrO

?

tape

holes

switchisturned

playbackorrecording

the

to

Before

.

,

confirm

)

this

of

Use

.

and

the

,

,

off

turn

unit

the

tapes

where

place

Tape

Select

types

of

tape

has

be

suitable

holes

s

)

«

/

EQ

s

70

(

:

<

/

detection

)

ts

/

metal

and

detection

use

ferrlchrome

this

unit

.

the

turning

that

the

unit

performed

are

the

unit

cautionsineach

may

unit

power

the

can

function

a

is

there

to

subject

and

A

B

mechanism

tape

of

from

detected

been

the

tape

for

:

)

holes

:

(

02

chrome

Cr

holes.Avoid

characteristics

tapes

tape

Metal

or

off(STANDBY

ON

mode

switch

POWER

button

(

)

stop

under

after

only

item

functioning

stop

,

and

once

correctly

magnetic
high

tempera

)

which

holesinthe

,

bias

.

tapes

)

using

cannot

whose

detection

,

noise

ON

has

the

carefully

.

If

operations

correctly

then

turn

.

distin

Type

Type

.

Type

charac

)

or

been

control

study

field

and

may

such

holes

with

may

it

CONNECTIONS

-

Do

•

completed

Insert

•

-

noise

When

•

white

reversed

IV

II

I

be

-

off

When

•

not

an

on

Connection

.

1

Note

When

your

-

.

on

CASSETTE

1

.

2

.

3

.

switch

the

not

.

the

plugs

the

pin

to

plug

connections

using

the

toastereo

.

If

the

-

or

the

plug

the

they

firmly

left

Compu

power

receiver

deck,be

.

connect

amplifier

/

off(STANDBY)function

:

installing

amplifier

LOADING

&

eject

)

the

a

cassette

the

sound

(

cassette

close

to

as

Press

Load

Press
click

until

on

power

poor

,

or

employed

cords

are

channel

terminal

.

Control

Link

cordtothe

Otherwise

.

cannot

amplifier

sure

stacked,noise(hum

are

CD

button

to

open

shown

.

holdertoclose

securely

the

holder

all

the

contact

,

.

System

SWITCHED

the

,

be

carried

to

install

Pin

player

the

cassette

Be

it

.

connections

will

result

always

This

helps

AC

automatic

out

a

distance

at

may

)

plug

-

sure

.

,

connect

version

OUTLET

.

occur

cords

holder

obtain

to

causing

avoid

to

,

3

power

from

.

(

provided

Deck

Remote

.

are

the

the

.

2

Remote

cable

connection

for

COMPU

By

connecting

a

cable

power

on

.

In

this

.

making

the

remote

.

making

be

connectedtothe

component

it

when

deck

can

which

LINK

Stereo

.

I

?

CD

with

remote

/

off(STANDBY

recording

provided

time

the

synchronized

cabletothe

synchronized

is

not

making

the

be

connected

have

the

COMPU

performance

amplifier

Remote

cable

player

)

Load

tape

and

a

-

exposed

•

matic

synchronized

formed

connected

When

•

do

of

nect

jacks

Notes

:

1

When

.

should

a

.

2

If

bypass

This

.

3

player

COMPU

TAPS

)

CX

;

:

s

<

provided

(

cable

,

COMPU

)

,

DDRP

recording

recordings

amplifier

JVC

remote

with

.

See

(

(

provided

the

cassette

LINK

LINK

automatic

recording

-

plug

pin

with

COMPU

.

COMPU

cable

an

/

1

LINK

-

page

with

edge

functions

source

can

)

cords

must

a

CD

3

LINK

-

onlyasingle

,

LINK

connections

amplifier

SYNCHRO

details

for

11

)

the

down

.

(

auto

selection

be

per

be

also

con

player

,

/

SYNCHRO

deck

component

.

and

a

jacks

)

.

CD

for

DO

si

00

-

CDH

o

>

5

?

^

m

m

z

-

o

c

,

5

-

-

,

-3-

-4-

o

CJ

CJ

CO

1

NAMES

POWER

O

Cassette

©

Cassette

©

(

)

stop

PLAY

REC/REC

•

II

PAUSE

o

direction

(

*

-

eject

(

)

-

0

STANDBY

Power

0

wheninthe

Lights

COUNTER

0

Press

this

the

POWER

that

timeisstored

COMPU

©

Press

this

teristics

Indicators

0

DDRP

©

HX

©

Peak

©

These

being

tape

Note

dB

0

0

VU

CXJ

OF

PARTS

JVC

A

Q

|

0

(

switch

ON

holder(deck

operation

:

:

:

:

:

MUTE

:

)

:

button(deck

Indicator

RESET

button

to

switch

button

CAL

button

to

the

COMPU

with

indicator

indicator

PRO

level

indicator

indicators

recordedorthe

.

:

I

EC

:

Signal

:

DOLBY

:

AND

o

o

/

/

D

«

[

|

i m

i

-

/

STANDBY

)

)

A

buttons

(

deck

Presstowind

Press

left

to

.

operate

MUSIC

to

Presstowind

Press

.

MUSIC

to

stop

start

to

the

PLAY

to

an

appropriate

(

.

See

to

stop

to

Press

.

)

A

standby

deck

(

the

set

digital

set

to

STANDBY

memory

and

indicator(deck

automatically

CAL

light

according

level

STANDARD

)

level

at

STANDARD

NR

this

start

page

and

change

A

.

function

of

160

right

operate

Press

Press

Press

button
leave
tion

Press

recording

buttontorelease
travel

power

button

is

in

(

DIN

THEIR

0

6

0

0

o

•

©

A

)

the

quickly

tape

during

this

button

SCAN

.

quickly

the

tape

button

during

.

.

while

non

)

temporarily

pause

the

.

,

the

A

the

See

(

.

the

signal

/

m

LEVEL

.

direction

to

)

recording

levelofthe

playback

pressing

,

and

recorded

-

Press

mode

"

0.00

counter

page

recordedonthe

nWb

250

(

SCAN

the

tape

playback/recording

button

recording

.

10

tape

the

playback

the

mode

)

counter

set

to

the

LEVEL

nWb

FUNCTIONS

0

0

/

/

)

R

3

CH

PUT

o

this

o

)

d

©

to
to

to

-

if

at

©
©

-

©

0

©

©

©

©

5

-

-

O

from

playback

from

.

press

during

the

.

of

Even

.

"

value

charac

8

.

)

/

m

right

left

sec

PLAY

tape

signal

)

O

©

61

o

PUY

•

© ©

Digital

©

Normally

ing

the

be

skipped

Mechanism

©

REC

II

PLAY

<

,

S

4

DUBBING

©

CONT

®

Mechanism

©
©

<£>

CAL

COMPU

Refer

to

Q

COUNTER

eject

(

)

button(deck

—

Cassette

BLANK

SKIP

When

this

recorded

non

-

automatically

deck

resume

and

PHONES

Connects

PHONES

headphones

Controls

LEVEL

INPUT

page

See

cb

counter

operates

Music

Scan

displayed

is

mode

.

>

»

mode

button

.

RESET

button

holder(deck

button

is

button

section

playback

jack

headphones

LEVEL

control

control

.

9

0

o

/

/

c

a

as

digit

4

-

mode,the

.

indicators

:

lights

This

from

left

This

lights

:

right

from

when

Lights

:

and

record

ing

record

Lights

in

:

lights

This

:

Indicates

:

lights

:

">"

dubbing

"»"

lights

dubbing

Lights

:

when

play

uous

continuous

indicators(deck

Refer

to

:

:

Indicates

and

indicator(deck

(

deck

)

B

)

B

and

indicator

'

d

ON

turne

of

)

over

the

to

skips

.

an

(

with

.

volume

o

B

.

o

9 9

©

©

©

linear

tape

number

of

tunes

deck

(

)

A

winding

when

right

to

.

winding

when

left

to

.

is

the

unit

pause

modes;blinks

-

muting

.

pause

the

mode

wheninthe

the

direction

whenInthe

mode

.

wheninthe

.

mode

the

unit

isinthe

in

mode

or

recording

mode

)

B

.

®

mode

reverse

)

B

B

)

during

playback

15

secondsisdetected

beginning

of

impedance

of

counter

which

in

the

.

playback

of

tape

normal

high

the

.

.

if

,

a

the

next

to

fi

8

Dur

.

the

tape

tape

the

record

dur

.

travel

-

speed

speed

-

contin

alternate

blank

,

tune

kfi

1

will

the

)

Q

©

©

HXPRO

L

ODHP

H

+

-

88

88

©

control(deck

PITCH

0

the

tape

Varies

,

>

£

MIC

)

kO

to

NR

MPX

or

to

be

3

B

NORM

HIGH

to

B

OFF

Dolby

OFF

changes

cannot

it

.

counterclockwise

it

to

decrease

increase.The

to

it

.

speed

microphone

microphone

the

jack

a

microphone

jack

this

to

the

from

operation

.

©

button

NR

or

for

C

back

a

.

Each

time

and

the

Dolby

>

-

filter

turns

C

NR

when

MODE

the

single

play

.

checked

SYNCHRO

from

SPEED

SPEED

However

dubbing

Turning

speed

causes

standard

Mixing

©

-

Adjusts

MIX

©

Connects

10

Sounds

Cassette

©

Refer

DOLBY

©

Set

-

playing

system

changes

-

.

The

NR

Set

REVERSE

©

Select

-

continuous
mode

can

C

A

©

Presstodub

•

•

(

a

REG

4

uLm

»

PLAY

«

©

©

)

A

in

speed

change

while

(

page

See

level

.

microphone

buttons(deck

and

indicators

recording

that

tape

the

indicator

B

NR

ON/OFF

is

ON/OFF

the

Dolby

switch

or

side

mode

.

(

>

-

^

the

with

For

single

:

To

play

:

To

play

:

DUBBING

deck

Press

:

:

Press

o

Eife

»

>

©

A

deck

the

tape

toward

turning

center

)

7

.

control

level

input

an

with

(

are

using

was

recorded

button

lights

.

)

...

depending

(

TD-W

system

NR

record

full

Each

time

p

*

<

mechanism

-

side
record

or

sidesAand

buttons

deck

to

A

to

perform

perform

to

?

©

in

the

speed

"

SLOW

clockwise

click

.

impedance

monaural

B

)

Dolby

the

is

pressed

Dolby

(

SD

7

/

playback

the

-

>

^

mode

recording

both

.

B

normal

high

-

&

88

range

in

”

position

.

NR

using

B

NR

on

only

Is

not

button

)

The

...

sidesAand

continuously

B

speed

-

©

cr

88

©

about

of

the

high

causes

toward

of

system

the

the

Dolby

>

-

whether

)

.

used

mode

is

pressed

current

indicator

playback

or

speed

-

dubbing

>

±

-

speed

the

"

FAST
for

is

600

Dolby

NR

Dolby

.

or

,

.

dubbing

10

or

mode

C

mode

B

.

.

tape

£

2

.

%

”

the

to

for

NR

NR

B

the
the

.
.

.

.

-6-

PLAYBACK

Playback

Operate

©

Q

©

O

Q

G

•

Playback

Perform

Microphone

By

sound

Continuous

First

Load

the

•

•

Note

•

deck

of

the

orderofthe

in

Press

the

POWER

Load

prerecorded

a

the

sidetobe

Select

...

A

Forward

Side

B

.

.

Reverse

Side

.

DOLBY

the

Set

recorded

was

tape

REVERSE

the

Select

Press

the

PLAY

When

the

deck

and

matically

PLAY

play

end

switchestothe
mode
These

While

can

background

Use

button

of

steps

connecting

from

the

set

cassette

decktobe

this

time,the

At

When

.

of

side

At

.

operations

one

be

replaced

:

tapes

.

B

.

deck

©

mixing

a

deck

play

REVERSE

tapes

played

the

the

deck

music

recorded

microphone,microphone

B

A

numbers

to

switch

cassette

played

direction
direction

NR

switch

.

MODE

buttonofdeck

a

contains

the

A

played

is

tape

B

the

above

of

to

0

during

playback

or

deckBis

MODE

both

decks

in

first

for

indicator

CONT

the

deck

in

tape

(

the

reverse

in

forward

direction

time,the

same

continue

playing

is

back

Thisisconvenient

.

.

the

using

in

to

set

ON

side

with

back

.

(

PLAY

£

(

<

PLAY

^

same

to

the

.

to

A

the

,

tape

back

procedure

possible

switch

to

and

press

continuous

lights

which

direction

other

between

the

cassette

,

for

same

illustration

the

.

facing

A

)

>

)

setting

playback

start

deck

is

by

only

for

mixing

.

.

o

the

play

of

in

the

plays

first

,

)

it

and

enters

deck

starts

decksAand

-

long

time

modeindecks

NR

.

out

.

when

as

.

turned

on

pressing

deck

B

playback

with

button

PLAY

both

decks

multimode

reaches

automatically

standby

the

playback

B

.

the

other

in

playback

auto

.

A

the

the

.

dis

the

one

and

-

of

-

.

of

HH

DO

sJ

Nl

-

4

00

*

OH

o

>

<

CD

-

m
m

z

o

CO

HH

D O

o

CO

CJ

CO

1

00

^

r a n

PITCH

1

is

It

about

for

possible

the

MULTI

The

•

quickly

before

The

•

recorded

The

•

Example

\

PL

<

/

Procedure

Press

1

.

When

.

2

1

want

displayed

Music

•

and
Relation

•

Notes

In

rectly
ing

Tapes

•

quiet
Tapes

•

BLANK

Press

•

lights

tion

deck

resumes

10

±

%

standard

MUSIC

multi

locate

or

multi

illustration

of

i

/

AY

>

\

i

on

•

I

I

<

*

L

MUSIC

the

more

press

to

Scan

,

B

but

:

:

:

following

the

.

This
the

to

with

parts

with

SKIP

the

)

before

)

over

of

automatically

deck

vary

to

the

playback

in

tape

SCAN

music

scan

beginning

the

the

after

scan

music

sections

between

shows

fast

forward

i

i

u

I

button

than

2

or

the

(

skip

tunes

the

counter

in

Operation

simultaneously

not

Multi

between

The

multi

sideofthe

(

than

more

,

)

side

the

.

reached

operates

It

andBsides

been

reached,the

side.When

or

from

B

recorded

from

side

,

tunes

in

one

ton

extra

cases

a

is

not

program

type

of

tunes

non

)

or

-

short

non

BLANK

playback

secondsisdetected

15

playback

)

A

the

speed

tape

mode

.

speed

mechanismofthis

of

current

tune

mechanism

tunes

the

forward

scan

.

during

playback

are

tunes

to

button

)

MM

.

The

number

.

can

be

.

Music

Scan

scan

music

only

tape

.

there

are

stops

tape

continuously

tape

the

of

tape

head

the

rotationIscounted

this

,

A

When

.

section

this

B

,

to

A

a

case

such

time

.

,

mechanism

the

malfunction

.

having

long

portions

recorded

-

recorded

button

SKIP

Whenablank

.

into

goes

beginning

the

from

in

deck

.

The

center

a

specific

.

)

functions

(

more

of

direction

.

skipped

be

the

numberoftimes

of

tunes

performed

and

mechanism

the

number

If

tunes

when

the

through

.

If

the

stops

rotates

to

recorded

a

tune

,

the

press

may

use

the

;

pianissimo

during

.

sections

to

turn

a

(

during

forward

fast

-

of

the

A

in

click

unit

allows

tune

(

up

by

detecting

than

4

.

nn

i

i

u

•

n

,

after

be

to

both

on

REVERSE

operates

setistoo

remaining

endofthe

one

cycle

number

the

endofthe

at

side

play

as

tune

is

recorded

(or)

M

<

not

operate

mechanism

passages(very

tunes

(

the

ON

it

recorded

non

-

playback

scan

next

the

range

position

you

to

99

tunes

sec

5

-

procedure

skipped

decks

MODE

on

on

tape

the

of

has

set

from

A

one

continues

as

accord

.

indicator

mode

tune

.

non

)

.

.

high

that

non

but

cor

sec

,

and

you

.

one

not

two

the

of

is

to

-

is

A

is

A

B
B

-

-

-

-

-

Notes

:

If

the

other

has

BLANK

operation

a

non

.

the

Operates

:

Operates

Operates

deck

stops

finished

on

may

recorded

-

Reset

BLANK

between

SKIP

is

the

not

PITCH

on

continuously

on

.

1

operation

deck
The

.

2

SKIP

Depending

3

.

operation

with

played

repeat

Relation

•

tions

^

RECORDING

:

in

sure

recorded

-

owner

,

musical

POWER

DOLBY

Deck

the

be

or

NR

the

order

noted

of

B

safety

tapes

copyright

cable

,

or

Example

Operate

Make

•

should

It

pre

the

of

broadcast

matic

O

o

o

CAL

COMPU

o

isinMusic

momentarily

.

indicator

canceled

PITCH

be

performed

portion

controltothe

SKIP

operation

REVERSE

sideofthe

one

both

sidesofthe

the

numbers

of

the

tab

of

that

it

may

,

records

in

programme

work

artistic

o

o

o

O

n

u

COUNTER

Scan

and

lights

momentarily

control

setting

in

of

over

.

MODE

tape

from

side

in

cassette

be

,

discs

or

the

soundorvideo

and

embodied

REC

REC

/

IIII

.

UU

RESET

mode,the

restarts

even

when

,

,

deck

15

center

and

BLANK

only

A

to

tape

.

the

illustration

has

not

unlawful

without

in

any

V

e

PAUSE

MUTE

©

BLANK

when

described

as

the

BLANK

A

evenifa

seconds

click

position

.

side

B

been

to

the

recording

literary

therein

PLAY

the

the

is

SKIP

.

.

broken

record

re

-

consent

.

SKIP

other

BLANK

in

SKIP

tape

being

and

Func

,

dra

Press

the

O

Load

a

0

the

Set

O

the

Set

Q

Select

G

the

Press

.

1

0

the

Press

Q

(

record

and

REC

Adjust

0

Press

to

O

the

Press

-

©

:

Notes

When

the

•

cannot

tape

tabs

are

When

the

•

sideBis

only

cally

.

Dynamics

(

DDRP

off

.

,

-

recording

DDRP

recording

the

recording

Since
different

control

LEVEL

Read

the

COMPU

This

•

automatically

mal

onds

IIorIV

Calibration

•

power

previous

new

Performing

•

data

COMPU

Insert

•

button

played

tape

indicator

Pressing

•

ations
To

recalibrate

•

wait

COMPU

Note

:

tape

the

If

error

will

check

to
utes

in

types

instruction

CALIBRATION

unit

tape

Calibration

.

)

.

is

tape

with

CAL

the

.

returns

.

for

the

the

POWER

cassette

DOLBY

REVERSE

side

the

COMPU

ll

PAUSE

-

pause

ll

indicators

the

recording

0.00

"

”

PLAY

safety

be

in

still

tape

is

level

level

of

tape

is

not

equipped

is

set

sensitivity

data

turned

calibration

is

recalled

COMPU

new

the

operation

tape

During

the

the

in

tape

to

lights

.

the

the

COMPU

button

CAL

near

is

be

generated

time

mode

play

switch

for

recording

switch

NR

MODE

switch

to

be

recorded

CAL

button

button

.

)

mode

light

level

.

button

to

tabs

removed

are

even

recorded

when

place

is

recordedinthe

recorded

and

Detection

performed

adjustment

adjustment

Type

(

I

required

of

your

book

(

COMPU

with

frequency

the

flat

each

for

dataisretained

set

with

COMPU

the

off

or

(

data

each

CAL

operations

.

data

to

be

recorded

operation

counter

its

starting

COMPU

CALIBRATION

(

)

button

stop

,

the

unit

press

indicator

CAL

again

.

,

its

end

it

during

remaining

)

before

to

set

to

.

as

required

as

.

,

if

required

and

•

.

.

page

(

See

start

recording

you

if

performing

reverse

then

Recording

suitable

with

is

performed

performed

is

)

,

II

or

IV

.

CD

a

COMPU

tape

for

CAL

cord

power

same

for

the

tapes

time

and

"

,

C

”

When

.

position

-

way

part

the

automatically

will

operation

on

the

starting

.

ON

.

.

desired

(

.

/

REC

REC

9

)

.

.

from

a

cassette

Make

try

.

full

recording

direction

the

tape

Processor

JVC

automatically

automatically

adjustment

,

the

carefully

player

CAL

)

FUNCTION

CAL

function

characteristics

approximately

in

each

tape

is

retained

is

unplugged

type

are

changed

again

replaces

the

press

"

CA

"

>

-

-

the

operation

and

the

,

now

is

will

interrupt

COMPU

go

.

to

out

Therefore

.

(

tape

more

the

operations

See

MUTE

sure

stops

CD

of

"

>

CAL

Then

below

button

tape

that

(

side

automati

recording

)

players

of

.

which

and

type

even

,

)

tape

.

existing

COMPU

CAL

"

finishes

COMPU

finished

the

button

,

press

stop

be

,

than

.

.

INPUT

30

(

Type

and

as

is

and

2

.

)

,

both

and

.

can

opti

sec

if

CAL

dis

,

CAL

.

oper

and

sure

min

the

the
the

the

the

the

COMPU

•

•

Care

cause

)

1

2

)

)

3

4)In

)

,

B

•

-

•

for

Notes

1

.

-

-

2

.

,

I

3

.

4

.

-

.

Errors

CAL

When

the

COMPU

CAL

COMPU

the

Press

should

be

of

errors

heads

Dirty

Scratches

on

When

the

tape

rare

cases

side

the

COMPU

When

an

error

,

interrupted

settings

were

If

are

values

retained

After

confirming

indication

if

rience

errors

values

preset

obtained

values

)

time

one

.

*

Preset

value

:

Since

COMPU

recorded

previously

new

Using

recommended

variance

Some

type

of

tape

when

precise

lor

operations

To

delete

contents

the

press

•

buttons.This

currently

insertedinthe

types

is

not

.

error

(

)

stop

button

taken

.

the

tape

ends

,

tapes

CAL

occurs

calibration

previously

items

there

are

be

can

or

©

by

a

standard

:

of

tape

preset

COMPU

CAL

and

tapes

for

optimal

in

characteristics

made

settings

each

REC/REC

deletes

deleted

CAL

the

for

Clean

-

surface

-

part

-

-

may

setting

or

data

.

)

1

no

recorded

previous

opening

which

,

value

CAL

operations

contents

cleaning

by

the

are

recording

set

with

MUTE

the

unit

.

indicator

to

stop

following

the

Replace

way

through

Change

have

characteristics

range

COMPU

when

cannot

performed

3

above

to

)

problems

on

setting

and

closing

corresponding

value

allows

condition

indicator

record

will

COMPU

same

desired

is

COMPU

and

calibration

.

Calibration

,

flashes

this

the

error

indication

as

items

heads

.

undamaged

with

an

the

operations

tape

the

position

.

CAL

operations

be

stored

in

,

the

previous

and

stopping

,

even

tapes

using

either

values

(

.

the

cassette

normal

recording

is

effect

in

.

)

is

unlit

a

test

be

erased

.

the

heads

beforehand

operations

CAL

even

exists

manufacturer

,

performing

recommended

,

CAL

simultaneously

deck

COUNTER

B

lor

the

data

data

indicates

they

which

the

which

©

These

to

each

tone

with

Therefore

.

COMPU

.

type

other

for

.

are

tape

.

fail

memory

setting

error

the

expe

the

unit

are

holder

.

when

tapes

on

.

the

same

RESET

of

out

type

(

The

CAL

tape

tape

are

are

the

the

the

a

.

-

.

-

'

s

,

,

-

an

-

(

control

z

o

>

*

t

D

m

z

D

H

8

-

7

-

-

-

z

o

4

CO

CJ

00

CO

:

^

1

A

AND

V

CONTINUOUS

DECK

ALTERNATE

DECK

o

CcSlr

O

0

©

©

Q

0

o

©

Q

Q

When

•

other

stops

When

•

recording

done

recording

pause

mode

To

Press

3

Y

DOU

NR

MUTE

REC

REC

/

MUTE

REC/REC

Load

the

tapes

facing

(

Be

out

the

the

deck

level

deck

REC/REC

•

this

or

that

.

,

flashing

beginning

for

.

the

.

the

DOLBY

REVERSE

to

A

.

B

,

time

indicator

will

PLAY

the

recording

the

CONT

B

side

automatically

about

from

)

mode

record

the

(

stop

direction

(

the

to

MUTE

the
be

.

of

of

3

deck

first

)

A

Press
directionsofdecks

Set

set

Set

ing

Set

In

^

tape

Press

starts

the

cancel

RECORDING

B

WITH

AUTOMATIC

©

o

PAUSE

©

be

recordedindecksAand

to

wind

to

)

buttonstoselect

and

A

B

switch

switch

pause

-

record

)

button

.

and

,

.

of

in

goes

finishes

A

.

If

,

the

A

with

,

set

B

and

set

standby

the

on

past

.

required

as

mode

standby

-

CONT

showing

deck

one

off

both

continuous

two

deck

deck

mode

deck

sure

NR

MODE

record

the

REC

flashes

recorded

button

finishes

indicator

deck

side

hours

-

button

the

to

*

<

mode

indicators

the

;

A

deck

and

recording

decks

90

C

-

to

B

A

.

during

BETWEEN

SELECTION

5

E

REYER

MODE

leader

tape

the

.

.

:

>

adjust

and

,

press

(

light

directionofthe

continuous

continuesinthe

and

or

the

4

,

deck

recording

start

recording

When

.

tapes

record

the

the

record

to

record

B

tapes

the

(

standby

-

with

or

sides

.

)

transport

record

only

the

,

and

next

recording

Indicator

starts

B

from

will

starting

record

standby

-

-

the

be

-

.

-

MICROPHONE

By

connecting

recording

Adjust

mode

When

•

control

phone

RECORDING

Adjust

Indication.For

cator

Type

With

(

TD-W

-

i

30

L

.

na ao oo ua aa ao nr ao aa cD DC

R

«

=,=«=

(

TD-W

30

-

I

oaa aao auj aao aca ci coc DOC oac jat n

^

R

Becauseofmetal

occasionally

the

TD-W

Type

With

L

Qta

R

IsOKthat

It

When

•

the

in

When

•

tion

be

"

If

•

high

breaking

low

best

is

It

source

levelofthe

The

best

of

tape

records

9

-

Is

microphone

the

and

observing

the

is

,

and

recording

the

IV

7

)

SD

20

,

718

/

717

20

717

(

I

eso

rao

the

tape

the

level,the

distorted

lights

4

”

+

,

the

and

the

to

be

to

tape

level

so

it

,

etc

.

MIXING

a

possible

record

set

to

can

it

LEVEL

metal

(

15

12

)

15

12

"

,

4

"

+

718

/

.

normal

c

3

1

=

"

0

”

+

recording

will

recording

recording

.

recorded

If

up

.

recording

adjust

recorded

to

varies

Is

better

microphone

by

input

peak

the

pause

-

,

sounds

MIN

be

used

ADJUSTMENT

level

example

)

tape

8

10

8

10

'

s

higher

tape

lights

on

Type

or

)

n

=

occasionally

lights

level

conspicuous

be

level

often

too

sound

"

"

O

only

may

so

that

reaches

be

used

depending

make

to

following

while

DURING

RECORDING

,

microphone

the

by

level

setting

level

indicators

mode

is

set

are

output

as

a

public

observing

:

ovu

6

2

ovu

6

2

an ao uao a

saturation

the

W

TD

-

(

II

chrome

.

is

low

too

.

high

is

too

will

contain

the

because

distorted

be

may

infrequently

lights

contain

the

maximum

very

the

.

the

on

recording

a

test

recording

and

only

address

0

m

0

00

aa r

,

SD

7

)

tape

the

,

exceeding

,

cracking

recording

tape

limit

type

the

.

the

the

2

2

level

and

2

hiss

,

hiss

sound

of

,

mixing

from

peak

,

“

noise

noise

and

the

.

of

music

using

record

INPUT

system

4

4

It

+

4

the

during

procedure

-

pause

LEVEL

the

micro

.

level

indi

6

SdB

-t-

6+8

dB

IsOKthat

"

lights

2

dB

6

8

Inherent

the

satura

and

level

is

seem

to

level

is

levelofthe

saturation

and

type

music

FM

will

too
too

on

be

.

-

-

-

,

AUTOMATIC

This

an

.

A

.

B

C

.

•

ERASING

When
is

automatically

on

To
Follow

LEVEL

LINEAR

When

During

linear
timeinminutes
There

back

-

C

80

ent

a

different

DOLBY

Dolby

To

System

recorded

to

mode

Note

The

switch

RECORD

is

usedtoeliminate

facility

non

leave

When

the

.

the

press

The

REC

.

made

is

seconds
unit

enters

.

Press

the

non

leave

the

.

Keep

ouslyaslong

section

.

above

the
mode

.

Press

the

.

non

leave

the

undesired

the

•

button

again

-

pause

level

peak

exact

the

recording

.

tape

a

tape

the

section

control

TAPE

the

power

playback

tape

tape

counter

a

is

one

time

and

,

and

other

may

time

thickness

and

NR

System

NR

the

when

with

according

or

C

.

:

sound

quality

are

different

non

recorded

-

recorded

-

undesired

REC/REC

•

indicator

during

record

,

later

the

the

record

PLAY

button

recorded

-

REC/REC

•

as

By

releasing

operation

button

PLAY

recorded

-

section

/

REC

REC

the

before

,

or

press

mode

.

indicator

to

the

input

on

the

point

on

a

prerecorded

erased

and

without

“

RECORDING

to

.

MIN

COUNTER

is

connected

,

the

which

and

seconds

-

error

minute

playback

the

,

this

tapes

also

appear

.

DOLBYHXPRO

hiss

inherent

making

recordings

Dolby

NR

the

the

to

change

will

recording

in

you

appropriate

To

matically

1
2

3

To

1

2

To

When

After

PLAY

recording

record

The

according

speakersorheadphones

at

the

erase

reduce

B

MUTING

undesired

.

section

sections

of

comes

section

MUTE

button

and

flashes

muting

automatically

tape

-

mode

pause

to

start

of

sections

MUTE

want

to

the

finger

,

unit

the

to

start

sectionofless

comes

MUTE

button

unit

enters

the

PAUSE

ll

lights

even

which

level

that

so

recording

.

tape

tape

the

only

making

a

new

but

’

'

OPERATION

“

,

0.00

digital

counter

the

displays

-

46

for

C

differential

displayed

time

differential

of

for

tapes

recording

in

tape

When

.

,

System

system

the

if

positions

and

sections

about

seconds

4

5

-

during

and

release

recorded

a

non

-

operation

stops

.

recording

again

than

more

4

button

pressed

make

a

non

the

from

the

record

enters

recording

again

than

seconds

4

-

during

recording

is

pressed

the

mode

pause

button

during

record

be

can

heard

can

,

the

previous

program

new

recording

,

in

step

set

©

in

appears

”

operates

approximate

-

,

,

and

60

C

L

between

the

.

With

is

greater

even

length

the

same

,

use

listening

the

DOLBY

set

selectedinthe

the

of

playback

.

and

recording

About

.

,

seconds

5

-

-

recorded

button

,

press

to

enter

from

resumed

be

recording

is

recorded

.

.

.

the

the

as

playback

-

90

C

actual

30

C

-

.

the

Dolby

to

NR

recording

DOLBY

leave

auto

it

.

section

and

.

continu

after

pause

-

.

..

..

start

to

muting

INPUT

display

a

digit

4

-

tapes

play

,

C

differ

A

but

a

tape

switch

4

the

the

the

the

46

-

with

NR

NR

PRO

HX

Dolby

When

nents

function

changes

This

-

low

-

the

of

,

Dolby

current

-

5

are

signal

This

reducing

tion

.

-

The

•

same

not

This

•

ever

a

source

is

recorded,these

as

bias

.

will

result

frequency

high

frequency

-

PRO

HX

so

that

fluctuations

.

greatly

improves

the

dynamic

even

Dolby

have

system

Dolby

,

headroom

in

signal

the

low

when

HX

which

contains

high

and

therefore

phenomena

subsequent

and

saturation

headroom

effective

the

high

in

the

high

frequency

-

sound

recorded

tape

the

PRO

HX

automatically

is

PRO

not

extension

many

-

frequency

,

such

level

extension

bias

frequency

-

-

frequency

signal

played

is

.

works

noise

a

the

as

distortion

.

system

is

constant

components

level

with

back

when
reduction

-

high

frequency

signals

effective

changes

saturation

variations

system

this

in
in

have

bias

in

and

controls

even

deck

a

recording

system

compo

the

current

the

level

reduction

the

when

the

of

level

and

sounds

that

.

same

bias

there

input

while

distor

does

;

how

-

of

-

the

-

.

.

-

,

-

HH

OD

1

1

1

>

^

N

!

00

-

03

-10-

H

o

>

£

CD

m

m

z

D

N

HH

DO

o

:

z

o

4

*

^

CO

CJ

CO

1

COMPU

The

Compu

components

between

ations

.

system

This

is

a

various

ing

system

LINK

components

rear

The
unit
tionsofversion

Automatic

LINK

This

a

ple

cally

button
the

Automatic

When

unit

3

nents

button

By
automatically

The

activation

this

the

Synchronized

Synchronized

starts

synchronized

1

2

3

DDRP

The
when

ton

is

necessary

;

version1and

/

1

SYNCHRO

-

panel

version

an

and

)

3

-

function

COMPU

,

a

deck

if

and

When

.

source

the

other

to

/

SYNCHRO

is

possible

of

JVC

doing

source

purpose

previous

recording

the

Set

.

dance

you

want

.

If

tunes

.

Press

doing

,

synchronized

nized

Dynamics

(

DDRP

used

a

suitable

of

adjusted

first

system

,

.

This

amplifier

Power

LINK

the

unit

Source

provided

this,the

buttonofthe

.

cassette

with

any

in

the
the

recording

function

with

to

LINK

CONTROL

COMPULINK

ControlSysfm

Link

Control

automatically

originated

operations

3

’

’

is

marked

“

COMPU

belongs

unit

system

3

controls

or

.

1

On/OH

is

available

3

SYNCHRO

/

-

a

contains

Is

played

tape

amplifier

the

automatically

is

Selection

remote

components

terminals,the

with

simple

s

amplifier

’

corresponding

.

selector

buttonofthe

desired

When

the

component

Recording

recording

in

synchronism

recording

deck

the

recording

the

programmed

order

you

/

PAUSE

PLAY

deck

cassette

the

with

thus

Detection

makes

suitable

a

JVC

CD

automatically

recording

start

System

and

developed

There

.

For

version

(

.

on

-

3

SYNCHRO

/

LINK

version

to

relative

,

receiver

(

STANDBY

an

when

terminal

,

tape

the

back

or

receiver

switched

(

COMPU

cables

which

switch

one

receiver

or

component

components

will

stop

(

COMPU

refers

to

with

as

follows

to

the

record

procedures

recording

wishtohear

buttonofthe

is

placed

player

CD

can

be

made

Recording

possible

JVC

CD

is

player

,

then

by

the

SYSTEM

controls

and

facilitates

are

two

1

components

rear

the

panel

"

)

.

3

functions

additiontoall

in

)

Function

amplifier

is

connected-For

deckisturned

by

only

switched

is

to

LINK

used

are

have

COMPU

of

-

over

the

-

touch

of

.

component

remote

can

have

been

within

playing

,

1

LINK

-

the

process

the

CD

:

-

pause

on

,

program

.

the

in

recording

for

possible

Processor

fully

automatic

When

player

.

,

pressed

recording

procedure

normal

relative

various

by

JVC

versions

For

.

is

marked

between

of

or

receiver

on

pressing

to

STANDBY

-

,

)

1

3

connecting

for

all

system

source

start

will

control

be

also

switched

five

)

3

which

In

Perform

.

player

mode

8

page

.

player

CD

record

.

)

the

recording

the

starts

operations

oper

for

facilitat

this

of

,

“

COMPU

version

on

the

this

the

func

(

COMPU

having

exam

automati

the

PLAY

STANDBY

.

this

-

1

LINK

compo

selector

playing

unitorthe

used

over

seconds

the

deck

the

accor

in

the

desired

By

.

mode

and

Synchro

.

recording

recording

DDRP

but

level

;

is

not

it

.

DUBBING

Notes

:

Synchronized

•

cally

when

the

Synchronized

•

record

pause

-

the

#

mode

To

•

the

The

•

recording

switch

ponents

first

The

•

recording

.

cancel

STOP

source

-

.

INPUT

REC/REC

synchronized

buttonofthe

Is

or

over

to

,

cancel

LEVEL

.

-

-

3

-

-

-

,

or

-

for

,

.

-

so

-

-

recording

player

CD

recording

mode

is

set

MUTE

lockedtothe

recording

DDRP

another

synchronized

control

or

DDRP

stops

does

by

simultaneously

and

PAUSE

ll

recording

CD

player

CD

position

to

component

recording

does

recording

playing

not

or

or

avoid

To

.

not

.

start

buttons

DDRP

cassette

during

accidental

switch

or

function

stops

except

pressing

recording

deck

synchronized

over

DDRP

during

automati

when

the

In

.

stops

the

recording

stop

,

press

com

DDRP

the

-

or

-

Synchro

•

Operate

o

o

o

Press

O

Insert

O

and
direction

Insert

Q

press

recorded

Select

O

Press

Q

Press

O

tontostart

Press

Q

dubbing

order

the

in

REVERSE

Moce

,

A

a

SYNCHRO

*

HIGH

SPEED

NORM

POWER

the

a

prerecorded

o

the

press

-

.

tape

the

blank

the

direction)buttontoselect

(

«

-

.

the

REVERSE

"

’

0.00

to

.

’

the

SYNCHRO

dubbing

(

stop

the

of

the

numbers

POWER

5

DUE

8

M

SPEED

switch

to

tape

with

direction)button

(

side

with

MODE

.

DUBBING

.

)

buttonofdeck

set

to

side

facing

A

(

NORM

deck

When

.

and

but

be

,

A

-

released

Synchro

•

deck

When

back

mode

operation

mode

.

Before

•

Confirm

dubbing

and

Dubbing

During

dubbing

is

cassette

of

position

Dubbing

and

When

the

bing

,

BLANK

the

When

deck

standby

status

record

muting

When

deck

Input

level

Recording

during

dubbing

.

control

Microphone

By

connecting

bing

possible

is

to

perform

mixing

phone

mode

OFF

editing

Tape

.

1

Press

the

.

a

tune

and

leaves

enters

2

.

Press

the

tune

you

stop

the

.

3

Press

the

the

pause

dubbing

Notes

at

Normal

.

1

sound

2

.

Television

interference

the

high

in

off

the

mode

.

the

in

o

COUNTER

ON

.

facing

A

to
out

or

B

to

stop

illustration

n

n

u.uu

RESET

into

out

select

into

deck

the

side

HIGH

SPEED

dubbing

the

n

deck

.

.

travel

B

,

to

)

,

the

B

stops

record

muting

A

or

enters

stops

during

dubbing

automatically

pressing

that

.

applied

the

BLANK

A

A

is

dubbing

for

Deck

the

-

speed

quality

television

SYNCHRO

the

both

decks

DOLBY

NR

,

the

same

the

to

switch

NR

.

BLANK

SKIP

SKIP

button

SKIP

function

the

enters

in

the

record

for

.

operation

resumes

playback,dubbing

performed

at

regardless

mixing

during

a

microphone,microphone

the

playback

with

normal

at

during

dubbing

A

.

deck

the

/

REC

REC

•

automatically

B

-

recorded

a

non

-

record

paused

(

)

stop

button

using

want

by

before

just

cassette

same

SYNCHRO

again

dubbing

,

and

dubbing

.

placed

receivers

on

the

recorded

dubbing

speed

-

receiver

dubbing

any

,

deck

and

then

in

are

switch

mode

NR

recording

is

ON

operates

BLANK

pause

-

the

same

of

the

dubbing

speed

,

use

MUTE

button

enters

section

mode

of

deckAand

the

the

DUBBING

is

recommended

close

signal

mode

or

use

mode

mode

B

enters

enters

DUBBING

the

stop

selected

cassette

during

in

SKIP

mode

level

position

sounds

.

When

cassettes

when

the

of

.

,

«

beginning

start

will

to

when

this

.

If

the

normal

is

automatically

other

than

the

the

record

button

mode

before

for

regardless

,

normal

deck

A

mode,deck

after

commences

as

playback

the

of

the

INPUT

mixing

from

deck

performing

recorded

finished

record

muting

-

about

seconds

4

search

or

PLAY

of

the

button

pressed

.

to

the

deck

the

deckisused

happens

speed

-

play

the

record

mute

pause

-

starting

the

playback

the

of

speed

dub

-

.

enters

B

automatic

.

tape

LEVEL

dub

during

sure

.

A

Be

micro

NR

with

dubbing

mode

then

the

for

next

button.Then

tune

.

before

obtain

good

may

cause

,

either

turn

dubbing

-

-

-

-

|

V

CO

COH

>

$

5

2

D

H

i

|

s

*

J

^

o

^

-11-

-12-

MAINTENANCE

The

importance

When
accumulateonthe

become

tone

•

the

•

the

•

recordings

•

Becauseofthis,clean

optimum

that

Cleaning

Wipe

dipped

available

cleaning

the

tape

too

quality

output

previous

the

the

heads,the

In

from

fluid

of

cleaning

is

moving,magnetic

heads

dirty

:

deteriorates

sound

sound

are

not

recordings

heads

capstan

alcohol.For

your

audio

completely

has

level

is

satisfactory

the

,

pinch

,

capstan

.

drops

erased

not

heads

be

will

roller

,

etc

effective

store

dried

.

.

.

.

,

made

After

etc

with

cleaning

powder

and

pinch

satisfactorily

every

.

.

and

capstan

a

cotton

,

cleaning

before

and

dust

roller.When

.

10

hours

swab

a

use

,

be

loading

naturally

of

with

cleaning

sure

that

a

cassette

use

the

objects

period

occurs

recorded

the

the

(

heads

brought

time

of

When

.

heads

tape

available

close
results
the

noiseisexcessive

may

tape

and

other

20

every

from

the

to

magnetization

in

be

erased

metal

hours

30

-

audio

your

head

.

store

parts

of

using

or

use

)

deck

the

,

the

head

of

high

,

frequen

-

that

into

come

with

a

head

.

Demagnetizing

Magnetic

they

so

tip

its

kit

the

.

long

a

for

thus

noise

the

cies

on

Demagnetize

with

contact

demagnetizer

o

CO

CO

2

4

CJI

Capstan

Pincn

roller

Head

demagnetizer

a

Cotton

swab

Record

I

playback

/

head

H H

DO

JVC

COMPANY

VICTOR

13

-

-

OF

JAPAN

LIMITED

.

Printed

VNN

2348

Malaysia

In

-

671

M

i

Nj

00

O H

»

J

*

§

m
m

z

a

s

s

H

si

-

Nl

-

2

O

"

1

Erase

head

^

TD

TD

/

TNC

717

W

-

.

718

W

-

J

/

E

/

/B/

KA

B

UT

G

/U/

EN

Q

A

Power

]

Location

Top

view

A

stopper

Cord

cord

A

Power

Main

of

transformer

Parts

Power

supply

transistor

Main

board

asas

Model

i

y

’

-

:

TD

718

W

/

Mechanism

Top

view

Eject

B

/

)

Pinch

safety

(

Deck

Deck

Mechanism

Supply

roller

reel

Fig

ass

.

A

Reel

disk

'

y

1

-

motor

)

(

L

R/P

2

ass

Head

y

’

ass

Take

Pinch

'

y

-

up

roller

reel

ass

Mechanism

board

.

Fig

1-1

disk

'

)

(

y

R

ass

Bottom

+

control

y

’

Cam

©

is

a

view

motor

Deck

B

y

Mechanism

motor

Reel

motor

Reel

4

,

VW

-

1

FUHUKAWA

OS

/

-

I

V

ass

board

K

’

ass

'

y

m

.

FM

i

«

—

25

bracket

1

.

Fig

•

~

Capstan

3

-

II

•

<

:

*

*

motor

m

12

(

No

4358

.

)

TD

TD

W

717

-

718

W

-

TNC

BKA

/

J

/

/

/G/U/

EN

B/E

UT

\2\

Enclosure

Top

Remove

1

.

side

2

Remove

.

back

remove

To

.

3

away

Front

Remove

1

.

Remove

2

.

from

Release

.

3

and

bottom

4

Disconnect

.

front

Removal

Section

(

Fig

2

.

cover

.

side

(

refer

panel

bottom

the

panel

four

two

.

to

the

three

sides

N

-

screws

screws

top

the

Fig

2-1

.

assembly

cover

top

screws

side

.

panel

front

and

all

connectors

y

ass

and

’

}

Pull

2

1

cover

)

1

<

£

©

as

draw

the

)

.

of

main

)

retaining

retaining

,

slide

(

.

Fig

described

retaining

©

ass

y

’

to

it

between

main

in

2

from

the

board

-

parts

top

the

top

the

direction

2

)

above

in

the

pawls

two

side

front

the

mechanism

ass

cover

cover

of

front

y

.

’

.

.

from

allow

panel

in

from

and

the

both

ass

front

ass

the

lift

’

Q

,

y

’

Pawl

o

,

y

3

Fig

13

1

2

.

-

Pawl

Mechanism

Although

without

detach

to

Remove

.

1

mechanism

the

2

After

disconnecting

.

connector

remove

to

.

3

4

Open

this

At

(

removed

For

moving

.

following

)

a

Mechanism

Top

Connector

connector

b)Main

Disconnect

803

CN

board
Disconnect

deck

at

Remove

from

the

side

board

Deck

assembly

the

detaching

the

front

screws©or

two

the

of

the

mechanism

door

,

door

time

together

the

wirings

ass

connector

of

)

ass

CN

from

Switch

ass

y

and

’

wire

A

and

two

and

A

Push

mechanism

the

front

ass

panel

Fig

(

.

.

5

2

-

the

mechanism

mechanism

remove

and

arm

lock

)

with

.

mechanism

.

y

side

of

motor

side

from

&

CN

861

coming

815

Deck

Fig

(

the

Fig

(

Volume

at

©

B

’

the

y

’

802

CN

screws

up

with

assembly

panel

y

’

two

)

board

control

the

spring

2

.

cam

board

.

2

Mecha

from

from

deck

and

.

a

screwdriver

ass

y

’

do

the

to

screws

©

control

,

remove

board

mechanism

and

ass

only

y

’

)

-

4

switch

CN

(

1

3

)

-

control

ass

board

Phone

H

.

the

head

.

B

remove

,

etc

.

1

can

be

,

is

recommended

it

work

with

corners

the

from

board

screws

two

3

(

Fig

.

.

2

-

ass

y

.

’

door

lock

,

disconnect

board

CN

(

).(

BoardtoBoard

,

CN

board

,

CN

871

y

’

jack

board

ass

mount

the

two

GND

removed

ease

.

the

from

©

-

)

,

4

2

arm

are

the

)

2

.

and

801

Mic

from

y

ass

’

y

CN

811

’

wires

2

2

-

Fig

.

A

n

BOARD

MAIN

nn

of

From

Mecho

control

Boord

,

02

CNB

A

From

DECK

12

y

86

CN

CN

'

A

DECK

Mecho

control

Fig

a

loch

’

Motor
board

Motor

board

\

\

DECK

Cam

B

switch

.

control

board

Cam

switch

board

/

Mecho

control

\

board

Fig

2

.

From

board

8

Qy

boord

.

-

CN

^

2

Mocha

control
board

board

Cam

4

Phone

-

803

-

^

From

-

From

NS

3

i

%

switch

jock

SW

MIC

SH

71

CN

4

815

rom

.

board

r

board

6

board

VR

3

D

r

/

T

.

DECK

6

DECK

B

Motor

board

Cam

switch

board

Motor

board

/

DECK

A

(

No

.

4358

)

13

TD

TD

-

717

W

W

718

-

1

.

1

.

2

.

.

3

4

.

/

TNC

J

/

/

UT

G

/

/

U

/

B

it

EN

E

arm

out

/

ass

two

.

BKA

Eject

Remove

pull

Mechanism

Remove

(

see

Remove

Insert

between

pawl

Remove

ass

engaged

(

see

Remove

ass

’

Fig

y

Fig

,

from

)

y

.

'

an

and

four

8

)

2

.

-

the

originary

the

draw

the

the

with

2

.

-

the

(

see

y

’

screws

holder

screws

damper

damper

the

arm

mechanism

door

the

)

7

eject

Fig

.

2

Fig

(

.

2

®

and

retaining

®

ass

-

)

screwdriver

(

and

damper

shaft

side

spring

)

7

-

)

5

-

retaining

door

y

(

for

easy

’

the

front

ass

of

the

holder

by

the

from

the

’

y

ass

mechanism

the

reassembling

the

or

panel

outwards

y

’

cassette

(

The

.

longer

lever

lock

eject

(

Fig

like

to

side

arm

ass

Fig

6

2

.

-

-

holder

in

to

disengage

see

Fig

(

.

holder

spring

door

)

.

mechanism

and

’

work

the

2

y

2

.

door

(

and

8

-

,

gap

the

-

®

0

)

DECKS

)

.

remove

How

to

)

6

is

©

Fig

damper

0

©

DECKA

2

5

-

.

u

Fig

2

.

6

-

Switch

^

board

1

After

.

following

Pull

out

2

.

Remove

3

.

board

4

.

Remove

the

Lift

5

.

to

the

(

603

CN

6

Disconnect

.

(

y

ass

’

Headphone

4

y

ass

’

1

.

After

H

.

wards

removing

Phone

move

Key

switch

Remove

1

.

y

ass

.

’

the

Do

2

.

Main

4

1

.

Remove

2

.

Remove

&

Volume

y

(

ass

Fig

’

removing

steps

INPUT

the

screws

five

.

one

screw

right

board

mechanism

604

CN

/

CN

)

702

CN

.

Fig

(

2

.

-

jack

while

pushing

it

.

board

screw

one

same

for

four

four

ass

screws
screws

board

2

.

the

,

upwards

)

.

602

jack

)

8

the

board

the

’

board

8

)

-

mechanism

volume

retaining

®

and

©

control

coming

board

Switch

ass

down

it

ass

(

DeckA

®

other

(

see

y

retaining

®

retaining

®

ass

’

knob

remove

to

remove

key

from

ass

&

Volume

y

and

’

toward

y

(

Fig

’

side

Fig

2

y

Mechanism

and

holder

.

the

Switch

the

it

board

Mechanism

y

and

’

jack

Mic

the

)

8

2

.

-

)

B

or

.

,

-

Fig

3

board

the

board

the

,

proceed

&

.

cap

since

connector

with

Mic

board

board

bottom

retaining

-

1

2

.

to

Volume

it

connected

is

control

jack

y

ass

’

ass

side

the

)

the

Control

to

P

board

board

,

pull

y

’

to

board

panel

rear

the

C

.

.

pins

the

out

re

spring

Shorter

CN

60

T

Mic

Key

the

Door

side

*

a

switch

door

jack

Switch

side

board

\

9

Fig

board

and

eject

Mechanism

Fig

2

.

702

CN

rd

CN

I

602

.

)

14

)

(

9

\

\

H

.

Volume

&

2

.

-

'

y

ass

-

&

L

9

Phone

board

8

spring

ass

7

CAP

T

8

jack

'

y

Mecha

l

o

board

Lock

lever

eject

©

control

o

Key

spring

boord

T

©

switch

board

How

to

engage

Cassette

Longer

door

O

O

w

V

7

3

-

®

®

©

-

Key

switch

board

.

14

(

No

4358

.

)

TD

TD

TNC

BKA

/

J

/

/

/

/

G

U

/

B

UT

EN

/

E

-

W

717

718

W

-

Reassembling

•

Attach

.

1

screws

2

.

the

Put

on

the

3

Attach

.

screws

two

4

.

Engage

.

Install

5

6

.

Install

Attach

7

.

five

screws

Install

8

.

HooK

9

.

.

y

ass

’

Attach

10

.

two

screws

Cassette

procedure

Key

the

.

ass

door

panel

front

mechanism

the

.

door

the

damper

the

eject

the

the

Switch

.

the

mechanism

the

eject

Mecha

the

.

mechanism

switch

y

and

’

.

spring

(

Push

.

arm

&

Volume

spring

control

board

the

holder

properly

y

ass

’

ass

between

front

the

of

ass

’

mechanism

the

to

.

pawl

the

.

board

.

y

’

lock

board

section

y

ass

ass

panel

to

front

side

lever

the

holder

last

y

to

’

to

y

’

y

ass

’

panel

together

panel

engage

to

panel

the

mechanism

and

panel

the

with

ass

y

’

two

with

with

it

with

with

Mechanism

©

3

S

(

)

left

roller

Pinch

)

.

o

A

©

WF

o

o

-

Head

Fig

Pinch

mount

9

2

.

-

>

a

/

roller

Iright

Head

)

mount

Head

ass

base

y

’

,

Fig

Fig

2

(

Fig

.

-

2

-

.

pinch

and

9

the

9

pinch

three

the

pawl

11

-

assembly

screws

assembly

pinch

roller

hooking

the

pinch

.

retaining

©

(

and

it

roller

mount

Head

Remove

1

.

Pinch

roller

Remove

.

1

the

gaging

For

2

.

reengaging

\

i

to

Fig

.

2

head

,

Fig

roller

2

io

-

.

2

roller

)

mount

11

-

spring

ass

)

by

spring

y

.

’

disen

,

refer

-

10

2

.

-

Fig

Pinch

roller

(

)

left

Pinch

roller

spring

Pinch

(

right

Pinch

spring

roller

)

roller

(

No

.

4358

)

15

TD

TD

/

TNC

BKA

FM

A

Remove

1

.

Fig

(

2

.

Remove

the

2

-

Remove

3

.

FM

4

.

For

J

/

/

E

8

/

/

/

EN

G

bracket

and

)

B

soldering

2

.

-

12

three

FM

bracket

,

12

2

-

two

bracket

reengaging

/

UT

U

Capstan

/

)

screws

)

13

screws

(

Fig

.

and

.

the

2

of

connector

and

©

capstan

the

retaining

©

)

12

-

capstan

motor

disengage

belt

assembly

FM

on

Reel

two

belt

can

the

capstan

,

refer

to

(

Mechanism

motor

pawls

be

removed

motor

Fig

2

.

-

,

13

board

and

from

.

.

then

Fig

(

the

board

ass

'

y

connector

FM

Capstan

motor

Reel

motor

/

.

.

Pawl

d

o

O

_

0

J

O

o

FM

2

Fig

o

bracket

.

O

o

vZ

2

^

?

c

0

o

7

12

-

l

I

2

©

Pawl

-

717

W

718

W

-

Flywheel

1

.

Remove

2

.

up

Pull

Reel

Remove

1

.

motor

Reel

Remove

1

.

Reel

Actuator

Remove

.

1

Actuator

Soldering

two

the

motor

and

motor

two

motor

two

motor

d

ass

screws

Flywheel

board

four

soldering

remove

board

screws

ass

motor

screws

Actuator

0

y

’

y

toward

’

ass

O

-

Fig

(

the

ass

’

0

y

motor

.

2

-

and

@

L

)

(

and

(

Fig

Reel

(

Fig

from

©

upward

y

’

from

©

toward

Reel

l

/

I

/

M

/

.

of

.

(

motor

14

2

2

Fig

O

)

remove

)

(

and

R

)

-

14

the

Reel

motor

)

15

-

rear

of

.

2

.

-

rear

of

upward

Soldering

/

the

remove

board

chassis

)

15

chassis

.

\

D

i

/

/

/

shield

motor

.

Reel

them

and

and

motor

©

plate

.

and

remove

remove

board

.

Actuator

the

the

y

ass

’

Actuator

d

Capstan

belt

Fig

ass

'

y

motor

3

&

<

o

Real

0

?

r

O

<

>

/

\

2

v

<

©

0

13

2

.

-

’

ass

y

motor

g

>

<

)

'

/

L

.

f

©

>

js

?

o

o

®

16

(

No

.

4358

d

©

\

(

)

Flywheli

R

Fig

)

Shield

plate

14

2

.

-

Flywheel

(

L

)

6

5

Fig

Mechanism

.

15

2

-

©

board

ass

y

'

Mechanism

Remove

1

.

Release

2

.

gearing

3

For

.

the

see

board

one

screw

the

Mechanism

between

magnified

y

ass

’

retaining

®

board

the

Mechanism

illustration

(

in

Fig

from

the

a

2

.

circle

16

-

board

five

board

.

)

.

pawls

and

.

Control

cam

j

TNc

BKA

/

/

UT

G

8

/

/

U

/

/

/

E

EN

Mechanism

board

ass

-

W

TD

717

TD

W

718

-

’

y

,

Pawl

(

-

Fig

2

control

the

to

@

)

(

position

b

actuator

upward

actuator

upward

the

gear

gear

.

cam

control

position

A

and

(

large

Control

B

A

of

gear

.

gear

.

(

small

Control

Release

.

/

1

For

2

.

control

groove

(

18

-

Actuator

Release

1

.

/

move

Release

2

.

move

Actuator

After

1

.

and

(

large

/

cam

the

assembling

cam

to

)

)

gear

the

toward

it

the

it

toward

gear

removing

actuator

)

.

Actuator

17

from

B

)

(

2

cam

of

Head

(

small

(

A

(

B

Fig

.

cam

)

Actuator

18

-

two

,

Pinch

base

small

small

2

-

,

,

remove

pawls

(

a

fits

lever

shaft

)

Fig

(

.

from

)

)

from

)

17

actuator

gear

.

)

2

one

the

(

zone

one

Fig

2

.

groove

(

and

Fig

(

.

.

)

-

17

pawl

pawl

gear

Actuator

)

17

-

of

)

(

)

zone

b

2

A

17

-

and

and

(

small

re

re

,

2

-

-

)

Fig

gear

b

zone

)

,

7

2

.

16

-

o

Actuator

(

small

gear

)

zone

Control

cam

side

)

(

chassis

P

lever

lever

Pinch

B

Control

17

cam

Head

base

shaft

Fig

Pinch

18

2

.

-

(

No

.

4358

)

17

TD

TD

-

W

W

-

717

718

[

3

TNC

BKA

]

/

J

E

B

/

/

/

/

EN

G

U

/

Main

UT

/

Adjustment

Measuring

adjustment

1

(

2

(

(

3

(

4

(

5

(

6

(

7

(

8

-

)

Low

50

Hz

)

Attenutor

)

Electronic

)

Standard

VTT

712

VTT

727

TMT

735

frequency

VTT

703

(

azimuth

TMT

6447

)

Recording

-

AC

224

-

AC

712

Q

)

600

)

Distortion

Torque

)

TW

2231

-

resistors

instruments

frequency

,

20

OdB

kHz

Q

600

impedance

(

voltmeter

tapes

(

3

kHz

tape

measurement

(

400

(

1

k

Hz

,

12.5

)

)

VTT

or

703

)

,

TM

6448

reference

,

Normal

TDK

MA

meter

(

TW

)

)

for

(

bandpass

(

cassette

2241

(

(

gauge

and

oscillator

output

speed

)

(

DOLBY

)

,

VTT

k

L

(

music

tapes

513

AC

-

(

Metal

attenuator

)

,

mechanism

with

)

wow

,

standard

739

kHz

(

10

scan

TDK

(

)

filter

for

required

(

oscillation

600

and

(

,

63

1

)

,

VTT

)

)

SA

matching

)

,

CTG

N

-

adjustments

frequency

Q

impedance

flutter

level

)

,

k

10

k

704

)

(

CrOa

)

TW

2111

(

playback

)

12.5

(

,

TW

for

)

kHz

2121

&

)

(

Wow

9

)

(

10

)

(

11

)

(

12

Power

Set

220

your

AC

AC
AC
AC

)

(

13

)

Standard

,

flutter

Freequency

gauge

M

300

Band

pass

supply

line

the

127

V

V

240

230

120

230

Switches

/

local

,

50

V

,

V

50

,

60

V

127

/

INPUT

DOLBY

/

voltage

/
/

Hz

110

/

and

LEVEL

NR

REVERSE

PITCH

CONTROL

MIXING

MIC

COMPU

PHONES

BLANK

SKIP

gauge

counter

filter

voltage

voltage

120

V

.

60

Hz

60

Hz

,

V

position

volume

MODE

LEVEL

CAL

LED

LEVEL

/

50

110

gauge

selector

V

A

:

version

:

E

B

/

:

C

J

/

Hz

60

/

of

knobs

switch

according

G

/

/

EN

version

:

UT

U

/

switch

the

Setting

to

version

version

and

V

240

to

*

volume

position

MAXIMUM

OFF

>

CENTOR

MAXIMUM

OFF

MAXIMUM

OFF

/

230

knob

V

/

i

Location

DECK

DECK

FREQ

PB

RESPONSE

of

Adjustment

A

A

.

VR

211

adj

0

TUNING

F

.

TP

B

0

0

-

DECK

-

DECK

ad

adj

;

nn

DECK

HX

adj

DECK

FREQ

RESPONSE

adj

-

B

B

PRO

.

B

B

o

A

DECK

HX

adj

PRO

I

2451

2401

L

1401

L

841

CN

5

VR

111

1

BIAS

FREQUENCY

0

0

H

.

SPEED

TP

DECK

5

CN

L

^

-

-

B

846

8451

\

V

DECK
DECK

L

0

1

VR

216

0

NORMAL

VR

701

A

-

Hffl

-

A

702

VR

HIGH

1451

L

0

VR

0

SPEED

SPEED

VR

VR

116

703

704

CN

CN

CONNECTION

841

CN

846

CN

/

1

5

841

846

(

DECK

(

DECK

1

MO

AA

A

)

)

B

O

-

/

V

+

F

.

COUNTER

BIAS

(

•

o

GND

FREQUENCY

)

adj

o

+

)

(

L

®

o

-

DC

VOLTMETER

PRO

HX

(

o

-

+

(

)

R

®

o

-

—

adj

)

18

4358

.

)

(

No

TD-W

TD

W

-

717

718

TNC

BKA

/

J

/

/

/

G

U/UT

/

E/EN

B

Compu

CAL

F

.

Short

1

.

2

Before

.

the

3

.

Press

At

NOTE

:

Item

Level

meter

sensitivity

adjustment

-

Calibration

mode

the

set

factory

the

the

same

Compu

When

played

If

Compu

on

the

Then

correct

setting

TUNING

F

.

.

the

CAL

F

setting

POWER

time

on

the

Calibration

-

counter

Mode

:

deck

at

Test

siganl

400

Hz

lnput

:

LINE

procedure

TP

and

mode

level

.

key

while

,

[

CAL

F

.

Calibration

-

counter

FL

of

the

error

Condition

EC/PAUSE

R

B

level

or

kHz

1

(

IN

for

F

GND

,

press

pressing

]

mode

is

FL

of

is

finished

indicator

message

:

4

,

dBs

-

and

L

R

.

CAL

on

mecha

the

Counter

the

displayed

is

finished

indicator

abnormally

.

and

)

mode

control

[

FF

normally

.

readjust

Supply

.

1

dBs

4

-

Press

2

.

sensitivity

3

.

Confirm

automatically

(

board

key

Reset

on

the

,

[

COMPU

]

deck

,

[

COMPU

the

Compu

a

400

key

while

of

B

-

CAL

Hz

.

the

[

COMPU

automatically

difference

that

adjustment

ass

y

.

’

pressing

deckAunder

counter

CAL

-

-

Calibration

or

of

]

LED

LED

]

blinks

Adjustment

signal

kHz

1

]

CAL

key

-

.

level

the

STOP

the

indicator

FL

light

up

and

.

both

to

deck

of

between

)

of

deck

key

power

standby

.

and

result

numberofcalibrationisdis

numberofcalibration

error

L

RofLINE

and

B

adjust

,

the

and

left

righkt

B

by

mode

level

reason

IN

meter

within

of

.

terminals

0.3

cancellation

is

displayed

at

dB

.

-

Playback

adjustment

decks

A

and

Recording

charactor

adjustment

(

Bias

and

REC

/

PB

sensitivity

at

decks

and

B

level

)

A

at

B

Direction

A

and

NR

:

OFF

Test

tape

Direction

and

A

B

Recrding

-

AC

224

AC

513

-

-

AC

712

OFF

:

NR

:

FWD

B

)

:

:

FWD

)

tape

(

normal

(

Cr

(

metal

VTT

02

(

decks

-

727

(

decks

:

)

)

)

1

.

Load

Press

2

.

3

Press

.

levels

Load

1

.

.

Press

2

charactor

After

While

.

3

Load

same

Afer

Load

.

4

same

After

NOTE

the

VTT

[

the

PLAY

[

the

COMPU

of

both

the

AC

[

the

COMPU

adjustment

while

about

adjusting

the

AC

manner

while

about40seconds

the

AC

manner

while

about

When

;

range

recording

of

test

727

-

key

]

CAL

-

decksAand

-

224

tapes

CAL

-

50

seconds

,

confirm

513

tapes

-

above

step

712

tapes

-

above

step

40

seconds

the

start

tape

tapes

of

deckAand

key

]

B

both

to

key

]

deck

of

that

both

to

.

2

,

to

both

.

2

each

and

end

both

to

of

automatically

of

,

all

adjustment

,

decksAand

playing

deck

and

A

.

decksAand

,

deck

and

A

adjustment

segment

decks

decksAandBand

adjusting

tapes

A

then

,

do

winding

start

deck

is

is

A

and

completed

is

completed

is

not

positions

displayed

.

B

back

the

adjust

the

B

.

recording

the

automatically

B

completed

adjusting

B

and

adjusting

use

while

.

.

tape

playback

.

automatically

on

indicator

FL

the

as

automatically

as

the

automatically

about3minutes

.

.

.

.

(

No

4358

.

)

1

18

-

TD

TD

TNC

J

BKA

/

/8/

/

/EN/

UT

/

6

G

U

717

W

-

718

W

-

If

following

conditions

case

In

1

.

(

Error

01

ER

02

ER

ER

03

case

2

In

.

04

ER

05

ER

ER

06

3

case

In

.

For

(1)

Lch

12

ER

13

ER

14

ER

ER

15

ER

16

17

ER

18

ER

19

ER

No

error

and

the

.

the

the

messages

readjust

Level

) (

Contents

No

Over

Over

Playback

No

Over
Over

Recording

No

No

No

Can

Over

Over

Too
Too

the

meter

sensitivity

signal

the

the

level

playback

the

the

signal

400

Hz

12.5

kFlz

playback

find

not

the

adjustment
adjustment

the

much

much

are

indicatedontheFLindicator

Compu

of

adjustment
adjustment

-

the

message

adjustment

Calibration

adjustment

range

range

.

.

)

,

much

too

,

much

too

/

signal

adjustment

adjustment

test

test

signal

the

large

small

range
range

adjustment

signal

for

for

signal

Do

(

recording

range

range

kFlz

12.5

12.5

kFlz

,

too

,

too

.

recording

recording

not

recrded

start

of

400

of

400

playback

playback

much
much

large

small

large

small

)

position

Flz

playback
playback

Flz

signal

signal

the

the

the

the

level

level

when

input

input

playback

playback

signal
signal

compare

compare

adjusting

signal
signal

signal

signal

,

level

too

level

,

too

with

with

the

level

level

400

400

Conpu

much
much

Hz

Flz

large

small

signal

signal

-

Calibration

400

Flz

Flz

400

,

correct

playback

playback

these

signal

signal

abnormal

(2)

(3)

For

ER
ER
ER

ER

ER
ER
ER

ER

For

ER

ER

22

23

24

25

26

27

28

29

30

31

Rch

Lch

and

No

No

No

Can

Over
Over

Too

Too

Rch

Compu

finished

Compu

finished

400

Flz

test

12.5

playback

not

much
much

test

kHz

signal

the

find

the

adjustment

adjustment

the

large

small

-

CalibrationofAC

Calibration

-

signal

signal

(

Do

recording

12.5

kHz

12.5

of

for

for

not

range
range

kHz

AC

recording

recording

recorded

start

position

of

400

of

400

playback

playback

513

adjustment

-

adjustment

712

-

)

playback

Hz

Hz

playback

signal

signal

level

level

is

is

signal
signal

compare

compare

started

started

level
level

with

with

before

before

,

much

too

,

much

too

400

Hz

400

Hz

adjustment

adjustment

large

small

signal

signal

of

of

400

400

AC

AC

Hz

Hz

224

-

224

-

playback

playback

complete

is

not

complete

is

not

signal

signal

18

(

No

2

-

4358

.

)

TD

TD

TNC

BKA

/

J

/

B

/

/

/

/

G

U

UT

/

EN

E

-

717

W

718

W

-

Mechanism

Item

Adjusting

Head

azimuth

Adjusting

speed

Tape

(

motor

speed

Adjstment

Conditions

Test

tape

After

1

.

normal

of

)

then

speed

high

For

2

.

adjustment

deck

and

between

TP

and

Do

.

3

not

while

TP

and

shortcircuited

Test

tape

VTT

704

VTT

:

12.5

(

adjustment

speed

high

adjust

.

speed

,

set

play

H

.

GND

anything

do

.

SPEED

GND

mode

SPEED

.

are

for

shortcircuit

H

.

:

(

3

712

-

kHz

the

kHz

)

,

,

)

1

.

Connect

LINE

Play

2

.

3

Adjust

.

(

FWD

electronic

both

for

be

0

”

Repeat

4

.

modes

5

.

Confirm

deck

1

.

Connect

LINEOUT

Perform

2

.

and

Play

.

3

Adjust

4

.

Adjust

for

]

[

)

B

Adjust

5

.

After

adjust

(

deck

Difference

6

.

must

Adjustment

electronic

an

terminals

OUT

back

the

VTT

the

head

and

REV

voltmeter

channels

)

.

”

adjustment

the

well

as

difference

that

deck

and

A

frequency

a

terminals

normal

do

then

back

high

the

normal

for

(

701

VR

normal

high

for

adjustment

702

VR

)

for

}

B

\

in

than

less

be

VTT

deck

speed

FWD

and

704

angle

)

until

phase

(

for

as

B

speed

speed

712

speed

speed

of

(

deck

high

48

.

becomes

within

.

A

[

speed

and

Hz

Confirmation

voltmeter

(

12.5

with

the

in

the

level

counter

adjustment

adjustment

test

)

and

]

3000

at

normal

Aj

[

REV

to

)

kHz

the

screw

reading

maximum

difference

and

FWD

decks

A

between

dB

2

.

the

to

tape

.

703

VR

.

Hz

speed

)

VR

and

6000

at

frequencies

test

and

.

the

of

must

first

.

(

704

Hz

tape

the

REV

B

,

deck

,

.

.

.

Standad

Maximum

Deck

F

Normal

Deck

15

High

Deck

30

speed

@

Hz

speed

0

Hz

W

,

,

1

1

value

,

A

:

3000

:

:

6000

:

Screws

(

B

ws

Deck

±

Deck

±

OdBs

Adjust

,

FWD

Normal

High

|

Normal

;

High

REV

0

;

§

VR

=

REV

:

;

VR

VR

;

;

VR

0.775

point

)

Adi

701

702

703

704

V

Checking

and

wow

flutter

Checking

back

play

torque

Checking

forward

fast

rewind

torque

%

0.17

than

and

less

WRMS

(

27

-

90

-

70

200

)

g

cm

-

cm

g

-

.

4358

)

19

(

No

wow

a

torque

FWD

[

,

or

the

(

REV

and

.

Play

see

to

0.17

%

testing

]

TW

/

remove

gauge

torque

manner

TW

:

)

2231

)

)

)

)

)

Connect

terminals

OUT

tape

.

Check

is

than

less

Employ

(

2111

TW

checking

a

torque

use

Measure

same

the

in

cassette

Test

TW

2241

a

Test

tape

:

kHz

3

(

712

-

VTT

Torque

Torque

/

TW

TW

TW
TW

gauge

2111

2121

gauge

2231

2241

(

FWD

(

REV

(

FWD

(

REV

flutter

back

if

the

(

WRMS

cassette

2121

the

.

the

in

in

as

(

meter

the

reading

)

.

[

REV

cassette

fast

the

FWD

VTT

712

of

tape

for

]

cover

forward

above

,

)

LINE

test

the

the

.

meter

mode

to

TD-W

TD

W

-

717

718

TNC

BKA

/

J

/B/

/G/

E/EN

U/UT

Electrical

Item

Cheking

1

DOLBY

circuit

(

Rec

.

mode

(

BIAS

-

Item

*

Play

2

back

level

check

Playback

3

*

frequency

response

adjustment

Bias

4

*

frequency

adjustment

CUT

Adjustment

Signal

input

)

)

Output

pin

.

Conditions

Test

tape

727

VTT

tape

Test

735

TMT

739

VTT

Tape

:

Mode

:

Frequency

Input

more

(

pagel

See

[

Deck

B

CN

TP

:

Deck

0

TP

CN

:

:

LINE

-

dBs

8

terminal

400

:

Hz

kHz

1

:

12.5

/

kHz

1

:

63

/

Metal

REC

counter

impedance

MQ

1

than

)

8

]

846

pin

841

pin

Procedure

Cal

.

IN

kH

NR

:

2

:

IC

Play

OUT

Difference

than1dB

Play

VR

so

0±0.5

Then

that

Connect

[

B

deck

(

counter

TP

Hz

.

1

1

level

:

831

@

Adjustment

back

-

is

4.5

back

(

deck

216

that

deviation

dB

,

play

deviation

]

)

and

{

B

reads

Check

,

400

Hz

(

&

)

§

727

VTT

dBs

between

at

LINE

TMT

735

¥

[

]

(

deck

back

of

frequency

CN

841

)

and

\

95

DOLBY

DOLBY

.

Check

±

OUT

test

)

and

of

12.5

A

VTT

63

Hz

counter

(

deck

8401

L

kHz

and

B

(

)

Rec

C

(

)

Rec

and

Confirmation

that

dB

1

.

Lch

and

.

,

tape

VR

111

kHz

)

and

0

±

test

739

to

kHz

1

to

)

[

]

A

(

deck

.

Adjustment

Input

Frequency

(

,

1

cal

kHz

5

kHz

1

kHz
kHz

1

5

kHz

1

kHz

the

Rch

and

,

VR

to

0.5

is

the

and

[

that

tape

]

A

level

must

adjust

211

dB

2

+

CN

adjust

)

so

(

deck

of

(

deck

to

±

846

3

at

be

VR

1

confirm

that

signal

.

,

Cal

,

Cal

,

Cal

,

Cal

,

Cal

LINE

116

kHz

dB

deck

(

8451

L

,

-

.

less

[A]

B

.

the

level

40

-

.

.

-

.

-

.

,

)

is

)

.

)

dB

dB

20

40

20

Standard

LINE

4.5

dBs

-

Phone

14.5

-

dB

2

±

with

12.5

as

reference

0.5

0

+

(

deck

0±0.5

deck

(

1

kHz

63

Hz

2

±

+

95

kHz

kHz

OUT

Out

dBs

[

A

[B]

(

check

3

dB

value

±

kHz

dB

]

dB

±

)

)

0.5

+

and

at

Output

5.7

+

3.5

+

16.2

2.9

+

1

dB

,

)

:

,

raise

deviation

dB

±

dB

±

dB

±

0

dB

±

dB

±

OdB

±

Adjusting

Deck

L:VR

:

R

Deck

L

:

:

R

Deck

\

L

8451

|

Deck

8401

L

2

1.5

0.5

i

2

2.5

1

@

@

VR
VR

B

Al

value

dB

dB

odB

.

dB

dB

VR

\

dB

}

116

216

111

211

20

Slave

5

*

oscillation

(

HX

adjustment

(

4358

No

.

PRO

)

.

Voltmeter

DC

|

TP

TP

]

A

CN

841

:

H

CN

846

:

Deck

)

Deck

This

step

frequency

a

Load

recording

.

1

Adjust

Adjust

tive

voltages

PIN

(

3

2

.

Adjust

Adjust

voltages

tive

(

3

PIN

must

adjustment

metal

mode

for

deck

L

1401

5

)

at

-

for

deck

L

1451

)

5

at

-

be

tape

.

and

of

Rch

and

of

Rch

[A]

CN

[

CN

performed

.

and

2401

L

841

.

]

B

2451

L

846

.

set

(

PIN

(

PIN

to

to

after

decktothe

the

minimize

4

)

at

3

-

minimize

at

)

4

3

-

the

respec

Lch

respec

Lch

bias

and

and

Minimum

-

-

Deck

L:L

1401

2401

R:L

DeckH

L

:

L

1451

L

2451

R

:

]

A

[

TD-W

TD-W

717

718

TNC

BKA

J

/

/B/E/

/G/U/

EN

UT

6

Item

Input

Conditions

1

sensitivity

level

:

dBs

:

2

3

This
oscillation
Record
level
level

Playing

level

check

*

7

REC

frequency

response

check

/

PB

LINE

Ref

±

2

MIC

Ref

±

3

NR

INPUT

-

20

.

)

dB

INPUT

.

dB

20

-

)

dB

SWITCH

dB

LEVEL

-

(

40

level

(

-

86

OFF

:

dBs

levelofthe

8

Recording

/

1

playback

sensitivity

check

Maximum

9

out

\

check

10

Checking

record

put

/

playback

2

Suply

Rec

signal

1

2

distortion

Supply

.

20

at

-

dBs

8

-

Supply

.

nals

is

8

-

Confirm

.

right

3

dB

step

of

)

.

of

CQ

)

Q

C

/

>

C

o
a

.

ta

)

O

DC

0

Supply

.

nals

record

of

20

-

Confirm

.

when

cording

1

monitoring

.

levelatthe

Record

)

terminals

Play

)

output

value

Adjustment

kHz

1

a

,

dBs

.

kHz

a

1

”

66

at

$

dB

.

that

within

2

MIC

at

must

adjustment

the

1

20

dB

-

back

the

the

12.5

1

kHz

high

50

Hz

a

400

dB

.

that

LINE

.

signal

kHz

1

a

.

back

with

conforms

signal

confirm

signal

,

confirm

dBs

difference

dB

at

LINE

terminals

be

and

kHz

(

dB

20

recorded

kHz

signal

Increase

frequencies

Decrease

frequencies

1

signal

Hz

400

Hz

a

REC

level

OUT

to

mode

LINE

,

kHz

-

recorded

the

a

distortion

the

to

and

Confirmation

the

to

LINE

that

the

to

that

level

IN

terminals

.

performed

.

12.5

lower

signals

is

signal

.

In

in

-

'

'

12.5

kHz

the

to

signal

indicator

is

-

LINE

the

,

and

terminal

IN

dBs

20

meter

standard

LINE

MIC

LINE

between

after

signals

kHz

than

,

check

0

±

high

kHz

LINE

reference

at

should

dBs

28

terminal

IN

read

.

signal

,

part

to

value

terminals

IN

level

OUT

input

OUT

left

and

the

the

reference

that

dBtothe

2

Low

Appropriate

High

Frequencies

IN

turn

during

clipped

non

-

to

LINE

Check

see

.

termi

level

and

within

slave

the

at

the

bias

bias

termi

level

re

the

in

the
the

if

is

-

current

bias

current

-

on

-

IN

Standard

IN

LINE

20

dBs

:

-

dB

2

±

-

66

:

MIC

±

3

12.5

kHz

0

dB

2

±

higher

than

.

the

kHz

1

current

,

Normal

Chrome

:

Metal

“

dBs

28

dB

1

±

LINE

OUT

more

than5dBs

PHONES

more

:

OUT

-

than

16

:

Nornal

Less

than
Metal

02

Cr

/

Less

than

dB

level

level

,

dBs

:

dBs

2

Adjusting

:

.

%

:

3

%

11

Checking

signal

noise

recording

playback

to

ratio

)

1

Record

put

perform

Play

)

2

dBs

recording

electronic

conforms

1

kHz

at

by

disconnecting

non

-

back

the

recording

output

voltmeter

the

to

,

20

-

signal

recorded

output

for

.

standard

signal

dBs

from

recording

part

and

comparison

Check

value

,

Stop

the

.

Measure

.

the

see

to

.

the

terminal

the

-

signal

non

using

the

value

if

-

in

to

8

an

-

Normal

More
dB

Metal

More

dB

,

than

,

chrome

than

40

41

;

(

No

.

4358

)

21

W

TD

-

TD"W

717

718

TNC

BKA

/

J

/B/E/EN/

/U/

UT

G

Checking

12

erasing

coefficient

Item

Conditions

)

1

Apply

terminals

)

Perform

2

dB

20

)

3

Era

Measure

)

4

erased

with

For

the

connect

and

the

Input

(

1

^

Adjustment

a

400

.

recording

$

e a

part

the

part

an

electronic

measurement

band

a

electronic

)

kHz

1

(

)

kHz

Band

pass

Hz

of

output

and

filter

,

the

pass

and

Confirmation

20

dBs

+

the

with

recording

difference

non

erased

-

voltmeter

using

filter

voltmeter

Tape

recording

(

erasing

Electronic
voltmeter

signal

signal

.

part

.

a

between

.

deck

)

the

to

enhaned

between

compare

to

metal

the

,

LINE

tape

deck

by

the

IN

,

Standard

More

than

dB

Adjusting

55

22

(

No

.

4358

)

CQ

-

Cora

Blue

CHS

!

2

3

Z

2

To

Board

:

Mechanism

n

Mark

CM

1

:

J

t

90

!

613

CN

Q

&

Board

Ass

y

_

CNI

1

r

’

)

V

o

O

O

r

“

—

U/UT

Version

only

0

923

CH

EEEO

CM

CN

24

FW

901

:

Key

Switch

A

)

T

.

fc

•

I

A

n

m

Stand

u

ll

•

|

jCElCN

by

Indicator

CN

3

711

VWF

712

1227

FW

701

I

O

O

DO

>

s

Color

1

2

3

V

Board

Mechanism

Control

Board

Ass

y

’

J

4

FW

701

CN

722

5

6

Ep

702

o

_

nnn

|

CN

602

CN

jnfcj

CN

r

605

t

VWF

^

i

VWF

Switch

1207

^

1211

-

/

Volume

604

CN

^

14

-

Main

14

TTB

TTBV

Board

CN

Board

721

Ass

Cp

:

Key

B

Switch

p

nj

—

614

CN

:

Mechanism

B

~

y

l

PI

f

’

1

|

Board

Board

~

ICNI

r

J

701

CN

r

t

19

-

TTBV

603

CN

|

13

-

cpgoi

TTBV

J

VWF

1209

,

901

CN

QD

Cord

Brawn
Red

Orenge

Yellow

Green

Blue

Ass

are

y

’

shown

7

8

9

0

D

LT

n

below

Violet

Gray

White

Black

Pink

NO

00

Ml

3

CQ

o

O

3

3

o

o

3

(

/

)

21

o

CO

C

00

K

CO

Deck

Reel

|

~

CN

2

M

rr

1

FW

©

:

Capstan

A

FW

fZ

@

ywis

—

u

a

/

4

Board

=

.

H

Supply

.

P

4

^

l

7

>

901

ccg

-

Phone

)

to

Motor

Chassis

Jack

Board

VWSC

DeckAHead

VYSA

n

A

Motor

© ©

05-10

B

3-043

1

R

<

°

from

Deck

VWF

Ass

33

>

y

’

K

Ass

©

1205

©

:

B

)

y

’

§

<

>

A

Head

08

-

TTB

CN

802

1

o

871

CN

CN

811

CN

WF

815

1205-08

from

Deck

TTB

B

\

Head

Capstan

Deck

6

>

<

)

i

r

872

CN

CN

2

FW

1

Motor

B

Head

VYSA

Mic

Deck

B

Reel

Motor

I

]

E

£

f

)(

©

y

Ass

’

1

3-043

R

)

cCo

Jack

Board

y

Ass

’

©

HH

DO

t

ai

I

>

>

00

can

o

>

<

ro

-

m

m

z

o
c

J

5

TD-W

TD-W

717

718

TNC

BKA

J

/

/EN/

U/UT

/

/

B/E

G

24

[

H

A

B

c

D

E

F

G

(

No

Block

i

ru

w

Hs

§

o

(

QH

J

)

4358

.

Diagram

1

H

t

t

(

23

_

2

a

cu

1

<

6

B

«

m

s

8

0

0

Z

B

a

.

0

1

)

8

s

ff

-

r

m

(

S

JL

2

§

£

H

•

f

'

<

3

CD

a

CD

a

3

>

J

-

n

*

*

5

3

*

3

ia

—

*

^

^

^

oo

‘

5

5

*

»

>

<

5

S

5

S

u

H

!

)

a

§

*

V

_

5

S

cr

3

?

u

s

S

B

KMX

n

ID

*

«

s

CD

oL

—

0

u

K

im

10

a

8

CD

0

r

t

s

ca

a

I

d

2

5

£

»

fe

-

HXMsKE

<

\

i

C

3

iLL

S

f

CM

)

£

S

i

i
i

i

ID

n

<

8

.

I

D

CD

-

CO

V

fU

a

z

I

_

)

n

§

a

x

<

/

»

*

C

«

-

si

£

III

sH

I

5

!

J

O

?

CD

a

<

$

)

®

—

C

o

—®—

c

Si

(

*

S

i

<

is

X

K

fe

ID

n

^

o

cn

n

^

25

ss

§

5

s

]

TIT

0

J

cc

-

_

2

a

L

>

nif

*

8

fc

-

lsd

2

2

Cl

a

2

-

i

:

aj

a

D

<

i

M

2

cj

8

v

(s)

Cg

—

a

n

«

>

>

«

«

*

*
*

?

53

M

OJ

*

*

II

8

3

§

CD

0

K

<J>

5

0

5

_

S

=

!

Sm

=

5

d

0

2

Q

1

-

—

1

^

i

3

s

2

S

0

3

J

{

KMI

M

-

B

2

05

-

0

0

*

H

J

S

a

t

£

f

d

.

5

Fig

X

1

-

4

5

*

d

5

I

W

’

Sri

-

mo

03

d

m

)

ino03d

Id

CD

/

d

03 03

e

HI

Ui

*

0

1

-

si

Q

5

£

a

a

d

H

>

8

R

CD

"

fi

8

a

s

s

rrrrm

0

P

•

?

\

f

i

9

?

U

88

i

o

s

J

111

-

J

e

*

fy

3

4

@

9

.

9

Ifl

•

0

*

8

t

CC

a

_

i

2

XK

g

y

g

0

G

&

>

3

r

*

Q

TD-W

TD

W

717

718

TNC

BKA

J

/

/

/

B

UT

/

G

/

U

/E/

EN

Standard

®

A

B

c

D

E

F

G

VDH

:

Note

1

2

1

X

u

.

©©®©©

o

x

SLZ

2348002

)

—

SLZ

tr

?

5

w

(

VOH

To

on

(

Fig

POWER

RBOl

V

IK

-

-

981C09

B

Ei

B

15

TO

IN

DV

Schematic

ro

\

A

2

o

1

.

COMPU

A

CAL

606

D

©

981C09

.

0

COMPU

CAL

0

625

D

is

Q

y

%

la

CN

MAIN

2348

-

G

page

.

grab

BLANK

(

)

i

s

1

T

$

m

LED

F

-

LED

T

-

T

a

a

4

a

603

PWQ

-

0028

7

-

3

6

in

.

REC

A

610

S

610

R

wv

.

2

/

i

—

^

CN

VMC

CN

VMC

T

6

-

6

in

UJ

(

V

s

27

)

„

v

V

.

A

7

K

SKIP

^

603

02B0-0

is

VI

V

>

V

DIP

0611

NSLR

613

02

Al

)

<

B

!

S

)

/

r

LED

32

—

-

1

CAL

8

CAL

f

CN

VMC

2

o

yi

in

</>

4

«

BLANK

611

S

31

SMCT

5601

S

-

4

H

DSQ

11

06

S

DB

A

.

COMPU

606

S

OjO O

.

COMPU

625

S

605

-

0163

SEMICONDUCTOR

DTC

ES

124

SIRS

1740

SC

2

143

0

TC

ES
ES

124

DTA

ES

114

DTC

1175

SA

2

IHFE

in

m

m

i

e

co

/

in

n

SKIP

.

603

610

611

S

S

-

V

01

Z

-

A

W

.

5

PWB

KEY

VMW

1388

C

.

A

COUNTER

RESET

605

S

1

R

605

1

i

Wv

7

.

4

K

COUNTER

B

-

RESET

624

S

.

4

K

7

04

SS

S

-

VR

IT

VR

601

20

K

V

05

OVGA

12

Z

-

07

R

2

0704.0710.07

)

0701

Q

0744

0703

Q

)

Q

cv

in

in

IT

.

I

L

.

609

Diagrams

.

.

No

Ref

.

.

7

Q

Q

2

il

I

.

.

.

.

7

7

7

Q

Q

O

5

O

O7O

O

2

.

.

.

Q

7

Q

715.0716

721

740

A.PLAY

S

R

Wv

2.7

B.PLAY

S

2.7

S

Q

8

i

717

.

.

-

,

.

Q

0743

0742

741

-

o

KEY

604

O

i

—

604

K

623

K

623

S

~

55

.

+

6

\

SW

a

a

m

*

62

AAAA

ai

m

o

PWB

'

aS

©©©©

©©©©

ru

UJ

QSQ

B

VR

QVCB

I

Mk

i

Si

-

W

.

VMW

13

s

E

*

S

R

1

S

R

-

1.8

4

11

H

-

PHONES

603

16

A-V02M

®

i

©©©©©©©©

TO

IN

2340

IVDH

To

on

(

Fig

713.0714

.

7

7

Q

0

O

.

Q

719

720

.

0745

0

BB

It

©

©

©

©

o

5

.

FF

A

609

609

Wv

.

BK

B.FF

628

620

WV

K

V

01

Z

VR

22

KlA

jjh

801

CN

MAIN

-

OO

-

C

9

page

6

.

O

I

|

L

s

I

©

(

ft

I

*

}

4

)

PWB

-

3

.

Q

746

.

9

.

SLR

STANDBY

R

R

622

1

CNS

)

CN

VMC

—

—

yj

§

ru

M

2

BVI

27

)

-

01701

BJ

-

55

.

B

62

S

o

621

2.2

BK

-

604

0260-007

.

A

50

S

R

60

Wv

1-2

.

8

627

S

627

R

WV

12

VR

OV

.

5

.

£

361

VCF

VMW13BB

DIR

S

K

14

REW

B

B

K

REW

K

602

16

GA

\

I

G

LED

i

VMC

CN

VMC

5

SW

LEAF

VSH

L

u

til

3

.

708

fW

^

iS

Q

710

Q

714

O

Q

713

Q

712

0CS0

0

G

©

G

1

0

G

2

0

3

G

0

4

G

0

GS

0

6

G

®

)

.

a

tv

0

B

RESET

-

VFOP

J

9

16

S

(

13

515

S

14

513

3

S

12

&

S l l

©

10

S

9

S

)

9

&

8

S
S

7

6

S

ss

S

4

3

S
S

2

DATA

1

-

-

OATA

1

RESET

,

5

PE

ET

MDDA

xo

xo

XI

XI

VS

3

701

X
EFD

1

-

—

a

:

m

PWB

CONTROL

1170-001

8

R

R

CONTROL

MBS

UT

ECH

-

f

VMW

T

77

720

722

MOPE

T.P

004

BMHZ

-

13

1

IC

9146

vy

723

R

22

2

g

701

4

T

8

B

K

V

"

-

a

s

©

Sbi

MICON

-

V

P

152

2

METER-L
METER-R

DA

STANDBY

A

0716

F

.

T.P

B

|

AVcc

AV

KEYO

KEY

KEY

KEY

-

DA

DI

-

CLK

DA-LD

DAT

ATA

DATA

DAT

DATA

B-DATA

CLK

B

-

-

STB

B

DI

cs

osc

3

DATA

-

-

DATA

2

CLK

E

-

QCSIW

TUNING

7102

S

9

1

2

3

AO

I

1

2

3

A

4

SK

DO

I

I

I

MS

1

1

u

1

m

fj

®

r

m

m

m

m

m

M

£

3

0

vMC

‘

)

0

»

m

S

?

£

U

+

KEYO

^

1

KEY

DA-DI

ov

~

CL

0

V

DA

>

LO

0

DA

V

-

DATAO

v

0

DATA

1

V

0

2

DATA

ov

3

ATA
ATA

4

)

OAT

B

-

CLK

B

-

-

STB

B

SK

01

DO

cs

ByOSC

g

.

STANDI

OV

OAT

-

/

3

-

OATJ

2

CLK

E

-

MS

sv

DcslN

sv

VKS

QIR

.

15

2

V

-

3

2
1

SV

PC

PC

PC

2

5

o

g

CJ

2

B

3616

^^

©

©
©

©

©
©

0

©

3

©

2

/

O

m

“

MECHA

.

R

(

V

CM

pJ

g g

D

w

T

^

X

-

OIR

©

©
©
©

©
©
©
©
©

©
©

©

©

©

©

©

©

0

©

©
©

©

©

©

©
©

©

©

©

©

©

©

©

©

00

R

4

A

.

STOP

R

-

.

R

-

CASE

KEY

KEY
KEY

GNO

5

PCO

PC

PC

-

CN

VMC

CAM

P

/

MS

PLAY

©

a

370

Q

70

070

.

GNO

3

2
1

V

3

2

SREC

-

CLK

E
ME

!

OI

DA

—

CLK

-

DA

DA-LD
B-DATA

CLK

B

-

STB

B

-

MS

~

2

DATA

STANDBY

OSC

DATA

1

-

-

RESET

B

R

05

Et

.

6

V

5

V

5

IV

1

GND

D

—

GNO

M

—

V

24

-

POFF

FI

2

F

DCS

701

01

B

SW

PWB

B

IC

HALL

IC

HALL

A

DN6B51A

6851

DN

3

1X2

2

1

X

.

UJ

a

a

s

s

£

©

©

0

©

©

X

X

1

3

!

-

£

¥

1

0

©

@

©

t

J

U

ki

k

10

n

in

C

\

OJ

OJ

OJ

J

g

g

oga

Q

711

GO

s

N

J

7

i

'

T

N

/

/
/
/

/

-

R

3

27

S

ru

G

1

'

2

g

ID

g g

-

V

24

15

S

S

14

13

S

,

,

S

12

Sll

v

s

10

\

_

9

VS

8

S

^

S

7

\

6

S

\

5

S

'

4

NS

3

S
S

2

\

i

k

&

2

g

ru

-

RESET

B

T

S

6

8

T

T

¥

MECHA

3

A

VMW

1332

CAM

SW

n

.

F

.

STOP

F

/

MS

F.P

,

.

F

PLAY

CN

722

0234

VMC

P

-

mmmmm

ov

ft

1

0721

KEKD

B

0

|

|

£

PWB

G

L

.

629

S

622

SS

S

21

~

.

.

PAUSE

B

H

5622

S

o-o

DOLBY

.

REC

B

NR

629

S

~

f

—

J

I

4

}

4

—

VR

10

KIA

A

V

.

-

SS

'

R

629

reSO

f

4

Wv

—

4.7

K

2.7

02

07

S

1

B

—

.

A

STOP

&

07

S

R

607

vW

IK

.

STOP

B

626

S

|

R

626

1

\

W

IK

CONTROL

PITCH

)

VR

5

604
0

16

VGA

02

gf

*

QSQ

633

S

11

4

H

-

.

N

5.0

S

OUB

8

U

-

32

633

SG

K

27

.

MOPE

REV

.

SW

631

3

S

D

(

H

631

wv

-

wv

—

.

B

2

K

Cl

K

*

CASE-GND

KEY

KEY
KEY

KEYO KEYO

GNO

k

IBI

01

B-V

L

6

SW

VR

PWB

601

0163

09

R

-

To

on

(

Fig

6

Fig

.

1

-

KEY

1388

VMW

G

5

-

page

-

6

.

I

Bl

27

)

3

-

718

W

/

UT

U

TD

-

BKA

/B/E/

UT

/U/

/

G

EN

/

J

TNC

717

W

TD

I

I

I

I

£

4

ING

32

WA

I

1

m

*

5

m

m

m

1

f

m

[

©

m

m

m

bj

rffi

m

m

?

V

5

ov

OV

OV
Ov

ov

ov

g

.

ov

sv

sv

.

-

iLN

S

KEYO

KEYl

KEY

KEY

DA

DA
DA

DATAO

OATA

DATA

DATA

DATA

B
B

B

SK

01

DO

CS

ByOSC

STANDBY

3

2

E

MS

OcslKI

-

-

-

-

~

-

8

u

2

DI

-

-

LD

-

OATA

CLK

STB

OATA

OAT

CLK

.

8

-

o

o

+

i

3

CLK

1

2

3

4

A

6

©

© ©©®

a

£

£

8

W

\

°

“

v

8

R

"

S

rAVv

Oh

2

720

>

Jo

i

i

!

m

719

22

v

<

?

K

R

"

CD

m

770

w

100

o

©

<

n

<

RA

701

QR

8045

,

2

3

.

4

5

>

\

R

771

*

wv

100

100

dXaXgXiv

^

O H I O

Q

D

AgXiXg

5

ov

704

C

|

—

1

0.01/16

?

V

?

?

8

m

Q

II

s

L

|

IA

11

7

X5X

S

6

8

<\<

H

(

EAI

1

IV

Et

»

MOTOR

^

s

)

REEL

ri

I

TT

(

i

.

9

2

A

TO

10

(

M

g

^

EC

75

3-3

JS

9

u

a

u

*

J

\

0234

VMC

0234

VMC

&

pg

VR

.

NOHM

—

3

K

DRIVER|B

OJ

sis

U

£

s

d

a

MOTOR

T

1

1

K

—

gfc

z

5

—

CN

A

-

-

2

'

DRIVER

£

L

<

CM

in

1

.

0

0

1

a

s

s

©

08

S

-

-

O

©

711

•••

P

08

-

8

12

AO

SPEED

HIGH

oJlo

asKi

1

10

KIB

701

,

SPEEO

ADJ

0744

V

732

IC

|

621

BA

fu

£

i

i

2

X3X4X5X6X7XBX

s

s

£

n

i

U

8

ul

6

6

IC

iBl

TAB

(

V

nj

S

§

5

>

>

(

5

]

2

?

X3X4X

X

>

&

3

u

i

.

D

t

\

°

R

-

l

.

734

WV

.

pjv

C

e

E

.

B

X

8

CD

736

409

2

I

1

©

J

§ §

6

>

S

.

?

6

BK

.

-

7

8

|

UJ

cl

=

©

i

m

R

742

9

s

u

6

S

fij

>

XeX

rl

I

d

—

—

rj

^

8

s

j

/

H

f

41

9

m

<

© ©

©

0

9

<

<

Si

3

PC

PCO

s

o

H

^

ii

'

CD

734

R

WV

—

3.3

K

2

M

a

g

2

'

IC

51

3

<

54

©

a

R

A

n

© ©

m

HALL

©

HlH

fils

N

0743

ill

0746

£

8

L

IC

'

0

J

_

SB

.

HIGH

B

751

R

.

110

15

1

10

’

752

R

10

’

HIGH

-

tr

<

TEST

V

3

6

-

SW

LEAF

1170-001

VSH

u

£

_

u

-

~

7

701

W

©

r

n

Q

717

|

)

0718

^

ADJ

SPEED

K

K

703

VR

.

SPEEO

B

NORM

SPEED

POINT

IC

BA

CVI

sis

IX2X3X4X5X6X7XBX

§

iui

d

<

UJ

ul

<

4

£

S

fT

.

fN

CM

cccv

a

s

V

9

2

-

)

lOKtS

E

.

ADJ

7101

B

0742

2

-

«

731

|A|

5218

u

2

§

§

s

n

o

8

ill

< < <

733

IC

409

S

TAB

cu

W

S

S

4

XSXSX

X2X3X

>

£

rf

v

>

E

<

II

cu

n

11

2

CAM

ftj

fc

-

5

R

73

w\wv

-

l.BK

7

3616

A

MECHA

R

S

R

.

g

10

I

-

7

PIR

QS

PORT

A

00

.

B

FI

R

S

K

7

n

R

73

EXI

R77B

B

7

C

702

IC

CAM

STOP

P

R

.

PLAY

TO

^

^

703

EXPAN0ER

SH

/

MS

uj

>

Se i

©

© © ©

S

Q

B

i

”

_

«

<

L

25

<

2

-

0.01

ii

M

50253

PWB

HALL

0

N6B

«

X2X

u

o

(

(

!

©

©

FN

15

R

R

Q

o

O

M

0738

0739

'

^

I

is

*

/

16

3

-

I

P

VMW

A

1332

CAM

SW

VKS

.

DIR

F

.

STOP

F

.

.

/

P

MS

F

PLAY

CN

721

VMC

0234

PUFF

-

J

6

B

2

2

7

P

?

Wv

R

3

?

?

Wv

R

100

7

?

WV

100

LO

8

!

o

2

^

CJ

W

a

>

.

712

CN

0

-

P

0234

15

VMC

B

P

-

SPEC

4

10

s

3

S

8

3

!

in

2

FW

1

§

<

l

—

7

5

9

:

YOX

XGX

X

X3XZXI

'

*

702

RA

5

B

QR

103

80

J

-

5

V

0704

ov

ur

§

&

tv

ov

1701

|

0703

'

s

3

'

R

711

WV
47

705

Q

IFW

K

70

R

B

.

K

2

7

SJ

?

xa

35

*

*

L

R

’

Mic

iZLPsrts

I

When

1

suretouse

Playback

Indicator

input

replacing

are

signal

signal

signal

safety

the

for

assurance

those

specified

parts

.

DECK

one

B

parts

make

.

Line

B

+

-

Line

B

-

-

f

.

(

No

.

4358

)

25

TD

TD

TNc

BKA

j

/

/B/E/

/

EN

TI

/

TI

/

G

UT

U

717

W

-

718

W

-

1

A

A

P

fi

/

E.HEAD

|

<

VGH

0425

Lcn

333

ERASE

OS

Rch

5

B

A

R/P

6

E.HEAD

c

|

0425-542

VGH

D

E

HX

|A|

1402

R

Wv

R

<

spio

ml

ifi

ru

U

o

D

F

o

4

m

§

u

1

o

HH

ft ft

3

u

1

V

o

A

-

542

i

S

^

—

ASsT

'

PRO

-

g

I

T

17

VCLTAGE

REGU

-

LATCB

2

>

—

*

R

2402

WV

—

33

K

—

2

ST

n

m

~

S

5

^

IS

6

?

16,15

D

I

DET

I

3

(

>

•

2

£

s

]

K

E

—

?

a

25

I

®

@

f

T

(

Y

f

I

®

d

>

©

=

G

-

>

§

?

to

in

S

UJ

M

11

S

r

I

D

<

=

-

J

R

1401

WV

—

270

K

Cl

Hh

0.039

S

.

f

,

14

4

5

)—(

,

ft

?

C

Hh

0

R

2401

K

270

to

OJ

O

(

NJ

38

<->

o

J

2406

J

;

*

-

I

J

C

100

406

f

(

-

fr

039

C

^

;

!

I

!

i

;

:

i

i

!

!

!

i

I

»

•

o

1402

.

1

P

RXIIT

I I

L

?

i

3

I

J

e

)—(

r

I

P

100

”

=

®

s

B

7

:

If

V

^

8

in

V

VCA

)

—

l

p

|

!
i

!

-

L

Cl

22

L

o

C

(

o

sk

a

o

!

m

3

g

P

/

1

VRli

VR

.EQ.

A.PB

.

B-HEAD

VRl

o

6

?

2

cc

8

O

k

6

,

!

*

ffi

w

!

u

VRl

0

i

;

.

iv

r

.

.

pv

1201

^

150

206

^

par

.

2206

C

150

..

II

nj

?

8

ON

—

25

\

J

ft

4

i

10

.

1

,

A

CRulFi

a

9

(

)

—

i

jj

58

§

+

2

?

SI

a

a

8

glsl

ST

211

ADJ

AMP

|

16

O

-

r

^

^

lOOKtBl

J

'

'

VR

16

.PB.EQ.

IBmH

/

P

500

/

500

P

04

O

C

II

10

P

o

o

T

f

5

H

§

.

^

216

/

2

<

s

.

VR

ov

s

2

T

§

|

O

—

SI

sTs

K

100

216

ADJ

¥

2

+

o

nl

II

s

8

!

S

sf

U

02101

s

?

ICB

is

g

01

2

u

a

1

B

.

S

o

^

<

2

©

0

B

+

.

I

.

6557

4

HA

UPC

1330

I

'

fl

i

+

YaY

7

4

Y

5

9

Y6Y

g

g g g

a

s

SI

3

S

~

o

rn

~

u

a

g

ro

to

i

-r-

ns

—

xn

?

150

R

01O6

4

rWVi

100

4

00102

32

o

o

5

u

105

wv

k

22

Cl

0.012

*

42

\

o

\

+

2154

C

0.012

ov

F

1

1/2

IBfnjH

.

/

P

o

-

3

154

500

7

V

)

®

0

B

+

)

3

-

1155R1150

R

AAA

-

6-8

R

21551

4

|

R

I

AAA

270

)

,

f

K

I

02152

0

-

-

854

K

V

’

1

ov

§

8

T

ICS

17

AN

6557

/

Yl

21

WV

4.7

K

.

lo

S

£

70

B

in

ID

all

V

2

.

2150

R

T

^

251

LI

1256

C

F

—

IV

.

i c a i

ANS5S

(

1

o

o

vH

J f f l

u

s

o

o

6

5

n

a

o

a

(

\

1

0

l

i

-

812

IC

6557

AN

I

156

Cl

.

Sr

.

/

50

4

7

a

6

.

sv

O

ffl

K

s

u

EQ

V

1.2

o

1

H

'

—

6

S

2156

C

*

.

/

50

4

7

*

IBmH

/

5

.

150

R

.

QQ

?

Ji

88

2

7

F

/

21

hsJvS

U

:

8

,

1

A

—

ov

C

0.0 1 2

2

v

+

R

R

2

4

1

2104

C

0-012

ov

j

—

,

flu

.

©

^

F

I

1/2

-

iT

"

t

+

5

r

|

)

]

+

U

a

+

,

9

1104

R

Wv

?

2

1104

%

II

1109

47

2109

47

R

2105

4

K

2

-

5

±

8

ft

270

K

)

-

BJ

Jg

+

V

7

-

)

s

Sis

I

Si

a

?

si

p

.

.

|

j

|

HEAD

AM

B

7

8

«

5

?

Cl

106

1

/

4.7

50

3

1105

Wv

4

.

70

2

A

K

E

<

.

.

I

7

i

0

O

wL

MT

.

0

-

2

VT

R

1164

Wv

K

22

CVI

pv

#

5

®

Q

1151

02151

#

2

m

5

)

—

.

0

-

R

2106

AAA

3.3

2

V

V

I

-

7

7

vlv

)

}

U

Hi

2

—

—

(

A

(a)

2

<

>

—

.

SVT

0

-

VT

2

VT

.

£

0

-

3

J

v

4

RS

K

tv

V

>

.

i

C

2106

12

5

to

fe

*

*

.

/

4

50

7

s

H

4

G

21

WV

22

K

5

a

F

3

ICBll

iY2Y3Y

g g

I

s

,

•

*

*

*

2.6

V

2

•

-

s

if

*

$

HA

1330

16

UPC

I

gYs

a

)

a

m

)

V

.

1

I

'

I

\

g

I

*

g

g

g

g

|

R

0152

4

*

ViA

—

—

100

Q

8151

+

2

SZ

sf

s

i

0151

R

L

AAV

-

—

k

22

M

"

V

5

AN

i

T

f

;

.

Y

2551

.

-

C

2256

sli

ST

o

5

G

L

Playback

R

AV

:

VDH

2348002

Note

VMW

A

1307

PWB

JMAIN

signal

for

DECK

S

|

|

sI

mss

3

8

2S2

SS

|

L

B

sa

»

Playback

signal

DECK

A

for

L

Recording

R

Fig

signal

6

.

DECK

for

2

-

B

TD-W

TD

W

-

717

718

TNC

BKA

J

/

/B/E/

/G/U/

UT

EN

SEMICONDUCTOR

DTC

ES

124

ES

DTA

124

IHJI

105

SK

2

1175

SA

2

lhFEl

(

2001

SC

2

OV

-

*

0BO6

22

k

ffs

OVTQ

8803

,

V

'

8

Ref

01101.02101.01102.02102.01151

.

00483.08801

0

.

Q

08101

8102.00151

00435

)

IA

105

SK

or

2

_

Kl

!

•

as

sai-ttMisii

m

-

AMP

sT

A

CB

805

If

0.022

y

o

01152.02152

.

08432

.

431

OB

492

0

B

-

-

3

8

IC

B

COMP

NF

ifs

-

C

0

s

6

CD

o

Q
QB

08O9

^

8482

1

If

.
.

.

441

ass

LA

GND

if

/

50

08443.08444

Q

2000

6

.B.

HEAD

AMP

jp

.

106

RTIOB

1107

/

7

50

70

A

E

<

1

0

V

I

-

7

1

.

o

SV

-

o

-

)

6

<

C

2106

.

4

/

50

7

R

K

3.3

l

0

2

vI

vl

vi

.

.

.

0

-

2

2

-

—

„

T

7

V

.

&

-

|

HSEQ

R

0

O

21

I

4.3

K

T

R

2107

1

AAA

*

K

1.5

m

i

<

08801

R

1110

m

4

.

SK

vi

.

0

2

i

f

7

V

|

-

OV

2

D

<

v

*

2

a

u

$

o

cn

n

<

s

-

t

R

22

R

MVW

27

cn

§

s

4

i

2114

2110

a

sfS

K

«

K

3.0

S

?

s

Q

1102

ov

[

>

if

sis

ov

02102

m

-

01

RBB

AAA

60

k

F

>

o

n

SCo

8

6

02

RBB

6

Bk

OV

V

<

QB

802

CM

8

:

6

u

7

1

IV

JV

w

-

-

LU

B

+

Tvg

o

6

s

u

|

.S.

M

1521

BA

IC

882

ov ov ov ov ov

£

&

SKIP

BLANK

BN

-

e

a

2

0.022

AAV

R

;

3

eei

0

CB

O

2

If

P

150

cn

in

2

CM

2

S

?

.No.

802.08803

B

.

08434

.

Q

0442

S

sT

2

0481

s

RBBiO

10

.

06904

.

Q

.

.

Q

9

-

.

9484

-

.

0491

.

»

aiaawa

W

4

B

s

Y

*

K

o

o

m

6

s

10

3

EGK

B

o

5

I

S

4

}

o

U

6

VC

FREQUENCY

=

f

;

scSSsi

®

i

|

*

^

ss

es

m

26

L

S

^

.

3

3

g

H

8401

5

SSEi

100

kHz

|B|

(

AOJ

®

E

No

'

¥

i

-

05

B

B

.

BIAS

3

i

L

.

t

?

R

.

.

|A|

BIAS0SC

—

CM

0

CM

10

CU

.

.

—

$

{

s

R

0448

RB

447

8

I

o

u

6

]

OSC

0451

L

VQH

100

FREQUENCY

f

95

kHz

“

Recording

)

4358

‘

"

M

1

M

1

ADJ

1

'

»

4

00441

F

7

-

0

3

CM

CM

^

3

Cl

A

'

W

y

-

05

B

.

00442

V

08443

'

=

o

B

|

3

©

3

u

6

^

.

?

6.3

V

-

-

>

a

signal

SS

4

-

1

08431

7

V

-

7

V

-

Wv

8445

C

|

|

0.0033

C

8443

*

08444

7

7

V

V

-

.

3

6

V

8448

C

0447

C

0.0033

4.3

V

rw

@

1

*

8

CM

CM

8

*

CM

8446

0033

56

22

R

—

08491

-

7

fr

for

K

RB

V

0445

Wv

,

,

V

w

*

08492

1

1

^

44

M

-

M

0.0033

7.7

R

8433

i

AAA

—

IK

RB

1

G

1

if

R

0492

V

2

S

?

T

10493

DECK

A

434

2

L

AAA

A

/

A

BIAS

CONT

—

7

V

12

TQ

8433

-

K

56

0495

C

.

0033

O

CB

496

0033

^

K

66

58

g

^

A

.

-

:

1

+

—

V

7

7

V

-

TV

-

7

V

sis

s

!

gf

|

08432

©

08435

>

-

>

—

22

06401

4

g

-

2

S

+

O

r

*

'

7

V

3

m

7

V

-

a

?

V

^

04

2

B

AR

V

4.5

srsv

(

.

V

S

2

V

6.7

3

RB4B

r

IK

R

8484

AW

—

”

IK

"

5

a

>

B

Line

+

)

n

co

3

o

BT

DB

©

*

08482

Q

08483

.

BV

£

7

V

cn

4

432

BIAS

B

CONT

CM

to

1

T

I

.

6

tv

7

V

“

—

00434

>

7

~

la

<

e

8431

L

V

7

V

.

*

B
B

‘

LB4B

>

rrr

ImH

V

08484

6.7

£

S

7

V

—

8

m

4

m

cn

co

3

u

°

~

Line

B

i

E

L

;

;

i

1

o

CD

<

\

X

ZKPsnts

replacing

When

sure

to

are

use

i

ssa

a

wJ

-

J

safety

those

the

specified

tSBBiSSL

ABECSIG

-

ARECSJSrg

„

„

-

-

-

yi

BBeCSIS

-.-

„

„

«

B

J

rl

assurance

pants

.

Af

BPB

9

ECSISrB

APBMUTE

BPBMUTE

/

MS

8

A

ABIAS

BBIAS

B

G

^

NS

2

Bflg

BSklP

MS

ANORM

A

870

SSTSS

861

IAS

8

IAS

GNO

-

-

24

make

one

L

-

-

L

.

.

TL

.

-

-

RS

70

AS

-

L

n

-

L

-

R

-

V

5

V

7

V

7

V

parts

.

|

To

next

,

-

TD

W

TD-W

717

718

TNC

BKA

J

/

/

EN

B/E

UT

/

/

/

/

G

U

1

2

s

a

n

«

•

I

u

1

li

®

<

8

u

g

!

GNDINCM

cn

M

in

M

f

o

tv

in

VeeINMJTE

ft

u

a

8

o

II

W

+

8

aj

ai

CD

u

s

ra

r

i

1

1

II

,

SJ

J

3

LL

5

5

i

i

af

"

u

S

R

'

U

CH

BOOST

EQ

CONTROL

EO

CONTROL

CO

4

3

S

ft

i

(

V

8

3

a

V

<

gj

T

BOOST

3

s

+

i

6

MAIN

8

*

o

t

&

120

C

B

.

o

0022

_

_

<

t

RSB

02

^

ialj

u

«

Si

1

to

)—(ie)

CF

Vout

.

£

CONTROL

CP

ll

Vout

6

8

7

s

s

u

sssdifc

K

15

Q

220

C

0.0022

8

I

m

*

+

“

8

s

3

i

s

.

6

)

>

lout

OUTPUT

T

OUTPUT

lout

g

O

J

\

5

!

S

-

li

3

ZS

13

3

8

)

»

:

CONTROL

CONTROL

TO

)

o

4

u

o

8

o

zsz

+

0

;

-

s

§

ft

s

VCC

CL

|

!

NC

Cfl

12

)

TIJ

P

<

QB

901

r

<

7

-

O

N

O

Jr

m

+

§

uu

TV

01901

02901

J

7

-

7

V

“

-

7

V

7

-

V

.

ov

}

1

V

33

,

.

V

4

CF

2

?

-

ZE

N

*

^

\

r

*

-

A

s

.

-

A

\

-

B

-

|A|

®

£

f

V

V

'

6

A

03

.

i

v

.

<

1

)

3

A

04

,

.

V

CH

3

1

^

)

A

A

05

ov

.

2

L

)

A

T

06

ov

,

CR

)

B

07

A

1.6

\

CP

Aoa

n

.

2

1

co

'

eU

09

2.1

GP

'

)

9

410

V

3

,

)

10

vaa

ICQ

93

|

BOIt

D/A

R

£

C

BAIS

CONTROL

-

—

J

8

8

$

>

OJ

<

J

2

7

V

-

01902

-

K

“

7

V

7

V

‘

02902

sk

a

L

2

k

?

6

ND

A

02

AOI

DI

CLK

LO

00

A

12

A l l

VCC

MBB

8346

CONVERTER

!

„

L

>

tn

?

^

|

l

3

L

+

+

o

6

!

5

,

ov

R

ov

ABIAS

,

-

9

,

U

ABIAS

L

-

©

OA

OI

-

-

?

5

CLK

DA

©

DA-LD

@

V

0

,

g

V

0

,

©

sv

©

AHB

CD

sv

.

9.11

"

"

^

©

wWg

|

B

|

?

V

7

-

J

22

^

Q

,

v

.

io

'

+

f

g g

o o o

Iff

ID

N

o

O

O

a

oi

U

1

>

(

03

CD

O

a

n

I

:

1904

«

V

v

5

^

.

g

m

8

-

*

V

0.3

-

7

V

-

02903

10

K

To

page

before

L

Playback

R

ARBSIG

ARECSIg

^

ABECSIGrR

^

BBECSJ
yn

c

?

NS

APBMUTE

BPBMUTE

SPEC

AMS

EsS

MS/BSKIP

MS

ANORM

70

A

70

B

ABIAS

BBIA

ABIAS

A

9

IAS

BBIAS

BBIAS

5

V
V

7

GND

V

7

—

-

V

24

MAIN

PWB

5

-

GrP

-

-

L

-

R

-

L

-

R

L

-

L

^

—

;

-

VMM

signal

>

1387

;

l

>

-

~

j

*

;

A

a

3

J

LO

m

o

mm

-

QATA

1

-

CLK

E

70

A

70

B

INVOL

APBMUTE

BPBMUTE

tv

8

g

>

2Sf2

§

<

/

/

1

?

?

§

$

!

:

tl

o o o m o

§

)

)

@

L

To

G

on

page

for

DECK

B

L

Playback

R R

signal

for

DECK

@

f

a)(a

©

d

(

Fig

©

©

<

6

1

.

-

MEOHA

L

|

-

4

25

A

ov

V

7

B.BV

6

-

ov

I

I

4

»

»

I

v

8

>

°

777

?

]

)

©©©

CONTROL

Indicator

|

Bv

V

<

u

PORT

m

m

E

u

m

ICB

CB

V

DATA

CLK

00
01

02

03

04

ll

/

>

©

901

||

EXPANOEB

91

39

/

<

9

©

<

PWB

M

a

i d

i

@

IVDH

0-05

50253

Ollfe

010

09

00

07

GSX

Q

7

T

©©©

2348

signal

|

1

—

P

5

V

ov

,

5

SR

©

ov

5

BR

(

©

ov

/

MS

B5HP

LINEINMUTE

fe

©

)

gv

,

4

.

PO

L

Q

'

5

~

t

in

~

/

5

15

V

K

-

^

^

°

‘

m

:

///

5

ru

u

@

©

^©^

-

OVI

OO

2

;

s

£

SaSaSS

|

|

3S3

!

o

.

!

2

^^

|

S

!

2

m

ru

--

IDVPC

i

/

(/)

8

-

8

63

027

?

VMB

j

©

'

_

aSS

2

!

m

i

R

Recordin

'

Note

:

VDH

2348002

BV

TD-W

/B/E/EN/G/U/

UT

TD

718

BKA

W

-

UT

J

/

TNC

717

VDC

8324

i

$

/

ts

l

W

<

/ /

6

ammtm

-

2

E

gHECEOTE

ggrgs

D

DATA

CLK

-

NS

ZREC

ACRO

861

IC

152

ISN

BA

(

)

1/2

g

o

s

i

?

0

^

»»»

«

ICB

61

1521

BA

BN

(

)

/

a

i

CB

902

0

'

93

V

DATA

CLK

TV

00

V

3

5

-

01

!0V

02

TV

03

7

V

04

1

IC

892

|

PORT

7

&

40

,

R

Cl

C

R

120

-

0-01

Voofe

011
010

G

OB

07

06

05

50253

M

EXPANOER

120

2603

22

2602

V

1602

22

7

9

JG

603

V

;

1

2

L

-

D

<

I

.

.

m

m

©

m

m

m

?

m

L

9

Ref

01901.02901•01902
00901

.

Q

Q

1903

2903

-

MIC

J

QMS

©

d

>

>

-

MIC

TO

0

i

>

*

MIC

JACK

m

?

*

To

on

m

(

Fig

25

55

_

.

No

JACK

8701

6035

SHEIL

PWB

F

page

.

LB

.

1

"

'

-

LINEINMUTE

2

.

.

Q

2902

V

-

D

.

VMW

-

2

-

6

1

woe

osc

METER

ME7ER-R

WWlW

RESET

B

-

-

OATA

B

-

CLK

B

5

B

—

RUTE

STANDBY

PUTT

.

5

11

DCS

INPUTVR

-

24

FI

F

At

.

PBSIG

S

5S5

.

I

MICSIG

I

IhCS

8

ECSIGTi

BFgCSip

5

BBIA

BBIAS

RECPUT

5

7

GND

7

~

RESET

GP

-

B

OT

/

12

01

TB

6

2

6

UirL

-

-

-

V

V

10

.

A

B

I

|

138

B

F

c

25

)

D

-

L

>

V

V

V

-

To

E

1

on

page

28

or

-

.

d

.

29

-

.

.

.

R

-

L
R

L

-

K

!

“

V

.

SK

E

F

PW

M

8

SEMICONDUCTOR

ES

DTC

124

DTA

124

ES

)

SlhFE

BSAl

^

VMW

1388

8

I

MIC

Ejj

^

I

AMP

100

CD

'

8

o

O

T

77

)

S

o

MIC

.

TMIC

MICGND

-

2

R

vuMTvm

10

1604

R

10

1605

R

A

.

6

R

2605

.

6

04

G

K

K

A

A

BK

BK

GNO

JMRVR

7

AMP

PHONES

HEAD

R

1601

K

I

P

S

o

“

S

6

o

S

=

r

°

u

o

P

K

7

,

Ov

•

.

7

^

,

V

5

;

3.7

V

SKIP

.

B

%

.

3

IV

.

BCAL

-

%

V

,

ACAL

3.7

-

(

13

,

NHC

3.7

V

LED

-

(

12

,

-

FJRS

3.7

LED

V

.

BBIAS

ov

vi

HREC

^

“

®

P

-

2

81

VAB

^

MA27T-B

O

ID

CD

O

55

Q

2

©

2

)

<

*-*

©

Cg

1

I

.

.

P

JACK

H

L

871

45

VC

B0L

IC

-

LED

LED

LED

\

-

63

027

lecording

signal

Fig

?

!

?

H

J

?

CN

803

-

163

VMCO

007

IN

»

jsas

esss

5

ais

af

|

DECK

for

-

.

6

3

^

B

ss

as

S

3

5

!

8

i

dXgXgXgxSxiXz

|

TO

CN

c

!

SW

VR

KEY

_

35

[

Recording

i

R

s

D

605

PWB(VDH

r

i

<

)

|

-

To

F

1

(

)

Fig

2348

on

-

signal

gaeje

Q

25

for

.

DECK

-

6

1

A

Mic

ZhPsnts

When

sure

+

input

B

Line

signal

are

replacing

use

to

safety

the

-f-

assurance

those

specified

.

~

parts

B

one

Line

parts

make

.

.

(

No

G

4358

.

)

27

TD

TD

717

W

-

W

-

718

TNC

BKA

/

J

/B/E/EN/G/

U/UT

1
1

4

5

C

1

Version

J

/

2

3

r

A

DOLBY

NR

1

AMP

REC

B

IC

836

12169F0

HA

1351

L

VQZ

0024-001

B

C

02502

*

.

in

1

00511

V

7

LIKE

-

tv

V

7

-

cn

OJ

in

s

IC

852

1521

BA

BN

(

)

/

2

1

-

v

0

fi

)

+

J

\

on

4

,

2

OV

in

CD
CJ

1

r

cr

-

_

srcr

5

BPB

APBS1G

rr

-

;

-

IQ

V

350

L

k

-

’

\

?

T

rps

+

/

S

0

1

"

•

C

2

-

“

/

1

I

'

0.4

4

.

51

,

,

;

Q

/

...

v

IV

.

,

3

i

iS

&

/

5

4.7

7

Y

-

2351

C

1

•

gSB

”

*

.

4

T

ov

*

/

aok

r

^

3

S

/

4.7

50

529

VOLT

KiTER

-

50

OR

CF

CAPACITANCE

5

.

V

/

MYLAR

RB

.

7

4

K

R

053

O

4

.

7

K

CAPACITOR

!,Fl

FUSIBLE

>

B

UMT

QD

<

NON

®

>

<

POLYPROPYLENE

35

.

/

RATED

RESISTOR

AWABLE

.

POLARISED

-

VOLTAGE

CARBON

FESISTCR

ELECTROLYTIC

CAPACITOR

)

.

IV

COMPU

JACK

LINX

CAPACITOR

j

£

>

7

TP

®

—

G

>

©

—

4

-

<

>

^

J

701

V

GMS

3533

01

-

SEMICONDUCTOR

ES

124

DTA

DTC

0TA143ES0913

SC

2

SC

2

SA

2

SB

2

SDB

2

S

046

2

SB

2

S

02144

2

124

1740
2001

1175

7721

82

BIB

647

ES

SIRS

.

lL

IHFEI

.

Q

P

(

.

Q

PI

.

C

)

ICD

SIVWI

1

KI

)

)

08503.08511.085?!

00522

01502

01501.02501

08251.08254.08501

Q

903

0901

Q

915

Q

905

Q

907

o

N

11

V

1

.

.

Ref

No

.

.

.

02502.08252.08253.0910

-

.

.

.

.

.

.

.

.

Q

909

Q

912

-

.

Q

90

B

VQZ

0915

A

®

6

.

D

OSC

1

METER

-

Ml

-

RffsET

B

B-DA

A

7

CLK

B

-

B

STB

-

TOTE

STANDBY

PPFT

V

5

6

-

V

11

DCS

ARE

INFUT

27

ARE

..

.

"

DC-fCASURED

SIGNAL

.

sw

m

=

TAPE

.

MODE

REV

SPECIFIED

/

6

ARE

1

50

ARE

VALLES

VALUES

ARE

1

133

SS

INPUTVR

-

V

24

FI

F

2

-

APBSIG

L

APBSIG

R

-

a

a

trt

tt

m

BPBSJG

L

-

-

BPBSIG

fl

tt

w

w

m

«

MISSIQL

^

-

LINEOUT

L

*

®

^

LltNEQUT

R

-

BSECSIGrOS

.

,

-

GPEG.SIG

.

.

R

"

BBIAS

L

-

H

BBIAS

-

„

-

UT

0

REC

4

.

~

;

4

UTH

0

REC

5

~

sv

^

7

V

GND

V

7

—

RESET

LTNEINMOTE

GP

B

-

355

/

K

5

12

-

DIGITAL

A

WITH

SPEED

NORMAL

CFF

.

A

PETAL

B

SH

:

ZZ

'

.

±

/

5

W

.

CARBON

V

CERAMIC

CAPACITOR

)0)

OEM

ARE

IN

FlP

ARE

IN

^

SHOWN

IN

TVE

OR

OR

104

HSS

4

-

‘

,

.

s

-

T

CUBBING

RESISTOR

pFl

-

FORM

MA1E

.

E

-

To

10

E

page

on

F

NOTES

VOLTAGES

1

-

WITHOUT

C

OTCIT

ION'MOCE

.

2

UNLESS

OTHERWISE

RESISTORS

G

ALL

ALL

ALL
ALL

ALL

E

ALL

CAPACITORS

RESISTANCE

CAPACITANCE

CAPACITORS

.

DOES

I

L

3

0024-001

.

3

V

145

56

^

I

SO

/

4.7

2304

rnk

&

"

ii

*

2306

|

W

4

*

2

7

o

.

6

V

|

o

ate

rd

/

V

10

HI

8

ru

rj

a

N

8

ate

o

V

3.4

cn

3

.

\

4

3

2

m

2

<

cr

m

zj

Is

931

C

ov

g

1

1

-

-

as

a

iE

Ez

IV

1

ASAAL

(

/

1

21

R90B

AW

180

§

8

P

150

,,

/

ai

Ji

8

BVl

gii

-

-

7.7

A

3

I.ZV

±

V

0903

V

$

i

«

-

J

{

c

r

1

l

Note

:

VDH

2348006

CV

TD-W

TD

W

-

717

718

TNC

BKA

J

/

/E/

/

U/UT

/

G

/

B

EN

.

S

Ps

Hhr

:

22

DAC

A

»

i

HI

mi

9

R

8264RB270

K

220

K

220

R

0265

W

—

K

33

R

8266

/

\

A

—

K

27

—

R

0267

VW

*

—

R

8268

Wv

100

|B|

EO

REC

R

8259

K

100

—WV—

R

0257

K

6.8

WV

WV

B

25

RB

220

(

3

R

R

L

isa

R

a

i

«

»

q

R

’

Mic

ZLPsrts

RB

I

271

1

\

VA

—

39

R

0272

T

1

Wv

V

_,_

27

T

R

0273

•

WV

‘

‘

75

'

T

R

0274

V

7

—

'

62

K

275T00201

HB

WV

—

62

~

1

00254

Playback

Playback

Indicator

Recording

Recording

input

are

K

K

K

V

K

K

T

1

T

^

T

—

T

1

—

.

o

0

-

-

'

1

.

i

iv

2

safety

EoPuieitRetspici

Line

B

+

R

Reaas

0276

02K220K220

0

O

1

K

R

T

0203

00277

1

WV

W

»

—

55

K

30

K

0204

R

BTR

827

1

J

\

*

AJV

WV

*

_

K

,

30K39

—

R

8279

Wv‘WV'WV

3

RQ

vW1Wv

47

WV

—

'

39

00251

V

If

signal

signal

—

R

8205

T

K

82

GK

|

R

O

20

0206

K

91K62

T

1

K

V

0.2

-

2

for

for

signal

signal

signal

signal

assurance

?

K

K

2368

0

_

-

—
—

—

1370

1

47

47

1

8

FM

0

F

/

F

0

GH

GL

GP

7

^

^

HC

NC

7

^

GP

B

CLK

/

SD

K

-

L

R

-

K

/

50

/

/

/

/

/

/

/

y

/

/

x

7

-

3

1

»

-

*

ca

3

S

m

M

«

»

|

i

^

ttzsxssi

C

V54I

Ifl

»

O

ffill

rf

;

'

5

M

!

vjt

-

1

-

:

(

1

v

!

^

/

4

!

.

G

-

A

-

4

V

«

—

6

-

:

»

4

^

?

§

5

mNn

tn

U

V

w

Bv

4

!

(

S

s

5

(

16

Af

8

.m.

)

L

w

V

6.0

-

4

(

u

(

1

)

—

7

v

.

s

-

7

K

?

(

n

N

CD

U

7

#

1

V

6.0

-

(

43

SW

T

I

I

I

6

BIT

0

AC

6

BIT

DAC

—Qg—

7

v

-

|

Sa

‘

—

3

-

UJ

10

IJJ

Q

(

7

]

-

43

a

a

IIL

LOGIC

BIAS

£

UJ

o

n

H

V

O

Ul

Q

V

CD

V

CD

#

(41)

—

BIAS

BIAS

BIAS

CQNT

w

;

E

J

O

6.7

V

-

jn

eft

R

0353

B-DATA

Wj

DATA

K

22

R

8354

CLK

1

ADJ

(

Cl

ADJ

(

Ml

ADJ

(

Nl

VEE

AC

>

\

VCC

)

AC

OUT

\

t

-

B

K

22

355

RB

V

6.3

.

-

NJ

)

WV

-

.

3

6

R

0356

.

6

TV

-

K

43

RB

357

.

TV

5

-

|

WV

K

27

RB35B

.

6

TV

.

-

WV

-

K

2

B

-

21

)

B

4

V

4.0

-

IL

i

WV

R

1368

OUT

)

IL

.

BBIAS

R

1359

V

4

[

0

-

*

I

wv

—

TV

CK

1

2369

R

WV

I

—

V

4.0

-

IRI

10

|

BBIAS

Y

B

4

R

)

.

R

/

T

^

*

+

j

1

TV

.

6

-

970

FM

.

3

TV

FQ

-

)

6

FM

^

v

7

s

/

F

.

A

a

/

-

-

TV

GH

3

-

GH

-

GL

.

3

TV

-

GP

GO

.

3

TV

-

'

HM

HM

TV

.

0

-

HC

NM

NC

NN

6

in

to

1

M

sk

3

fs

rvj

ru

s

_

LS

2

^

»

2

?

K

OV

ovl

j

J

|

si

in

OJ

oj

(

vi

OlD

L

8

-

ou

O

.

2

IV

ov

-

YlTin

siJk

OOLBY

m

5

-

s

l

iis

a

dig

B

m

u

y

as

fflj

+

aft

2

5

'

u

*

OV

0

0

'

'

a

-

h

2

§

-

5

f

3

u

l

/

C

NR

m

ID

<

u

=

.

4

-

ZV

?

T

I

WWH

0

-

t

o

*

DOLBY

.

2

IV

-

Sty

-

io

IR

"

s

s

o

r

I

QQga

o

-

2

S

!

f

VW-i

-

—

f

NR

/

C

B

OV

ON

V

-

4.2

OYj

1

i

Ol

m

:

m

I

ST

m

°

^

in

I

m
rv

i

u

i

"

I

)

m

o

ji

:

<

10

2

®

o

<

sfs

S

)

a

oj

UO

w

S

.

IK

V

3

OV

0

1

sMflbY

“

P

5

.

LB

EQ

RECT

VO

L

LMA

5

DAC

vW

DAC

;

il

,

§

\

5

lift

(

U

Vy

;

-

—

ovT

,

ov

ovT

i

T

+

:

I

or

!

,

T

m

^

s

Hi

OJ

Mi

I

H

UJ

.

I

£

n

V

,

i

BIT

i

p

I

li

s

in

ru

CL

If

u

rs

2

^

D

I

0.2

-

3

S

S

f

s

t

-

5

jh

J

S

MI

,

v

.

|

3

-

7

0

-

2

in

m

Si

P

&

m

ru

9

u

f

|

CM

ff

10

RB

28

B

K

.

-

—

08209

WV

43

K

290

RB

*

VW

56

K

R

8291

60

K33K

R

8292

WV

"

K

R

3293

WV

100

Q

0

TV

-

OJ

/

ID

v

u

:

DECK

DECK

[

1

<

[

*

*

T

J

—

T

1

T

—

'

K

0252

-

DECK

DECK

RB

Wv

—

62

R

829

1

A

/

W

43

H

8297

WV

H

029

WV

47

R

0299

33

QB

s

-

1

-

B

A

parts

295

—

K

S

—

K

—

B

—

K

K

253

.

v

7

©

-

TV

si

B

A

T

1

'

—

T

I

i

—

T
T

1

i

—

for

for

eSSonikB

?

I

1

I

1

I

'

I

1

I

I

J

.

|

I

—

o

I

*

1

J

MA

5

-

”

Line

B

f

Q

lCE

901

90

/

AR

L

3

Ez

7.6

V

IV

1

(

/

1

21

9O0

R

Wv

-

180

150

..

1/2

V

P

1

7.7

-

A

Skl

2

?

SSL

V

0903

S

8

"

"

o

iii

S

in

8

f

EZZ

N

°

AR

-

14

0900

9

a

28

°

22

S

ill

-

/

1

(

No

>

937

R

0912

A

<

3

sv

Q

913

!

I

8

sv

-

in

ztes

M

-

”

I

V

19.6

]

-

V

20

-

.

©

0907
0908

V

20

-

2

W

4358

.

8

|

g

<

)

LT

LLJ

.

m

u

V

5.6

OJ

-

-

gik

4

A

-

Pi

CJ

o

°

z

•

.

CD

,

CD

’

"

OJ

on

cn

-

-

I

riiiil

.

nv

24

-

V

24

-

K

o

+

“

2

a

A

-

Soils

S

OJ

ru

°

az

irr

QJ

£

8

+

sf

nil

rf

Pi'ivl

-

nr

o

/

CM

2

^

3

«

”

DSIZI

^

j

-

il

W

910

D

-

”

1

i

C

w

s

A

.

0910

8

A

0909

©

|

C

mg

&

914

T

)

sv

_

14

3

W

-

«

'

.

IV

»

8

?

jgji

«

0901'0904
0909

SR

1

|

1

0 6

0910

-

-

35

100

8

ST

TP

S S

941

C

.

/

50

0

1

-

ifl

A

m

&

^

i=i

I

!

!

i

=

ACNSOI

00

-

!

7122

EMV

4

6

-

Fig

.

V

OV

ITT

U

TRANS

1307

VMW

PWB

A

"

“

i

v

PI

^

m

4

!

-

-

P

2

POWER

CORD

-

QMP

1340

200

B

TD-W

TD

W

-

717

718

TNC

BKA

J

/

/B/E/EN/G/U/

UT

4

5

k

k

N

+

-

/

0.5

\

+

IA

U

01502

V

Q

25

S

f

,

7

#

£

08511

V

/

Ov

7

-

2

OJ

2

UT

V

s

^

P

tv

in

J

J

EMN

"

j

;

lx

LIKE

r

=

s

)

0

Version

|

/

1

LINE

61

5501

-

00

TV

421AJ2

(

LIH

LI

OUT

IN

©

si

|

o

o

t

[

IN

0

LINEDUT

§

m

R

HJTT

2503

IF

Vl

7

TVi

7

-

-

)

§

g

r

5

<

<

—

—

>

B

[

+

:

81

o

3

8

•

HM

)

2

o

—

ov ov

6

0

3

LINEINMUTE

MUTE

Lire

]

I

503

.

IK

08501

01501

R

1506

2.2

k

&

UJ

t

ov

02501

IK

VjL

Ovl

2

)

J

<

—

I

i

a

(

V

0

V

VR

INPUT

CONT

i

.

DSC

CAL

OVI

ov

OVl

n

(

J

U

n

e

-

6

5

>

—

<

v

7

~

s

V

7

V

-

7

-

RESET

'

MUTE

'

9501

D

s

}

'

tiii

.

a

Ui

Lii

I

i

!

!

[

f

!

:

t

r

s

r

;

1

1

:

1

l

(

ru

6

O

1

A/B

A

E

/

EN

/

G

/

r

08502

>

V

5

R

S

05

1

.

7

4

R

2505

.

7

A

B

852

IC

15216

BA

)

/

.

2

11

J

>

m

)

g

ov

in

to

c

a

4.0

•

a

on

m

0521

C

RS

522

K

12

/

50

4.7

V

MYLAR

529

RB

.

7

4

K

530

RB

K

4.7

3

CAPACITOR

F

!

#

H

FUSI

B

>

LmjtWIABLE

ID

)

<

NOfPPOLARISED

ffi

POLYPROPYLENE

<

33

.

RESISTORS

THE

RESISTOR

/B/e/EN/G/

A

.

)

/

RATED

L

&

R

VOLTAGE

D

osc

-

;

R

I

,

isgaa

-

RESET

0

B-DATA

-

CLK

B

-

STB

B

ROTE

STANDBY

TOFF

.

5

6

V

V

11

DCS

ARE

INPUT

5

CV

27

RS

0

T

mSSSSS&SL

!

W

DC-tCASLRED

SIGNAL

MOCE

SW

hR

TAPE

.

MODE

REV

SPECIFIED

l

ARE

ARE

VALUES

VALLES

APE

ARE

1

SS

INPUTVR

V

-

24

FI
F

2

APBSIG

APBSIG

JBESSIGrk

MICSIG

BRECSIG

BRECSIGrfi

-

BBIAS

RECOUT

MC

UT

0

^

V

5

V

7

6N0

r

f

&

LINEINMUTE

-

GP

B

/

300

12

WITH

.

>

NCPMAL

OFF

.

A

0

SW

^

.

±

X

/

5

GW

V

50

CERAMIC

ARE

IN

ARE

SHOWN

HSS

OR

133

-

L

-

R

.

.

-

L

R

-

L

~

-

H

>

5

.

K

A

SPEED

FETAL

CARBCN

FM

0

,

IN
IN

THE

104

a

'

'

73

DIGITAL

DUBBING

RESISTOR

CAPACITCR

(

.

I

a

pF

FlP

-

FORM

OR

MA

VOLT

OR

)

.

OF

165

-

73

KCTEH

.

50

CAPACITANCE

E

-

10

E

To

page

on

F

NOTES

.

VOLTAGES

1

WITHOUT

CONDITION

_

ESS

OTHERWISE

UN

2

-

RESI

ALL

CAPACITORS

:

VDH

ALL
ALL

ALL

ALL
ALL

2348002

RESISTANCE

CAPACITANCE

CAPACITORS

E

-

DICCES

G

Note

u

fL

E

.

IN

940

S

,

BA

R

9531

K

22

RESISTCR

CARBON

LISTED

MOOEL

THE

UAJT

.

R

95

l

(

Vl

a

.

o

6

R

8523

W

.

—

—

12

K

0

52

ICB

1521

BN

)

/

I

2

08521

r

p

<

521

DB

M

0

C

M

RESISTOR
ELECTROLYTIC
CAPACITOR

BELOW

ARE

.

901

R

902

R

.

R

952

755

n

-

.

V

“

V

7

ft

M

=

U

921

R

-

.

8482

R

8524

R

10

—

ETV

3

-

JACK

LINK

CAPACITOR

FUSIBLE

.

R9B

.

BB

VVV

K

»

"

a

?

|

QB

522

ov

—

—

SEMICONDUCTOR

TA

0

DTC

0

TA

SC

2

SC

2

.

25

7

911

2SB772

S

2

25

SB

2

SD

2

to

gr

©

<

G

©

<

124
124

143

1740

2001

11751

A

0882

4681

D

6471

2144

a

>

>

3

>

0MS3533

ES
ES
ES

J

701

S

iL-KI

(

Q

IQ

B

CD

S

M

f

t

!

5

^

_

2

A

(

FISI

)

HFE

)

.

P

)

P

-

)

.

C

)

(VW)

O

8

s

N

U

ZB

4

-

-

01

V

Ref

08502-08511

.

08522

i

913

Q

Q

Q

1502

2502

-

01501.02501
08251-08254.08501

.

.

Q

Q

903

909

.

0901.0912

.

0915
0905

-

.

.

Q

0907

90

B

.

NO

.

-

-

08521

Q

8252

08253

-

-

0915

A

>

B

3

POiF

6.3

945

R

VW

470

S

0910

-

-

A

V

7

o

.

5

6

V

+

A

N

4

*

m

ip

g

ID

£

Z

18

_

L

o

CD

+

CVi

,

$

s

o

m

o

o

(

5

82

<

I

A

OV

ov

o

m

'

931

C

»

J

)

(

2

5

.

mem

)

§

JM

-

svl

is

-

Ez

g g

o

N

4

SB

£

3

g

(

J

V

i

:

{

7.6

S

ST

(

/

1

21

90

B

R

Wv

100

oj

to

*

oi

o

T

pQ

g

P

150

.

.

w

AL

fi

)

1/2

o

.

V

G

2

-

SB

to

V

7.7

-

&

3

H

.

V

7

15

-

-

0903

A

6

.

Fig

/

A

Mi

j

'

*

^

>

£

B

A

'

V

.

4

7

/

W

4

1

8

±

<

w

903

S

O

n

^

+

fp

A

R

952

mk

A

4

.

“

5

Q

!

V

5

E

IV

r

ST

"

8

a

:

l

»

“

19

V

20

“

a

0907
0908

V

20

-

>

H

W

1/4

7

\

B

>

&

0901

R90I

TNC

J

717

718

BKA

/

/

B

/EN/G/U/

/

E

UT

TD

W

/

/

UT

U

TD

-

W

-

S

m

;

6

.

£

!

(T)

J

-

L

>

©

s

o

/

B

Y

i
i
i
i

i

i

i
i

-

+

I

I

i
i

1

1

1

i

i

T

/

Y

B

c

s

V

2

-

3

s

f

i

pm

«

6 2 9 4

K

220

R

8295

WV

—

62

K

RQ

296

Wv

—

43

K

R

8297

ViA

—

—

K

33

R

0296

—wv—

47

K

R

0299

33

K

00253

„

,

.

.

©

V

-

7

n

<

10

]

1

I

1

I

1

I

1

1

|

6

ST

|

KS

I

II

tJ

'

3

3

7

C

NR

7

8

FM

F Q

/

F

Q

GH

GL

HM

HC

X

UN

^

r

^

NC

'

7

^

-

GP

B

264RB270

RB

K

220

R

0265

Wv'W

—

33K39

R

0266

Wv1Wv1WV

27K27

R

8267

-

WV

—

—1—

K75K

120

"

R

0268

WV

100

K

~

|

|B|

EQ

REC

R

8259

WV

D0K

1

R

8257

_

9

R

8276R8282

0K100

P

2

. . .

T

R

R

8271

.

K30K

R

0272

K

R

8273

WV

RQ

274

t

Wv1WV

-

KGP47

S

2

R

0275

WV

—

K39K

S

2

Wv1V/W

—

'

H

T

30K39

R

T

'

Wv

—

36

"

T

R

R

T

1

Wv

—

00251

8277

0270

8279

02

0281

K

K

T

T

T

|

1

T P

8 2 0 0

K

B2K

T

R

0203

5

GK

R

8204

f

Pi

WV

—

K

T

285

RS

Wv

—

’

'

82

K

"

R

ao

628

T

1

WV

91

K

T

1

o.av

-

220

R

02B9

T

1

i

Wv

43

R

|

029

1

WV

—

56

R

8291

T

1

'

—

66

R

S

0292

T

62

R

0293

wv

—

lOOK

108252

CHH

ru

T R

K

T

<

'

K

O

T

P

(

-

—

K

T

1

1

WV

'

K

]

1

—

K

T

1

—

V

7

-

1

J

*

’

»

iSswsKM

a

WP

5

»

ca

3

POWER

R
L

R

'

[

•

R

L

i

R

Mic

U/UT

_

Playback

Playback

Indicator

Recording

Recording

SUPPLY

M

«

«

m

O

v

^

s

®

AFSOI

000

T

*

^

S

3

w

O

‘

mA

C

NR

1

/

3

2

?

9

,

o

r

o

^

'

'

i

b

'

>

s

'

3

8

*

input

(

signal

for

DECK

B

signal

for

DECK

A

signal

signal

for

DECK

B

signal

for

DECK

A

signal

BLOCK

for

Other

Areas

AF

)

903

F

902

A

TBOOmA

A

9

CN

-

005

EMV

Z

i

8

fgasa

?

!

AF

AF

EMV

7122

E/EN

901

TBOOmA

902

TBOOmA

ci

A

7122

?

-

?

l

A

!

005

parts

e

^

Z

(

for

(

for

Australia

Continenta

.

A

905

CN
VMC

TRANS

VMW

0221

2B11

-

908

CN

003

-

8

PW

A

)

Europe

1

THAN

5

TRANS

VMW

1387

tyR

£

<

B

>

9

Dl

"

74

»

t

F

T

y

^

.

7

4

/

4

W

1

0913

v

5

T

>

IV

8

'

r

Si

”

S

m

m

i

U

!

8

.

/

4

W

1

;

8

sjg

fgl

m

|

Sv

+

l

937

R

A

0912

5

vj

V

9.6

CM

giL

tQ

N

Jf

Sc

^

ffl

2

8

8

|

f

S

3

"

g

,

rn

3

.

s

y

Xi

V

8

|

,

.

ov

24

-

^

I

A

Q

905

2

S

T

+

^

liv

+

t

g

,

3

“

s

N

Wr Ai

s

091

+

J

+

8

0910

2

a

^

.

.

*

|

f

a

I

%

.

L

Q

910

SI

_

_

cn

§

AC

m

t

.

S

.

|

r

V

13.3

m

2

r

^

914

/

330

25

APsrts

sure

941

C

.

/

50

0

1

904

901

D

D

-

0909

910

D

-

-

100

35

SR

1

o

8

«

N

*

£

,

'

8

u

°

^

tn

v

cv

-

A

kzikg

gi

2

Is

8

safety

are

ieRetggl

li

assurance

/

L

*

H

a

wis

I

°

S

+

m

~

5

5

-

02

IF

PWB

B

-f-

AS

902

APOWER

0

I

.

1

I

U

Germany

POWER

OMP25HO

553

GMP

QMP

3900

QMP

3900

QNP

.K.

7380

CORO

-

O-OO

-

-

CCR

200

-

)

|

)

;

20

O

0

200

200

.

4358

)

29

(

No

VOLTAGE

SELECT

SW

2325

SS

0

112

-

P.W.B

SELECT

2011

VMW

B

(

for

B

)

(

for

_

G

A

B

/

E

EN

G

Line

B

+

-

Line

B

TD

TD

TNC

/

BKA

J

/B/E/EN/

G

U

UT

/

/

-

717

W

W

718

-

Location

\

W

Main

A

R

2102

B

C

2108

C

2

iOT

.

»

1

Main

:

*

.

!

I

m

fl

If

Board

board

IS

ill

of

Parts

PC

List

.

Board

2

Parts

3

and

Parts

List

4

5

D

E

-

F

G

*

r

*

asst

M

Jp

-

RWHRM

,

SSL

o

o

IS

rF

£

r

UNK

COMPU

01

4

?

;

o

o

o

:

.

!

pi

pi

I

t

.

I

lai ij

Kgj

TD

r

TD-W

718

BKA

/B/E/EN/G/U/

UT

J

/

TNC

-

W

717

13

D

6

7

Power

8

supply

board

(

Except

9

U/UT

Version

)

10

Mi

BUS

R

R

C

2151

2159

2153

<

-

!

>

.

-

-

sH

il

-

*

•

m

!

iliWISS

5

|

TRANS

PWB

/

/J/

G

B

/

E

'

C

1

I

ONLY

"

M

-

'

-

-

-

Wmm

1

rain

.

»

;

1

IJ

'

M

|

NS

•

rj

:

&

!

I

1

'

MMIH

I

ill

i

R

H

8904

m

II

mm

02102

.

-

6

,

^

0

aSQ

2

-

-----

IfiaKB

jSVasjj

^

mm

21

1

KI

B

m

it

02502

B

1

Fig

7

.

1

-

30

(

No

4358

.

:

;

:

R

052

B

-

'

^

:

525

8

ft

-

L

Ca52S

-

)

o

co

CJ

CO

CO

Main

•

REF

A

C

C

C

ft

C

ft

C

C
C

C

C

C
C

ft

C
C
C
C

C
C
C
C
C
C
C

C
C

C

CN

CN

CN

CN
CN

CN

CN
CN

CN
CN

CN
CN

CHOI

C
C
C

C
C

C
C
C

C

C
C
C
C

C

C

2

1

C
C

901

902

903

904
906

907

908

‘

909

910

911
914
915
917

918

920

921

923

924

927

927

928

930

930

931

941

801
802

803

811

815

841

846

861
862

871
872
901

1102

1103

110 4

1105

1106
1107
1108

115 1

1152

1153

115 4

1155

11

1201

1202

1203

1205

.

5

6

Board

P A R T S

QC F

HP

11

QC

H

11

F

QET B

1

QET B

1

QCF

11

HP

QET

41

Q

T41AM-477

E

QET

HM

41

QE

T41AM

QE T

41

QE T

ClE M

QET

C

HM

1

QET

41

QET

41

QE T

41

QET B

1

QE T

ClAM

QET

41

QET

41

QET

41

QET

41

QCV B

1

QCV B

1

QC BB

1

QE TC

1

163

VMCO

0163

VMC

163

VMC O

7155-006

EMV

715

EMV

0238

VMC

0238

VMC

0163

VMC

0163

VMC

0163

VMC

016 3

VMC

EMV

7122

QC BB

1

QCB B

1

QC BB

1

QF N

41

QE T

41

QET

41

QCB B

1

QCB B

1

QFN

41

QC BB

1

QC BB

1

QF N

41

QET

41

QE T

41

QE N

41

QET

41

QE N

41

QET

41

EM
EM

EM

AM

EM
EM

AM

CM

AM
AM
AM
EM

CM

CM

HK
HM

HK
HK
HK

HJ

AM

HM

HK
HK

HJ

HK
HK

HJ

AM

HM

EM

HM

EM

HM

P

5

Parts

N O

-

103

-

103

-

338

-

338

-

103

107

-

475

-

-

477

477

-

-

337

-

227

-

107

-

106

-

107

228

-

-

337

-

107

-

107

-

107

476

-

-

103

-

103

-

151

-

104

-

009

-

027

007

-

006

-

005

-

-

005

-

005

-

005

-

005

005

-

005

-

-

471

151

-

-

151

123

-

-

227

-

475

-

471

-

151
102

-

-

331

-

151

-

123

-

227

475

-

-

475

-

474

-

475

-

105

N
N

ZN
ZN

N

ZN

Y
Y
Y

Z

R
R

Z

Z

Z

Y

Y
Y

Y
Y

Y

Y

.

N

List

P A R T S

C

CAP ACITOR

.

CAPACITO R

C

.

CAPACITO R

.

E

CAPACITO R

E

.

CAPACITOR

C

.

CAPACITO R

.

E

CAPACITO R

.

E

CAPACITO R

.

E

CAPACITO R

E

.

CAP ACITOR

.

E

.

CAPACITO R

E

CAPACITO R

.

E

CAPACITO R

E

.

E

CAPACITOR

.

CAPACITO R

E

.

CAPACITO R

.

E

CAPACITO R

.

E

CAPACITO R

.

E

.

E

CAPACITOR

CAPACITO R

E

.

CAPACITO R

.

E

CAPACITO R

C

.

CAPACITOR

CER

.

CAPACITO R

C

.

CAPACITO R

.

E

CONNECTOR

CONNECTO R
CONNECTO R
CONNECTO R

CONNECTO R
CONNECTO R

CONNECTOR

CONNECTO R
CONNECTO R
CONNECTO R
CONNECTO R
SOCKET

CAPACITO R

C

.

CAPACITO R

C

.

CAPACITO R

C

.

M

CAPACITO R

.

CAPACITO R

.

E

CAPACITOR

E

.

CAPACITO R

.

C

CAPACITOR

C

.

M

CAPACITO R

.

CAPACITO R

C

.

CAPACITO R

C

.

CAPACITO R

M

.

CAPACITO R

.

E

CAPACITO R

E

.

CAPACITO R

NP

E

.

.

CAPACITO R

E

.

CAPACITOR

NP

.E.

CAPACITOR

E

.

N AM E

B LO C K

R EM A R KS

10 0

MF

010

.

.

330 0
330 0

.

100

470

4.7

470
470

330

220MF20

100MF20%25
10MF20%25
100MF20%10

220 0

330

100
100

100

47

.

.

150

.

470PF10

150PF10

150PF10%50

.

220

4.7

470PF10

150PF10
1000

330

1

.

220MF20

4.7

4.7

.

4.7

l

+

010

010

010MF20

01

10MF20%50

012

SOP

012

47

.

MF
MF
MF
MF
MF
MF

MF
MF
MF
MF

MF

OM

PF

OMF

MF

MF

PF

MF

MF
MF

MF

MF
MF

MF

M

MF

MF

PF

MF

F

100

+

%

20

%

20

100

F

+

20%25

%

20

20%50

%

20

%

20
20%25

%

20
20%10
20%10
20%10

%

20

20%25

F

20%16

%

10

%
%

%

5

20%10
20%50

%

%

%

5

10%50

%

10

%

5

%

20%50

%

20

20%50

20%25

%

20

%

%

10

10
10

50

10

50

50

10

50
50

50
50

50
50

50

25

50

:

:

25
25

:

V

16

V

16

{

jLL

0

l

N

m

.

%

0

-

%

0

-

V

V

-

%

0

V
V

V
V
V
V
V
V

V

V

V

V

V

V

V

V
V
V

V

V

V

V
V

V

V
V
V
V
V
V

V

V

V

V
V

V

,B,

A

,

G

,

A

EN

U

-

sum

E

^

U/UT

,C,

B

,G,

J

EN

E

X

REF

zft

C

12

120 7

C

120 8

C
Cl

1257

C

135 1

C

135 2

C

135 3

C

135 4

C

C

1355

1358

C

135 9

C

1360

C

1361

C

C

1362

136 3

C

136

C

136 6

C

136 7

C

136 8

C

136 9

C

137 0

C
C

1372

137 3

C
C

1401

C

14

C

14

C

14

140 5

C

140 6

C
C

14

1451

C

145 2

C

C

1453

1454

C

C

14

C

14

C

14

1501

C

160 1

C

C

1603

190 1

C

210 1

C

210 2

C

2103

C

210 4

C

210 5

C

2106

C

210 7

C

210 8

C

215 1

C

215 2

C

215 3

C

215 4

C

215 5

C

P AR T S

.

QC S

06

QC S

QF N

QC

56

S

2

QC

S

QET
QET
QET

QE T

QE T
QE N
QF N
QF N
QF N
QF LC
QF LC
QF LC

5

QET C

QE T
QE TC

QE T

QE T
QE TC
QC BB

QFP

0

GCB B

2

QCS

3

0

-

4

0

C

1

QFL C

Q

FLC

QE T

0

7

QFP

QC BB
QC S

-

C

1

QF LC

55

QFL C

56

Q

5

ET41EM

7

QC Y
QC F
QC S

QET

QC BB
QC BB
QC BB
QF N
QE T
QE T
QC BB

QC BB

QF N

QCB B

Q

CBB

.

Q

FN

.

QE T

32

HJ
HJ

11

HJ

41

HJ

32

HJ

11

41

HM

41

HM
HM

41

41

HM

HM

41

EM

41

HJ

41

HJ

41

HJ

41

HJ

1

HJ

1

HJ

1

HM

1

HM-474

41

EM

1

HM

41

HM

41

HM

1

HK

1

32

AJ

HK

1

HJ

11

PAR TS

HJ

1

HJ

1

41

EM

32

AJ

1

HK

HJ

11

PARTS

HJ

1

HJ

1

31

HK

11

HP

HJ

11

HM

41

HK

1
1

HK

1

HK

HJ

41

AM

4.1

HM

41

HK

1

HK

1

HJ

41

HK

1

HK

1

HJ

41

AM

41

N O

-

151

-

471

222

-

-

151

-

471

-

475

-

105

-

475

-

475

-

475

-

475

-

222

-

222

-

222

-

104

-

104

-

104

225

-

-

226

-

105

-

105

-

334

471

-

-

561

-

101

-

561

838 594

-

223

393

-

-

106

-

561

101

-

-

561

838594

-

223

-

393

-

106

-

222

-

223

-

220

-

475

-

471

-

151

151

-

-

123

-

227

-

475

471

-

-

151

102

-

331

-

-

151

123

-

-

227

ZV

ZV

ZM

ZM
ZM
ZN

ZN

ZM

Y

ZM
Y

ZM

ZM
ZM

Y

ZM

ZM

Z

Y

Y

Y

Y

Y

Y

Y

P AR T S

.

C

.

C

.

M

.

C

.

C

.

.

E

.

E

.

E

E

.

.

E

NP

M

.
.

M
M

.

.

M
M

.
.

M

E

.

.

E

.

E

.

E

.

E
E

.

C

PP

C

.

C

.

.

M

M

.
.

M

.

E
PP

C

.

C

.
.

M

.

M
M

.

.

E

C

.

C

.

C

.
.

E

C

.

C

.

C

.

M

.

E

.

E

.

C

.

C

.

M

.

C

.

C

.

M

.

E

.

N AM E

CAP ACITOR
CAP ACITOR
CAP ACITOR
CAP ACITOR

CAPACITO R
CAPACITO R

CAP ACITOR
CAP ACITOR

CAPACITO R

CAPACITO R

.

CAPACITO R

E

.

CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R

CAP ACITOR
CAP ACITOR
CAP ACITOR

CAPACITO R

CAP ACITOR

.

CAPACITO R

CAP ACITOR
CAP ACITOR

CAPACITO R
CAPACITO R
CAPACITO R

CAPACITO R

.

CAPACITO R

CAP ACITOR

CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R
CAPACITO R

CAP ACITOR

CAPACITO R

CAPACITO R
CAPACITO R

CAP ACITOR

CAPACITO R

CAP ACITOR
CAP ACITOR

CAPACITO R
CAPACITO R

CAP ACITOR

CAPACITO R

CAP ACITOR

CAPACITO R
CAPACITO R

1

470

220 0
150
470

4.7

1.0

4.7

4.7

4.7

4.7

220 0

2200
2200

.

.

.

2.2

.

22

l

l

.

47 0

560
100
560

.
.

.

10MF20%25

560
100PF10%50

560

.
.
.

10MF20%25

220 0PF10%50

.

22

4.7

470PF10
150PF10%50
150

.

220MF20%10

4.7

470

150PF10%50

10 00

330

150

.

220MF20%10

SO PF

10

OM

1

10

47M

MF

OMF

.

OMF

.

33

010
022

039

010
02

039

022

PF

012

012

PF

PF

PF

MF

MF
MF

MF

MF

MF

MF
MF

MF

MF
PF

PF
PF
PF

PF
PF

2

MF

PF

MF
PF

PF
PF

B LO C K

R EM A R KS

%

5

500

%

5

50

%

5

PF

%

5

500

%

5

50

20%50
20%50

%

20

20%50

20%50
20%25

%

5

PF
PF

%

5

PF

%

5

%

5

50

F

%

5

50

%

5

50

20%50

F

20%50

%

20

25

20%50

20%50

%

20
10%50

%

5

100

10%50

%

5

50

F

M

%

5

%

5

MF

%

5

MF

%

5

100

%

5

50

M

F

%

5

F

%

5

M

%

5

M

F

100

MF

+

%

5

50

%

20

%

10%50

%

5

MF

20%50
10%50

5

PF

%

10%50

10%50

MF

%

5

50

50

50
50

50

50

50
50

50

50
50
50

V

50

50

50

50

50

:

lOflF

NO

.

S U F F I X

V

V

V

V

V

V

V
V

V

V
V
V
V

V

V

V

V

V
V

V

V

V
V
V
V

V

V

V
V

V

V

V

V

V

V
V
V

V

V

-

%

0

V

V

V
V
V

V

V

V
V

V

V
V
V
V

HH

DO

i

Nj-Nj

00

OJH

n

>

4

ro

m
m

z

o

c

c

H

i

:

GO

NO

z

o

GO

CJI

CO

HH

99

Nj

i

>

:

"

|

|

B LO C K

R E F

A

C

21 56

C

22 01

C

22 02

C

2

C

22 05

C

22 06

C

22 07

'

C

22

C

22 56

C

2 2

C

23 51

C

23 52

C

23 53

C

2

C

23

C

23 58

C

23 59

C

23 60

C

23 61

C

2

C

2

C

23 65

C

23 66

C

23 67

C

23 68

C

2

C

23 70

C

23 72

C

23 73

C

24 01

C

24 02

C

24 03

C

24 04

C

24 05
24 06

C

C

24 07

C

24 51

C

24 52

C

24 53

C

24 54

C

24 55

C

2

C

24 57

2

C

C

26 01

C

26 03

C

29 01

C

81 01

C

81 02

C

81 03

C

81 04

C

81 51

C

81 52

81 53

C
C

82 01

20 3

35 4

36 2

36 3

36 9

4

50 1

08

57

5

5

.

5

6

P AR T S

QE T

QE N

QE T
QE N
QE T
QC S

QC S

QF N
QC S
QC S

QE T
QE T
QE T
QE T

QE T

QE N

QF N
QF N

QF N

QF L C

QF L C
QF L C

QE T C

QE T

QE T

QE T
QE T

QE T

QC B B
QF P

QC B B
QC S

-

C

1

QF L C

QF L C
QE T
QF P

QC B B

QC S

-

C

1

QF L C
QF L C

QE T

QC Y
QC F
QC S
QE T
QC F

QC

F

QE T
QC B B
QE T

QC F

QC F
QE T

HM

41

41

EM
HM

41
41

EM

41

HM

HJ

32

HJ

11

HJ

41

HJ

32

HJ

11

HM

41

41

HM

HM

41

HM

41

HM

41

41

EM

HJ

41

HJ

41

HJ

41

HJ

1

HJ

1

HJ

1
1

HM

41

HM

Cl EM

41

HM
HM

41

C

1

HM

1

HK

AJ

32

HK

1

HJ

11

PA RT S

HJ

1

HJ

1

41

EM

AJ

32

HK

1

HJ

11

PA RT S

HJ

1

HJ

1

EM

41

HK

31

11

HP

HJ

11
41

HM

HP

11

HP

11
41

AM

HK

1

41

AM

11

HP

HP

11
41

AM

N O

-

47 5

-

47 5

-

47 4

-

47 5

-

10 5

-

15 1

-

47 1

-

22 2

-

15 1

-

47 1

-

47 5

-

10 5

-

47 5

-

47 5

-

47 5

-

47 5

-

22 2
22 2

-

-

22 2

-

10 4

-

10 4

-

10 4

-

22 5

-

47 4

-

22 6

-

10 5
10 5

-

-

33 4

-

47 1

-

56 1

-

10 1

-

56 1

83 859 4

-

22 3

-

39 3

-

10 6

-

56 1

-

10 1

-

56 1
83 859 4

-

22 3

-

39 3

-

10 6

-

22 2

-

22 3

-

22 0

-

47 5

-

10 3

-

10 3

-

10 7

-

47 1

-

10 7

-

10 3

-

10 3

-

10 7

.

ZV

ZV

ZM

ZM
ZM

ZN
ZN

ZM
Y

ZM

Y

ZM

ZM

ZM
Y

ZM

ZM

Z

Y

P AR T S

.

E

NP

.

E

NP

.

E

C.CA PA CI T OR

C

.

.

M

.

C
C.CA PA CI T OR

.

E

.

E

.

E

.

E

.

E

NP

.

M

.

M
M

.
.

M
M

.

.

M

.

E

.

E

.

E

.

E

.

E

E

C

.

PP

C.CA PA CI T OR
C.CA PA CI T OR

.

M

.

M

.

M

.

E

PP

C.CA PA CI T OR

C.CA PAC IT O R

.

M

M

.

.

M

.

E

C.CA PAC IT O R
C

.

C

.
.

E

C

.

C.CA PAC IT O R

.

E

C.CA PAC IT O R

.

E

C

.

C.CA PAC IT O R

.

E

N AM E

CA PA CI T OR

CA PA CI T OR

.E.

CA PAC IT O R

.

E

CA PAC IT O R

.

CA PA CI T OR
CA PA CI T OR

CA PAC IT O R
CA PAC IT O R

CA PA CI T OR

CA PAC IT O R
CA PAC IT O R

CA PA CI T OR

CA PA CI T OR

.

CA PA CI T OR

.

E

CA PAC IT O R

CA PA CI T OR

CA PAC IT O R

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

CA PAC IT O R

CA PA CI T OR

CA PAC IT O R

CA PA CI T OR

.

CA PA CI T OR

CA PAC IT O R

CA PA CI T OR

CA PA CI TO R

CA PA CI T OR

CA PAC IT O R

.

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

CA PA CI T OR

CA PAC IT O R

CA PA CI T OR

CA PAC IT O R

R EM A R K S

MF

MF
MF

MF
PF

PF

PF
PF

OM F

MF
MF

MF

MF

MF
MF
MF

MF

OM F
OM F

M

PF
PF

PF

PF
PF

PF

MF

PF

PF

PF
PF

F

MF

MF

MF

M
MF
M

MF

M
MF

MF

MF

20

F

F

5

F

%

50

%

20

25

%

20

50

%

20

25

%

20

50

%

5

50 0

%

5

50

%

5

50

%

5

50 0

%

5

50

%

50

20%50
20%50

20%50

%

20

25

%

5

50

%

5

50

%

5

50

%

5

50

%

5

50

%

5

50

20%50

%

25

20%50

%

50

20
20%50

%

50

%

5

10 0

%

50

%

5

50

%

5

50

%

5

50

%

5

50

%

5

10 0

10%50

%

5

50

%

5

50

%

5

50

%

5

50

10 0

+

%

V

50

20%50

10 0

+

10 0

+

%

50

+

10 0

10 0

+

V

4. 7MF20

4. 7

47

.

4. 7

1. 0

15 0
47 0

22 00

15 0

47 0

4. 7MF20

.

l

4. 7

4. 7

4. 7MF20%50

4. 7
22 00
22 00

22 00

.

10

10

.

10

.

2. 2

47MF20%50

.

22

.

l

.

l

33

.

47 0PF10

56 0

10 0PF10

56 0

01 0

.
.

02 2

.

03 9

10MF20%25
56 0
10 0
56 0

01 0

.
.

02 2

03 9

.

10MF20%25
22 00PF10%50

02 2

.

22

4. 7

01 0

.

01 0

.

10 0MF20%10

47 0PF10
10 0MF20%10

.

01 0

01 0

.

10 0MF20%10

V

V

V
V
V

V

V

V

V

:

:
:

:

t

b

N O

.

TTi

1

ll

i

I

S U F F I X

V
V

V
V

V

V

V
V

V
V
V
V

V

V
V
V

V

V
V

V
V
V
V

V

V
V

V

V
V

V

V

V

V

V

-

%

0

V

-

%

0

-

%

0

V

V
V

-

%

0

-

%

0

V

R E F

A

C

82 02

C

83 51

C

83 52

C

83 53

C

83 58

C

83 5

C

8

.

C

84 02

C

84 03

C

84 0 4

C

84

C

84 33

C

84 34

C

84 41

C

84 42

C

84 4 4

C

84 45

C

84 46

84 4 7

C
C

84 48

C

84 51

C

84 52

C

84 53

C

84 54

C

84 82

C

84 83

C

84 91

C

84 92

C

84 94

C

84 95

C

84 96

C

85 01

C

85 11

C

85 12

C

85 13

C

85 21

C

85 22

C

85 23

8

C
C

85 25

C

86 01

C

86 02

C

87 01

C

87 02

C

87 03

C

8

C

87 05

C

8

87 0 7

C

C

87 08

C

87 09

C

87 10

C

88 01

C

88 02

C

88 03

40 1

5

7

70 6

3

2

0

.

9

2

4

4

P AR T S

QE T

41

QE T

41

QE T

41

QE T

41

Q

41

ET

Q

41

ET

QE T

41

QC S

11

QE T

41

QE T

41

QE T

41

QE T

C1CM

QE T

41

QF P

32

QE T

41

QF N

81

QF N

41

QF N

41

QF N

41

QF N

41

QE T

41

QC S

11

QE T

41

QE T

41

QE T

41

QE T C

Q

FP

32

Q

ET41EM

QF N

81

QF N

41

QFN

41

QET

41

QC F

11

QC F

11

QC S

11

QE T

41

Q

FL C

QC B B

-

PA RT SS

Cl

QC B B

QC F

11

Q

C

F11H

QE T

41

QE T

41

QC B B

QC B B

QE T

41

QE T

41

QC F

11

QF N

41

QE N

41

Q

FL C

QF N

41

QF N

41

QF L C

N O

.

-

P AR T S

10 7

AM

-

47 5

HM

-

HM

47 5

-

HM

47 5

-

47 7

AM

-

47 7

AM

-

10 6

EM

-

HJ

10 0

-

AM

10 7

-

AM

10 7

-

22 7

AM

-

33 7

-

10 5

HM

-

AJ

15 3

-

47 6

EM

-

HJ

82 2

-

HJ

33 2

-

HJ

33 2

-

HJ

33 2

-

HJ

33 2

-

10 6

EM

-

HJ

10 0

-

10 7

AM

-

AM

10 7

-

AM

22 7

-

CM

33 7

1

-

AJ

15 3

-

47 6

-

HJ

82 2

-

HJ

33 2

-

HJ

33 2

.

HM

105

-

-

HP

10 3

-

HP

10 3

-

HJ

10 0

-

47 5

HM

-

HJ

22 3

1

-

82 1

HK

1

’

38 594

-

39 1

1

HK

-

HP

10 3

-

P

10 3

-

10 5

HM

-

HM

10 5

-

15 1

1

HK

-

1

HK

15 1

-

AM

10 7

-

10 7

AM

-

10 3

HP

-

HJ

22 2

-

47 5

EM

-

HJ

82 2

1

-

HJ

33 2

-

HJ

10 2

-

HJ

22 3

1

ZN

ZM

ZN

ZM

ZM
Y

Y

Y

Y

ZM

ZM

.

E

.

E

.

E

.

E

.

E

.

E

.

E

C

.

.

E

.

E

.

E

.

E

.

E

PP

.

E

M

M
M
M
M

.

E

C.CA PA CI T OR

.

E

.

E

.

E

.

E

PP

.

E

M
M
M

.

E

C

.

C.CA PAC IT O R
C

.
.

E

.

M

C

.
.

M

C.CA PA CI T OR

C.CA PAC IT O R
C

.

.

E

.

E

.

C
C.CA PAC IT O R

.

E

.

E

C.CA PAC IT O R

M

.

NP

.

M
M

.

M

.

M

N AM E

CA PAC IT O R

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

CA PA CI TO R

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

CA PAC IT O R

CA PA CI T OR
CA PA CI T OR

CA PA CI T OR

.

CA PAC IT O R
CA PAC IT O R

CA PA CI T OR
CA PA CI T OR

CA PAC IT O R
CA PAC IT O R
CA PAC IT O R

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

.

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

CA PA CI T OR
CA PA CI T OR
CA PA CI T OR

CA PAC IT O R

CA PA CI T OR

CA PA CI T OR

CA PAC IT O R
CA PAC IT O R

CA PA CI T OR
CA PA CI T OR

CA PAC IT O R

CA PA CI T OR

.

CA PA CI T OR

.

E

CA PAC IT O R
CA PAC IT O R

CA PA CI T OR

CA PAC IT O R

10 0

4. 7

4. 7MF20

4. 7
47 0MF20
47 0

10

10
10 0
10 0
22 0MF20

33 0

l

.

47

82

33 00

33 00
33 00
33 00

10
10
10 0
10 0

22 0
33 0MF20

.

47MF20

82 00
33 00

33 00

l

.

.

10

4. 7

.

82 0

-

39 0

.
.

l
l

15 0

15 0

10 0MF20
10 0

.

22 00

4. 7

82
33 00
10 00

.

.

01 5

01 5

.

OM F

01 0
01 0

PF

02 2
01 0
01 0

01 0

OM F

.

OM F

.

01 0

OO PF

02 2

MF

MF

MF

MF

MF
PF

MF

MF

MF

OM F

MF

OO P

MF
PF

MF
MF
MF

MF

PF

PF

PF
PF

MF

MF

B LO C K

R EM A R K S

20%10

%

20

%

20%50

%
%

20

20%25

%

5

50

%

20

20%10

%

%

20
20%50

%

5

MF

20%25

F

%

5

PF

%

5

PF

%

5

%

5

PF

%

5

PF

20%25

%

5

50

20%10

%

20

%

20

%

MF

%

5

%

25

%

5

PF

%

5

PF

%

5

PF

%

20

10 0

+

MF

10 0

+

MF

%

5

50

%

20

5

MF

%

10%50

MF

%

5

10%50

10 0

+

MF
MF

10 0

+

20%50
20%50

%

10

10%50

%

20%10

MF

10 0

+

PF

%

5

20%25

%

5

%

5

PF

%

5

PF

%

5

MF

50
50

10

10

V

10

10

16

10 0

50

50

50
50

50

V

10

10
16
10 0

50

50
50
50

V

50
50

50

50
10

50

50

50
50

50

N O

.

Pill

Mil

IJ

U

S

I

X

V
V
V
V
V

V

V

V
V

V

V
V

V

V

V

V

V

V
V

V

V

V
V
V

V

V

V
V
V
V

-

:

%

0

-

:

%

0

V

V
V
V

V

-

:

%

0

:

-

%

0

V
V
V
V

V

V

:

-

%

0

V

V

V
V
V
V

F F

OD

00

*

5

m

m

z

o

-

J

>

-

H

Z

o

*

2

o

co

an

co

CO
CO

A

ft

ft

ft

ft

ft

ft
ft

ft

ft

ft

REF

C

880 5

C

880 6

C

880 8

C

8809

C

8810

C

881 1

C

8812

C

890 1

C

890 2

C

8903

D

D

D
D

D

D
D
D
D

D
D
D
D

D
D

D

D

D
D
D

D

D
D
D

D
D
D

8101

D

8102

D

820 1

D

8202

D

835 1

D

8431

D

843 2

D

848 1

D

8501

D
D

8521
8522

D

852 3

D

8524

D

8901

D

HS

IC
IC

IC

901
902

903
904

905

905
906
907
908

909

910

913
914

917

918

919

919

921

922

923
924

925
925

926
926

927

928

901

811

812
813

.

P AR T S

QF LC
QC

F

11

QF V

71

QE T

C

QCF

11

QC BB
QC BB
Q

C

F

11

QC F

11

QE T

41

SR

35

1

SR

35-100

1

SR

35-100

1

SR

35-100

1

700

MA

700

MA

SS

133

1

3.6

MTZ

SS

133

1

1

SR

35-100

SR

1

35

MTZ

24

SS

133

1

SS

133

1

6.2

MTZ

4.7

MTZ

4.7

MTZ

133

SS

1

4.7

MTZ

SS

133

1

SS

133

1

SS

133

1

SS

133

1

6.8

MTZ

6.8

MTZ

SS

133

1

SS

133

1

SS

133

1

SS

133

1

SS

133

1

SS

133

1

SS

133

1

133

SS

1

S

S

133

1

SS

133

1

S

S

133

1

SS

133

1

133

SS

1

SS

133

1

S

S

133

1

SS

133

1

401 1-201

VMH

UPC

1330

6557

AN

BU

4066

BLOCK

N O

HJ

-

1

223

-

103

HP

-

HJ

394
104

1

HM

-

-

103

HP

151

HK

1

-

151

-

HK

1

-

103

HP

103

HP

-

AM

477

-

100

-

JA

100

-

JD

JC

JB

JB

JB

JB
JB

HA

F

B

ZM
ZM

ZN

Y
Y

.

P AR T S

M

.

C.CAPACITOR

FILM

.

E

.

C
C.CAPACITOR

.

C
C.CAPACITOR

.

C

.

E

SI
SI

SI
SI

ZENER
ZENER

SI

ZENER

SI

SI
SI

ZENER

SI

SI

ZENER

ZENER
ZENER

SI

ZENER

SI

SI

SI
SI

ZENER
ZENER

SI

SI
SI
SI

SI

SI

SI
SI
SI

SI

SI
SI
SI
SI
SI
SI

HEAT

IC
IC

IC

N A ME

CAPACITOR

CAPACITOR

CAPACITOR

CAPACITOR
CAPACITOR

CAPACITOR

CAPACITOR

DIODE
DIODE

DIODE

DIODE

DIODE

DIODE

DIODE

DIODE

DIODE

DIODE
DIODE

DIODE

DIODE

DIODE

DIODE
DIODE
DIODE

DIODE

DIODE

DIODE

DIODE

DIODE
DIODE

DIODE

DIODE

DIODE

DIODE
DIODE
DIODE

DIODE

DIODE

DIODE

DIODE

DIODE

DIODE

DIODE

DIODE

DIODE
DIODE

DIODE
DIODE

SINK

R EM A R KS

.

022

MF

5

+

MF

.

01 0

F

.
.

.

150
150PF10%50

.
.

470MF20

R

PB

EQ

39

OM

1

010

PF

OM

01
010

/

P

SWITCH

5

M

20

F

M

F

10%50

F

F

M

SWITCH

HEAD

%

+

+

+

%

100

%

100

100
100

%

AMP

50

50

50

10

NO

.

TT

PHI

I

U FFI

S

X

V

:

%

0

-

V

V

:

0

%

-

V
V

:

%

0

-

:

%

0

-

V

,

,

B

A

E

EN

^

,U,

UT

G

/B/E/

A

EN

,U,

UT

G

A,B,E,EN

/

UrUT

G

UT

GrU

^

A/B-rE^EN

.

ft

ft
ft
ft
ft
ft

ft

ft

A

ft

ft

ft

REF

IC
IC
IC
IC
IC
IC

IC
IC

IC

IC

IC
IC
IC

IC

IC
IC

J

J

8501

860 1

J

J

870 1

1201

L
LI

1351

L

140 1

L

1451

L

2201

L

225 1

L

235 1

L

2401

L

2451

L

8401

L

8431

L

8451

L

848 1

L

P

P

P

Q

Q

Q

Q

Q

Q

Q

Q
Q

Q
Q

Q
Q

110 1

Q

1102

Q

115 1

Q

1152

Q

150 1

Q

1502

816
817
821
836
841
846

851

5

8
861

87 1

882
883

891
892

893
901

701

251

901
903
905

907

908

909

910
912

91 2

912
913

915

.

UPC

AN
AN
HA

UPC
UPC

BU

2

BA

BA

VC

BA
LA
M
M
MB

M

QM S

EMN

QM S
QM S
VQ P
VQ P

VQ Z

VQ H
VQ H

VQ P

VQ P
VQ Z

VQ H

VQ H

VQ H
VQ P
VQ H

VQ POOO

VMZ

1

VMZ

2

3

VMZ

2
2SB772
2

2SD2144

2SD2144

2

2

2
2
2

DTA

2

DTC
DTC
DTC

2

2
2

P A R T S

65
735

12169

4066
15218

152 1 8

45 8 0

152 1 8
200 0

50253
50253

883 4 6

521 8

SD
SB

S

B

SC

SD

S

D

SD
SD

SK
SC
SC

133 0

HA

7

F

5

S

3

FB

CA

129 7

CA

129 7

B

N
N

L

N

S

P
P

B

AL

-

01

V

3533

00

TV

421AJ2

-

-

6032

01

V

-

603 5

01

V

000 1-183
000 1-183

0024-001

700 1-021

700 1-021

0001-183

000 1-183

-

001

002 4

7001-021

700 1-021

058

1008

-

0001-102

058

1008

-

102

-

1

-

001

0034

003 4-001

0034-001

,

Q

CP

882

,

CQ

P

)

CCD

647

(

S

VW

(VW)

S

Q

(

/

P

772

SCR

1740

)

CC

468

Q

(

/

88

P

2

Q

(

882

P

ES

143

)

CC

468

ES

124

ES

124

ES

124

(

105

E,F

(

2001

Lr

(

S

1740

N O

)

,

R

.

S
S

>
>

)

)

/

S

)
)

)

/

H

)

K

S

>

P AR T S

IC

IC
IC
IC
IC
IC

IC
IC

IC
IC
IC
IC

IC

IC
IC

IC

JACK

JACK

PIN

JACK

JACK

INDUCTOR

INDUCTOR

FILTER

OSC

COIL

OSC

COIL

INDUCTOR
INDUCTOR

FILTER

OSC

COIL(BIAS

OSC

COIL

OSC

COIL

INDUCTOR

OSC

COIL

INDUCTOR

TAB
TAB
TAB

TRANSISTOR

TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR

TRANSISTOR

TRANSISTOR

TRANSISTOR
TRANSISTOR

TRANSISTOR

TRANSISTOR
TRANSISTOR

N AM E

(

BIAS

(

BIAS

(

BIAS

(

BIAS

(

BIAS

(

FET

)
)

)
)

)

)

B
B

REC
DOLBY

HX

HX

INPUT

BUFFER

HEAD

MIC

PORT

PORT

8

7

COMPULINC

FOR

FOR
FOR

)

R EM A R K S

/

REC

PB
PB

HEAD

AMP

NR

PRO
PRO

VOLUME

PHONE

AMP

EXPANDER

EXPANDER

BIT

D/A

REGULATER

V

POWER

POWER

POWER

B LO C K

SWITCH

AMP

AND

A

B

.

COMBER

CORD

CORD

CORD

EQ

AMP

10111

N O

.

M M M

SUFFIX

.

CO

1

2

,

J

C

/

U^UT

G

A/B^E/EN

HH

DO

i

00

^

OOH

o

>

I

^

m

2

c

5

5

co

4

Z

o

4

CO

CJl

CO

HH

DO

i

i

^

s

00

-

00

H

s

7

Z

o

>

CD

m

^

m

z

5

C

s

H

RE MAR KS

5

%

5

%

/

l

5

%

5

%

K

5

%

K

%

K

5

5

%

K

5

%

K

BL OCK

1
1

OW

1

1

1
1
1

^

124

124

1175

124
124
124

105

200

1740

124
124

1175

124

124

124

1175

1740

1740

1175

2001

1175

124
124
124

200
2001

105

105

200

1175

124

124

2001

2001

1175

124

124

124
124

124

124
124

124

0077
0077

CJ

12

CJ

12

0077

0077

161

161

161

161

161

161

(

(

(

ES
ES

ES

ES
ES

KL

ES
ES

ES
ES

ES

(

ES

ES

ES

KL

(

KL

ES

ES

(

(

ES

ES

ES

ES
ES

ES
ES

ES

-

J
J
J
J
J
J

E

S

S

S

E

E

-

-

-

-

-

-

-

-

-

-

-

/

(

(

(

L/K

L

/F/

/F/

L/K
L

4

4R7

2R2
2R2

4

4

181

222

103

103

103

103

NO

F/H

/

/

R

/

R

/

R

/

/

/

/

7

R

R

7
7

R

.

)

)

K

)

S

)

S

)

S

)

)

K

)

K

)

H

)

H

)

K

)
)

K

X
X

SX

SX

X

X

PA RTS

TRANSISTOR
TRANSISTOR

TRANSISTOR

TRANSIS TO R

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSIS TO R

TRANSISTOR

TRANSISTOR
TRANSISTOR

TRANSISTOR

TRANSISTOR

TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR

TRANSISTOR
TRANSISTOR

TRANSISTOR

TRANSIS TO R

TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR

TRANSISTOR

TRANSISTOR

RESISTOR

FUSE

RESISTOR

FUSE
CARBON
CARBON

FUSE

FUSE

CARBON

CARBON

CARBON
CARBON

CARBON

CARBON

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

NA ME

(

FET

(

FET

(

FET

)

)
)

4.7

4.7

2.2

2.2

4.7

4.7

180

2.2

10
10
10

10

A

&

RE F

Q

1901

Q

190

Q

1903

Q

2101

Q

2102

Q

2151

02152

Q

2501

Q

2502

Q

2901

Q

2902

Q

2903

Q

8101

Q

8102

Q

8151

Q

8251

Q

8

252

Q

8253

Q

8254

Q

8431

Q

8432

Q

8433

Q

843

Q

8435

Q

8441

Q

8442

Q

8443

Q

8444

Q

8481

Q

8482

Q

848

Q

8484

Q

8491

Q

8492

Q

8501

Q

8502

Q

8511

Q

8521

Q

8522

Q

8801

Q

8802

Q

880 3

Q

8901

R

901

901

R

R

901

R

902

R

902

R

902

908

R

910

R

912

R

913

R

R

914
915

R

.

2

4

3

PA RTS

DTC
DTC

SA

2

DTC

DTC

DTC

SK

2

SC

2

SC

2

DTC
DTC

SA

2

DTA
DTA

DTA

SA

2

S

2

C

SC

2

SA

2

SC

2

SA

2

DTC

DTA
DTA

SC

2

SC

2

SK

2

SK

2

SC

2

SA

2

DTC

DTA

SC

2

SC

2

SA

2

DTA
DTA
DTA

DTC
DTC
DTC

DTC

DTA

QRZ
QRZ

QR D
QR D

QRZ

QR Z
QR D
QR D

QR D

QRD

QR D

QRD

NO

.

1 1

1

U

S

I

F

V

X

/U/

UT

G

/B/E/

A

/

W

2

/

W

2

/

6

W

/

W

6

1

/

W

6

/

W

6

/

6

W

/

W

6

EN

/

J

C

/

J

C

/

/

UT

G

U

/B/

A

E/EN

A

A

A

\

i

A

'

\

i

L

&

REF

R
R
R
R

R
R

R
R

R

R
R

R

R
R
R

R

R

R

R
R

R
R
R

R

R

R

R
R
R
R
R
R
R

1101

R

R

1102

1104

R

1105

R

1106

R

110 7

R

1108

R

R

1109

R

1110

Rllll

R

1114

R

115

1154

R

R

115

R

1158

R

1159
1160

R
R

1161
1164

R
R

1165
1201

R
R

1202

917
918

921

921

921

923
923

923
927

928
929
930

933

933

933

937

937
937

938
940
940

940
941

942
943
944

944

945

945
951

951

952
952

.

2
5

PA RT S

QR D

QRD
QRD
QRZ
QR
QRD

QR D
QR D
QR D

QRD
QRD
QRD

QR D
QR D

QRD

QR Z
QR D

QRZ

QR D
QR D
QR H
QR H
QR D

QRD
QRD
QRD

QR D

QRD
QRD

QR Z

QRZ

QR Z

QR Z
QR D
QR D

QR D

QRD

QRD

QR D

QRD

QR D

QR D

QRD
QRD
QRD

QR D
QR D
QR D
QR D

QRD

QR D
QR D
QR D
QR D

QRD

161
161

14

CJ

0077

20077

CJ

14

CJ

14

161
161
161

161

161
161

161

167
0077

CJ

14

0077

CJ

14

14

CJ

144

144

CJ

14

161
161

161
161

161
161
0077

0077

0077
0077

161

161
161

161
167

161

161

161

161

161
161

161

161
167
161

161
161

161

161
161
161

161

NO

J

103

-

J

103

-

100

-

100

-

100

-

821

-

821

-

J

821

-

J

103

-

J

473

-

J

391

-

J

391

-

J

222

-

J

222

-

J

682

-

100

-

4

R

7

-

100

-

331

-

6R8

-

J

6R8

-

J

6R8

-

331

-

J

512

-

J

472

-

J

222

-

J

222

-

J

471

-

J

471

-

4R7

-

4R7

-

R7X

4

-

4R7

-

J

105

-

J

472

-

J

274

-

J

242

-

332

J

-

J

152

-

432

J

-

470

J

-

J

273

-

J

822

-

223

J

-

J

472

-

274

J

-

682

J

-

472

J

-

J

470

-

J

273

-

J

822

-

J

223

-

J

105

-

J

471

-

J

153

-

.

CARBON

CARBON
CARBON

SK

X

FUSI

FUSI

X

SX

CARBON

SX

CARBON

CARBON
CARBON

CARBON
CARBON
CARBON
CARBON
CARBON

CRABON

X

FUSI

SX

UNF

X

FUSE

SX

CARBON

SX

CARBON

FUSI

FUSI.RESISTOR

SX

CARBON

CARBON

CARBON
CARBON
CARBON

CARBON

CARBON

X

FUSE

CARBON

X

CARBON

FUSE

X

CARBON
CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON
CARBON
CARBON
CARBON
CARBON

CARBON

CARBON
CARBON

CARBON
CARBON

CARBON

CARBON
CARBON

CARBON
CARBON

PA RTS

RESISTOR

.

.

RESISTOR

.

RESISTOR

.

C.RESISTOR

RESISTOR

.

RESISTOR

RESISTOR

RESISTOR

NA ME

RESISTOR

RESISTO R

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTO R

RESISTOR

RESISTO R

RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTO R
RESISTO R

RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

10

10
10

10
10

820

820
820
10

47

390
390

2.2

2.2

6.8

10

4.7

10
330

6.8

6.8

6.8

330

5

4.7

2.2

2.2
470
470

4.7

4.7

4.7

4.7

l

4.7K5

270

2.4

3.3

1

4.3

47

27

8.2

22

4.7

270

6.8

4.7

47

27

8.2

22

l

470

15

.

.

.

.

K
K

K
K

IK

OM

5K5

K
K

K

K

5

K

K

K

OM

K

BL OC K

RE M ARK S

5

%

1

%

1

5

/

5

%

1

5

%

1

5

%

1

5

%

1

5

%

1

5

%

1

%

5

1

5

%

1

K

5

%

K

5

%

5

%

K

5

%

1

/

OW

l

5

%

1

5

%

1

5

%

1

5

%

1

5

%

1

5

%

K

5

%

K

5

%

5

%

K

5

%

1

5

%

1

/

OW

l

/

OW

l

5

%

%

5

%

K

5

%

K

K

5

%
%

K

5

%

/

%

6

5

1

5

%

1

5

%

K

5

%

1

5

%

1

%

5

1

5

K

%

K

5

%

1

/

6

%

1

/

%

5

1

5

%

1

/

5

%

1

5

%

1

/

5

%

1

/

5

%

1

/

6

W

/

6

W

W

4

/

W

4

/

4

W

/

6

W

/

6

W

/

6

W

/

6

W

/

W

6

/

6

W

1

/

W

6

1

/

W

6

1

/

W

4

/

4

W

/

4

W

/

4

W

/

4

W

/

W

4

/

6

1

W

/

6

1

W

/

6

W

1

/

W

6

1

/

6

W

/

6

W

/

6

1

W

/

6

W

1

/

6

1

W

/

6

W

1

/

6

1

W

/

6

W

1

/

6

W

1

W

/

W

6

/

6

W

1

/

6

W

/

W

6

/

6

W

/

6

1

W

/

6

W

W

6

W

/

W

6

6

W

/

6

W

W

6

6

W

NO

TO

.

I

I

1

I

II

U

S

F

I

X

F

/

C

J

/U/

G

UT

/B/

/

A

E

EN

/

G

U/UT

/B/

A

/

E

EN

/

C

J

/

/

B

A

E/EN

/U/

UT

G

/

C

J

/U/

UT

G

/

J

C

/

A

B

/E/

EN

/

J

C

/

U/UT

G

/B/

A

E/EN

/

C

J

/

/E/

A

B

EN

/

U/UT

G

/

U/UT

G

/B/E/

A

EN

o

co

Ol

00

CO

CJ

|0|1|

N O

.

I I

I

S U F F I X

W

W

W
W

W
W
W

W

W

W
W
W

W

W

W

W
W
W

W

W
W

W

W

HH

DO

00

BJH

o

>

L

CD

m

m

z

o

s

H

K

K

K

.

OM

K
K

K

K
K

.

OK

K

K

K

K

K

K
K

K

K
K
K

K

K

K

5

K

K

5

K

K

OK

.

K
K

K

5

K

K

K

K

K

K

K
K
K

K

.

OK

K
K

K

K

K

B L O C K

R E M AR K S

%

W

/

5

6

1

%

/

5

6

1

%

W

/

5

6

1

%

/

5

6

1

%

W

/

5

6

1

%

W

/

5

6

1

%

W

/

5

6

1

%

/

5

6

1

%

/

5

6

1

6

%

/

5

1

6

%

/

5

1

%

/

5

6

1

5

%

W

/

6

1

%

W

/

5

6

1

%

/

5

6

1

%

/

5

6

1

%

W

/

5

6

1

%

/

5

6

1

%

/

5

6

1

%

/

5

6

1

%

W

/

5

6

1

%

W

/

5

6

1

%

W

/

5

6

1

%

W

/

5

6

1

%

/

5

6

1

W

/

6

%

5

1

%

W

1/4

/

5

6

%

1

%

W

5

6

/

1

%

W

/

1

4

%

W

/

5

6

1

%

W

/

5

6

1

%

/

5

6

1

%

/

5

6

1

%

/

5

6

1

%

/

5

6

1

%

W

/

6

1

%

/

5

6

1

%

W

/

5

6

1

%

W

/

5

6

1

/

%

5

6

1

%

/

5

6

1

%

W

/

5

6

1

%

5

6

/

1

%

5

6

W

/

1

%

/

5

W

6

1

%

/

5

W

6

1

%

/

5

6

1

%

W

/

5

6

1

%

W

/

6

1

5

%

W

/

5

6

1

%

W

/

5

6

1

%

/

5

W

6

1

%

W

/

5

6

1

%

5

W

/

6

1

lOlU

B L O CK

A

:

z

1

120 3

R
R

135 1

135 2

R

135 3

R

135 4

R

R

135 5
135 6

R

135 7

R

R

135 8

135 9

R

136 0

R

136 3

R

R

136 5

136 6

R

136 7

R

R

136 8

R

136 9

R

137 0

140 1

R
R

140 2
140 3

R
R

14
1452

R

145 3

R
R

150 1

150 2

R

150 3

R

150 4

R

150 5

R

R

150 6

160 1

R

160 2

R

160 3

R

R

160 4

R

160 5

190 1

R

190 2

R

190 3

R
R

190 4

R

210 1
210 2

R

210 4

R

210 5

R

2

R

R

2

R

2

R

210 9

211 0

R

211 1

R
R

21 1 4

215

R

215 4

R

215 5

R

215

R

215 9

R

51

106

107

108

QRD

QRD

161

QRD
QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

14

QRD

161

QRD

161

QRD

14

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

167

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

167

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

2

QRD

161

QRD

167

QRD

161

8

QRD

161

P A R TS

E F

R

.

161

161

N O

J

103

-

-

J

334

J

334

-

J

822

-

-

J

302

J

472

-

J

223

-

-

J

561

J

152

-

J

104

-

-

J

473

J

564

-

J

104

-

-

J

472

J

153

-

J

473

-

J

103

-

J

103

-

J

274

-

-

J

333

CJ

100

-

J

274

-

J

333

-

CJ

100

-

J

223

-

-

J

563

J

102

-

J

752

-

J

472

-

J

222

-

-

J

820

J

-

12 4

J

123

-

-

J

103

682

J

-

J

622

-

'

4

J

3

-

2

J

822

-

103

J

-

J

105

-

-

J

472

-

J

274

J

24 2

-

-

J

332

J

152

-

432

J

-

-

J

470

J

273

-

J

822

-

J

223

-

J

472

-

J

274

-

682

J

-

J

472

-

J

470

-

SX

SX

P A R T S

.

CAR B ON

CAR BON

CAR B ON

CAR BON

CAR B ON

CAR BON
CAR BON

CAR B ON
CAR B ON

CAR BON
CAR BON

CAR B ON

CAR BON
CAR BON

CAR B ON

CAR BON

CAR B ON
CAR B ON
CAR B ON

CAR BON
CAR BON

CAR B ON
CAR B ON

CAR BON
CAR BON

CAR B ON
CAR B ON

CAR BON
CAR BON

CAR B ON

CAR BON
CAR BON

CAR B ON
CAR B ON

CAR BON
CAR BON

CAR B ON
CAR B ON
CAR B ON
CAR B ON

CAR BON

CAR B ON

CAR B ON

CAR B ON

CAR BON

CAR B ON
CAR B ON
CAR B ON

CAR BON
CAR BON
CAR BON

CAR B ON
CAR B ON

CAR BON

CAR B ON

N A M E

RES IST O R
RES IST O R

RES I STO R
RES I STO R
RES I STO R

RES IST O R
RES IST O R

RES I STO R
RES I STO R

RES IST O R

RES I STO R
RES I STO R

RES IST O R
RES IST O R

RES I STO R

RES IST O R

RES I STO R
RES I STO R
RES I STO R

RES IST O R
RES IST O R
RES IST O R

RES I STO R
RES I STO R
RES I STO R
RES I STO R

RES IST O R
RES IST O R
RES IST O R
RES IST O R
RES IST O R
RES IST O R

RES I STO R

RES IST O R

RES I STO R

RES IST O R

RES I STO R
RES I STO R

RES IST O R
RES IST O R

RES I STO R

RES IST O R

RES I STO R

RES IST O R

RES I STO R
RES I STO R

RES IST O R

RES I STO R

RES IST O R

RES I STO R
RES I STO R
RES I STO R

RES IST O R
RES IST O R

RE SIS TOR

10

330

330

8.2

3

4.7

22

560

1.5

100

47

560
100

4.7

15

47

10
10

270

33

10

270

33

10

22

56

1

7. 5

4.7

2.2

82
120

12

10

6.8

6.2

24

8.2

10

l

4.7

2

2.4

3.3

1.5

4.3

47

27

8.2

2 2

4.7

270

6.8

4.7

47

K

.

OK

K

K

K

K
K

K
K

K
K

K

OK

-

K
K

K

K

.

OM

70

K
K

R EM A RK

%

5

K

5

K

5

5

K

5

K

5

%

5

%

5

5

K

5

K

%

5

5

K

5

K
K

5

%

5

%

5

%

5

%

5

K

5

5

%

%

5

K

5

%

5

5

%

%

5

%

5

5

K

5

K

5
5

K

%

5

5

K

%

5

%

5

5

K

5

K

%

5

K

5

%

5

5
5

K
K

5

5

K

K

5
5

K

5

K

%

5

%

5

K

5

%

5

5

K

K

5

K

5
5

K

%

5

S

W

/

6

1

%

W

/

6

1

%

W

6

/

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

W

/

1

6

/

W

6

1

%

W

/

6

1

%

W

/

6

1

W

/

6

1

%

W

/

6

1

%

W

/

6

1

W

%

/

6

1

W

/

6

1

W

/

6

1

W

/

6

1

W

/

6

1

W

/

1

%

6

W

6

/

1

W

/

4

1

%

W

/

6

1

'

W

/

6

1

W

4

/

1

W

/

6

1

W

/

6

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

/

W

6

1

6

%

W

/

1

W

/

6

1

W

/

6

1

W

/

6

1

%

%

W

6

/

1

W

/

6

1

W

%

/

6

1

W

/

6

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

%

W

/

6

1

W

/

6

1

W

/

6

1

%

W

/

6

1

W

/

6

1

%

W

/

6

1

W

/

6

%

1

%

W

/

6

1

%

W

/

6

1

W

/

6

1

N O

M S M I

.

S U F F I X

REF

A

216 0

R

R

216 1
216 4

R
R

216 5

220 1

R

2

R

2

R

2351

R

R

235 2

235 3

R

235 4

R

235 5

R

235 6

R

R

235 7

R

235 8

23

R

236 0

R

R

236 3

236 5

R

236 6

R

236 7

R

236 8

R

236 9

R

2

R

240 1

R

240 2

R

240 3

R

L

245 1

R

R

245 2

245 3

R

250 1

R

250 2

R

R

250 3
250 4

R

250 5

R

2

R

260 1

R

2

R

260 3

R

260 4

R

260 5

R

290 1

R

R

290 2
290 3

R

290 4

R

810 1

R

810 2

R

810 3

R

810 4

R

810 5

R

810 6

R

815 1

R

815 2

R

815 3

R

820 1

R

202

203

370

506

602

P A R T S

.

QRD
QRD
QRD
QRD
QRD

161

QRD

QRD
QRD
QRD

QRD

161

QRD

161

QRD
QRD
QRD

QRD

QRD

59

QRD
QRD
QRD

161

QRD

QRD
QRD
QRD
QRD

161

QRD

QRD

QRD

QRD

QRD
QRD

QRD
QRD

QRD
QRD

QRD

QRD

QRD
QRD

QRD

QRD

QRD
QRD

QRD
QRD

QRD
QRD
QRD

QRD

QRD

QRD

QRD
QRD

QRD

QRD
QRD

161
161

161

161

161
161
161

161

161

161

161

161

161
161

161
161

161

161

161

161

161

14

161
161

14

161
161

161
161

161

161
161
161

161

161

167

161

161
161

161
161
161
161
161
161
161
161

161

161

161

N O

J

273

-

-

J

822

J

223

-

-

J

105

J

471

-

J

153

-

J

103

-

J

334

-

J

334

-

J

822

-

J

302

-

J

472

-

J

223

-

J

561

-

J

152

-

J

104

-

J

473

-

J

564

-

J

104

-

J

472

-

J

153

-

-

J

473

J

103

-

J

103

-

J

274

-

J

333

-

CJ

100

-

J

274

-

J

333

-

CJ

100

-

J

223

-

J

563

-

J

102

-

J

752

-

J

472

-

J

-

222

J

820

-

J

-

124

J

123

-

J

103

-

J

682

-

J

622

-

J

243

-

J

822

-

J

103

-

-

J

223

J

223

-

J

102

-

J

223

-

J

223

-

-

J

101

J

223

-

J

101

-

J

103

-

J

393

-

SX

SX

P A R TS

.

CAR B ON
CAR B ON
CAR B ON
CAR B ON
CAR B ON
CAR B ON
CAR B ON

CAR BON

CAR B ON
CAR B ON

CAR BON

CAR B ON
CAR B ON
CAR B ON

CAR BON

CAR B ON
CAR B ON
CAR B ON
CAR B ON

CAR BON
CAR BON

CAR B ON
CAR B ON
CAR B ON
CAR B ON

CAR BON
CAR BON
CAR BON
CAR BON

CAR B ON

CAR BON
CAR BON

CAR B ON
CAR B ON

CAR BON

CAR B ON

CAR BON

CAR B ON
CAR B ON
CAR B ON

CAR B ON

CAR B ON

CAR BON

CAR BON

CAR B ON
CAR B ON
CAR B ON
CAR B ON

CAR B ON

CAR BON

CAR B ON

CAR BON

CAR B ON
CAR B ON

CAR BON

N A M E

RES I STO R
RES I STO R
RES I STO R
RES I STO R
RES I STO R
RES I STO R
RES I STO R

RES IST O R
RES IST O R

RES I STO R
RES I STO R
RES I STO R

RES IST O R

RES I STO R

RES IST O R

RES I STO R
RES I STO R

RES IST O R

RES I STO R

RES IST O R

RES I STO R

RES IST O R

RES I STO R
RES I STO R

RES IST O R
RES IST O R
RES IST O R
RES IST O R
RES IST O R
RES IST O R
RES IST O R

RE S IST OR

RES IST O R

RES I STO R

RES IST O R
RES IST O R

RES I STO R

RES IST O R

RES I STO R

RES IST O R
RES IST O R

RES I STO R

RES IST O R
RES IST O R

RES I STO R
RES I STO R

RES IST O R
RES IST O R

RES I STO R

RES IST O R
RES IST O R

RES I STO R

RES IST O R
RES IST O R
RES IST O R

27

8.2

22

l

470

15
10

330

330

8.2

3

4.7

22

560

1.5

100

47

560

100

4.7

15

47

10

10

270

33

10

270

33

10

22

56

l

7.5

4.7

2.2

82

120

12

10

6.8

6.2

24

8.2

10

22
22

l

22
22

100

2 2

100

10

39

HH

DO

00

>

2

o

-

i

1

>

00

H

o

4

ro

m
m

i

CO

05

2

o

4

CO
CJ
CO

^

1

R E F

A

8202

R
R

8257

R

8258

R

8259

R

8260

8

R

8263

R

8264

R

8265

R

8266

R

8267

R

8268

R

8270

R
R

8271

8272

R

8273

R

8274

R

8275

R

8276

R

8277

R

8278

R

8279

R

8280

R

8281

R

8282

R

8283

R

8284

R

8285

R

8286

R

8288

R

8289

R

8290

R

8291

R

8292

R

8293

R

8294

R

8295

R

8296

R
R

8297

8298

R

8299

R

R

8351

R

8352

8353

R

8354

R
R

8355

8356

R

8357

R

8358

R

8359

R

8360

R

8431

R

8432

R

&

R

8432

843

R

262

.

2

PA RTS

QRD

161

QRD

167

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

14

QRZ

0077-100

QRZ

0077-100

CJ

NO

J

333

-

J

682

-

J

221

-

J

104

-

J

684

-

J

102

-

J

102

-

J

224

-

J

333

-

J

273

-

J

124

-

J

104

-

J

224

-

J

393

-

J

273

-

J

753

-

J

623

-

J

623

-

J

104

-

J

303

-

J

303

-

J

363

-

J

473

-

J

393

-

J

823

-

J

563

-

J

393

-

J

823

-

J

913

-

J

224

-

J

433

-

J

563

-

J

683

-

J

623

-

J

104

-

J

224

-

J

623

-

J

433

-

J

333

-

J

473

-

J

333

-

J

223

-

J

223

-

J

223

-

J

223

-

J

362

-

J

433

-

J

273

-

J

823

-

J

243

-

J

183

-

J

103

-

100

-

PA RTS

.

CARBON
CARBON
CARBON

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON
CARBON

CARBON

CARBON
CARBON
CARBON

CARBON

CARBON
CARBON
CARBON

CARBON
CARBON

Y

Y

CARBON

CARBON
CARBON

CARBON

CARBON

CARBON

CARBON
CARBON

CARBON

CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON

CARBON

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON

CARBON

CARBON

CARBON
CARBON

CARBON

CARBON

CARBON
CARBON
CARBON
CARBON

SX

FUSI.RESISTOR

X

FUSI.RESISTOR

X

NA ME

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

33

6-8

220

100

680

l
l

220

33

27

120

100
220
39

27

75K5

62

62

100

30

30

36

47

39

82

56

39
82
91

22

43

56
68
62

100

220
62
43

33

47

33

22

22

22

22

3.6

43

27

82

24

18

10

10

10

10

K

K

K

K

.

OK

.

OK

K
K
K

K

K
K

K

K

K

K

K

K

K

K
K

K

K
K
K
K
K

OK

K
K

K

K

K
K

K
K

K
K
K
K
K
K

K

K

K

K

K

K
K
K

5
5
5

BL O CK

RE MAR KS

/

5

6

%

1

/

5

%

1

/

5

6

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

6

%

1

/

5

6

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

6

%

1

/

5

6

%

1

/

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

%

1

/

5

6

%

1

/

5

6

%

1

/

5

%

6

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

1

5

6

%

/

%

5

6

1

/

5

6

%

1

/

5

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

%

1

/

5

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

5

%

1

/

5

6

%

1

/

%

5

6

1

/

5

%

6

1

/

5

6

%

1

/

5

6

%

1

/

5

6

%

1

/

%

4

W

1

/

4

%

W

1

/

%

4

W

1

TO T

NO

.

S U F F I X

W

6

W

W

6

W

6

W

6

W

6

W

W

6

W

W

6

W

6

W

6

W

W

W

W

W

W

6

W

W

W

W

W
W
W

W

W
W
W

6

W

W

W
W
W

6

W

6

W

W
W

W

W

W

W

W

W

W

6

W
W
W

W

W
W

W

J

Cz

GzUzUT

/B/

E

A

/

EN

RE F

A

8433

R

R

8434
8435

R

8436

R

8437

R
R

8438

R

8441

R

8

8443

R

8444

R

8445

R

8446

R

8447

R

8448

R

R

8481

8482

R

8482

R

\

1

R

8482

8483

R

R

8484

R

8485

8486

R
R

8491

8492

R

8493

R

8494

R
R

8503

R

8504

R

8505

R

8511

R

8512
8513

R

R

8521
8522

R

R

8523

8524

R

8525

R

R

8526

R

8527

8528

R

8529

R

8530

R

R

8531
8701

R
R

8702

R

8703

8704

R
R

8705

8706

R

8707

R

8708

R

8709

R

R

8710

R

8801
8802

R

442

.

PA RTS

QRD

161

QRD

161

QRD

161

QRD

167

QRD

161

QRD

161

QRD

14

QRD

161

QRD

161

QRD

14

QRD

161

QRD

161

0

161

.

RD

QRD

161

QRD

161

QRD

14

QRZ

0077-100

QR

0077-100

Z

QRD

161

QRD

161

QRD

161

QRD

167

QRD

14

QRD

161

QRD

161

QRD

14

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

167

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

QRD

161

CJ

CJ

CJ

CJ

CJ

NO

J

102

-

J

102

-

J

471

-

J

332

-

J

473

-

J

103

-

2R2

-

J

563

-

J

563

-

2R2

-

J

105

-

J

105

-

J

105

-

J

105

-

J

103

-

100

-

J

102

-

J

102

-

J

471

-

J

332

-

2R2

-

J

563

-

J

563

-

R

2

-

2

J

223

-

J

103

-

J

101

-

J

102

-

J

223

-

J

332

-

J

104

-

J

123

-

J

123

-

J

103

-

J

121

-

J

180

-

J

223

-

J

223

-

J

472

-

J

472

-

J

223

-

J

101

-

J

103

-

J

103

-

J

102

-

J

183

-

J

101

-

J

223

-

J

102

-

J

151

-

J

-

151

J

683

-

J

683

-

.

CARBON
CARBON

CARBON

CARBON
CARBON
CARBON

SX

CARBON
CARBON
CARBON

SX

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON

SX

CARBON

X

FUSI.RESISTOR

X

FUSI.RESISTOR

CARBON
CARBON

CARBON

CARBON

SX

CARBON

CARBON

CARBON

SX

CARBON

CARBON

CARBON
CARBON
CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON
CARBON

CARBON

CARBON

CARBON
CARBON
CARBON
CARBON

CARBON

CARBON

CARBON

CARBON
CARBON

CARBON
CARBON

CARBON

PA RTS

NA ME

RESISTOR
RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

l

1

470

3.3

47

10

2.2
56
56

2.2

1.0

l

1.0

l

10

10
10

10

l
l

470

3.3

2.2
56

56

2.2

22

10
100

l

22

3.3

100

12

12

10
120
18

22
22

4.7

4.7K5

22

100

10

10

l

18

100

22

l

150

150
68
68

BL OCK

R

EM ARK S

.

OK

5

%

.

OK

%

5

5

%

1

5

%

K

5

%

K

1

K

5

%

1

5

%

1

5

%

K

1

5

%

1

K

5

%

1

M

5

%

.

OM

5

%

M

5

%

.

OM

5

%

1

K

5

%

1

/

5

%

1

4

/

4

5

%

1

/

5

%

4

1

.

OK

5

%

OK

K
K

K

K

K

K

K

OK

K
K

OK

K
K

OK

K
K

K
K

K

K

1

5

%

1

5

%

1

K

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

’

5

%

1

/

5

%

1

K

5

%

1

%

K

5

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

6

1

/

5

%

1

/

5

%

1

5

%

K

1

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

/

5

%

1

.

.

.

.

NO

[

.

WJ

]

III

S U F F I X

/

6

W

1

/

W

6

1

/

6

W

/

6

W

1

/

6

W

/

6

W

/

W

4

/

6

W

/

6

W

/

4

W

/

6

W

1

/

6

1

W

/

6

1

W

/

6

W

/

6

W

W
W

W

/

6

W

/

6

W

/

6

W

/

6

W

W

4

6

W

6

W

4

W

W

6

6

W

6

W

/

6

W

6

W

/

6

W

/

6

W

6

W

6

W

6

W

6

W

W

6

W

6

W

/

6

W

/

6

W

6

W

6

W

6

W

6

W

/

6

W

6

W

6

W

6

W

/

W

6

6

W

6

W

6

W

6

W

/

J

C
GzUzUT

Az

Bz-Ez

EN

Power

B LO C K

-

161

J

222

-

161

104

J

103

161

J

-

-

223

161

J

-

223

J

161

-

223

161

J

-

161

J

224

-

103

161

J

223

-

161

J

-

103

161

J

-

103

J

161

-

J

161

104

-

161

104

J

-

161

104

J

-

161

104

J

-

104

161

J

-

J

161

104

-

103

J

161

-

161

561

J

4

-

CJ

14

4

-

0077
0077

4

-

-

109

010

G

109-010

T

-

B

601-104
601-104
601-104

104

601

-

-

4633

001

0087-001

001

-

0087

0087-001

-

001

0087

0087-001

0087-001

-

001

0087

-

001

0087

N O

R

7

R7X

R7X

881

111

116

211

216
702
901
901

902
902

903

903

904
904

.

P AR T S

QRD

QRD
QR

D

QRD

QRD
QRD

QRD

QRD

QRD

QRD

QRD

QRD
QRD

QRD
QRD
QRD

QRD
QRD

QRD
QRD

QRZ
QRZ

QXT
QXTG

MA

QVPA
QVPA
QVPA
QVPA

VMA
VMZ
VMZ

VMZ

VMZ

VMZ

VMZ

VMZ
VMZ

27

REF

A

8803

R

8804

R

8805

R

8806

R

8807

R

8808

R

.

8809

R
R

8810

8811

R

8901

R

8902

R

8903

R

8904

R

8905

R

8906

R

8907

R

8908

R

8909

R

8910

R

8911

R

8911

R

8911

R

TUB

T U B

VA

VR
VR

VR

VR

Z

Z

ft

Z

ft

Z

ft

Z

ft

Z

Z

A

Z

ft

Z

ft

SX

A

A

A
A

Z

Z
Z

Z
Z
Z
Z

P A R T S

.

CARBON

CARBON

CARBON

CARBON
CARBON
CARBON
CARBON

CARBON
CARBON

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON

CARBON

CARBON
CARBON
CARBON

UNF

FUSE

FUSE

GLASS
GLASS

DIODE

.

V

.

V

.

V

.

V

SHIELD
FUSE

FUSE

FUSE
FUSE

FUSE

FUSE

FUSE
FUSE

Z

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR

.C.

RESISTOR

RESISTOR

TUBE
TUBE

RESISTOR

RESISTOR
RESISTOR
RESISTOR

CLIP

HOLDER
HOLDER

CLIP
CLIP

HOLDER

HOLDER

CLIP

N AM E

2.2

100

10

22

22

22

220

10

22

10
10

100

100
100
100

100

100
10

560

4.7

4.7

4.7

FOR

FOR

PB

PB

PB
PB

FOR

FOR
FOR

FOR

FOR

FOR

FOR

FOR

R E M A R K S

5

K
K

5

%

5

K

%

5

K

%

K

5

%

5

K

5

K

%

5

K

K

%

5

%

5

K

K

%

5

5

K

5

K

K

5
5

K

K

5

5

K

%

5

K

%

5

%

5

/

1

1

3912

<

Q

912

LEVEL

LEVEL

LEVEL
LEVEL

F

901
901

F
F

901

F

901

901

F
F

901

901

F

901

F

%

%

1
1

1

1

%

1

1

1
1

%

%
%
%

%

%

1

1
1

4

W

OW

/

N O

.

IJ

S

\

X

F

V

6

/

W

1

/

6

W

1

6

/

W

6

/

W
W

6

/

6

/

W

/

6

1

W

6

/

W

/

W

6

/

6

W

/

6

W

/

6

1

W

6

/

1

W

/

6

1

W

6

/

1

W

W

/

6

1

/

6

1

W

6

/

W
W

/

6

/

4

W

ADJ

.

ADJ

.

B

.

ADJ
ADJ

.

B

y

902

F

y

902

F

y

F

902

y

F

902

y

902

F

y

902

F

y

902

F

y

F

902

J

/

C

GyUyU T

ByE

/

A

/

UT

G

U

/

/

,

/

B,E

A

,

/

A

B/E

G

/U/

UT

UT

G

/U/

Ay

By

Ey

AyByEyEN

y

T

UyU

G

yUy

G

T

U

AyB/EyEN

EN
EN

EN

EN

Power

•

RFF

A

C

CN

ft

CN

ft

CN

ft

CN

ft

S

ft

TAB

ft

TAB

ft

Z

ft

Z

ft

Z

ft

Z

ft

930

905

906

907
908

902

905

905

906

906

.

QCF

VMCO

VMC
VMC

VMC

QSS

VMZ
VMZ

VMZ
VMZ

VMZ

VMZ

Supply

W

Supply

P A R T S

-

103

11

HP

003

2

21

-

003

0221

-

-

003

0

2

21

0221

003

-

2325

112

-

0034

002

-

-

0034

002

0043

-

001

-

0043

001

0043

-

001

0043

-

001

Board

Board

N O

.

S
S
S
S

(

U

/

UT

Parts

P AR T S

C

.

CAPACITOR
CONNECTOR
CONNECTOR
CONNECTOR

CONNECTOR

SLIDE

SWITCH

TAB

TAB

FUSE

CLAMP

FUSE

CLAMP

FUSE

CLAMP

FUSE

CLAMP

only

Fig

List

N AM E

)

o

o o

o

i

!

»

gS

£

-

i

Wo

930

C

gf

•

]

i

:

o

,

:

i

\

ft

-

2

7

.

10131

N O

%

0

-

ii

I)I

1

.

F

U

S

\

F

X

U/UT

Uy

UT

Uy

UT

Uy

UT

Uy

UT

Uy

UT

U/UT

Uy

UT
UT

U

/

Uy

UT

,

U

UT

,

U

T

U

HH

DO

010

-

FOR

FOR

FOR
FOR
FOR
FOR

B LO C K

R

M A R K S

F

MF

+

POWER
POWER

F

903

F

903

903

F
F

903

100

:

CORD
CORD

0

C

3

D

TsZ

>

m

m

a

H

4

^

H

n

r

W

TD

W

-

718

BKA

/

/

/

/

/

EN

E

B

G

/

U

UT

J

/

TNC

717

-

TD

Mecha

Board

!

,

fe

/

o

£

a

0

%

O

mi

.

i

)

.

.

.

.

.

.

\

J

ENABLE

Mecha

•

RE F

A

C
C

C

CN

CN

HO LDE
HO LDE

IC

IC

S

S
S

s

:

J

i

AM S

.

1

2

1

2

1

2

3

4

5

2

3

W

QF V

QFV

VK S

VM C
VM C

VK S

VK S

DN
DN

M

X

MX S
MX S

MX S

MX S

PA RT S

68 51
68 51

S

Board

41

10 4

HJ

-

41

10 4

HJ

-

00

36 16

-

R

02 34

-

R

02 34

-

-

36 30

00 1

-

36 30

00 1

HI

-

HI

-

00 2

20

MV L

OM VL

00 22

00 220

MV L

00 220

MV L

00 220

MV L

NO

15

08

ZM

ZM

A

MM
MM

0

0

0

0

0

Parts

.

List

PA RTS

CA P AC ITO R

TF

CA P AC ITO R

TF

CA M

CO N NE CTO R
CO N NE CTO R

IC

IC

HA L L
HA L L

CA S SE TTE
CA S SE TTE
CA S SE TTE

CA S SET TE

CA S SET TE

UN IT

SW

HO LDE R

HO L DER

IC

IC

NA ME

SW ITC H

SW ITC H

SW ITC H

SW ITC H

SW ITC H

.

.

S

CN
CN

FO R
FO R

10
10

6

Fig

RE MAR KS

MF

MF

1

2

IC

IC

.

7

BL OCK

%

50

5

%

50

5

2

1

3

-

NO

.

SSGUJ

S U F F I X

V
V

i

i

(

No

.

4358

)

37

TD

TD

/

TNC

BKA

J

/

/

/G/U/

E

/

B

UT

EN

Ti
TI

717

W

-

718

W

-

Sub

1

Board

2

3

4

5

A

Switch

Volume

/

board

B

jack

Mic

;

board

if

II

il

%

f

N

!

I

.

ssEftai

c

'

fi

H

\

w

°

:

M

phone

.

S

:

i

jack

board

switch

:

B

key

board

i

S

am

i

i

SG

asKBi

A

'

V

D

iii

L

iiiggg

_

2

m

(

isr

e

-

r

i

lit

1

.

NSSC

Ki

^^^

i

wwi

as

•••

~

•

!

l

mammasemIFSP

-

7

X

^

Mlf

32

5

E

GS

I

3

J

*

1

3

S

?

mwmvfflmwmrti

%

a

aSi

®

MggHjp

*

II

RB

:

l

=

,

:

7

'

21

-

sit

(

3

ifciv

!

v

«

>>

7

K

«

MMM

—

>

^

yi

;

-

’

*H*

»

;

/

r

-

E

gas

:

©

F

‘

.

ZZZZZZ

SWSSfiftWW

HL

.

mm

il

aMiiffff

9

7

n

~

~

^

,

.

,

1

..

;

S

...

::

3

Bt

'

*

W.B

P

.

.

.

.

-

"

.

.

:

SC

.

w

'

5

l

70

RA

;

<

. ...

•

.

.

.

"

'

:

G

F

TD-W

T

D-W

717

718

TNC

BK

/

J

A/B/E

/EN/G/

U/UT

h

board

6

7

8

9

10

-

[

B

KEY

.

•

!

i

'

-

iSti

0

seto

•

-

-

if

:

,

^

:

s

mi

—

SW

.

KEY

A

H

&

S

•

!

!

?

j

|

*

giSF

2

ill

ggf

mmzm

m

»

s

31

-

S

mmMm

m

m i l s

-

w t

MI

rm

m

ssssssssss

;

?

sSav

v

WKW

.

*

«

VMW

:

:

«

«

<

'

1388

.

-

*

a

-

v

«

>

>

*

co

St

D

board

switch

:

Key

A

•

>

|

<

[

a

«

Fig

.

38

4

7

-

(

No

.

4358

)

•

A

Sub

RE F

C

60 1

C

70 1

C

70 2

C

70 3

C

70 4

C

73 2

C

73 3

C

6

01

N

CN

60 2

CN

60 3

CN

60 4

60 5

CN
CN

61 3

CN

61 4

CN

70 1

CN

70 2

CN

71 1

CN

71 2

CN

72 1

72 2

CN

60 6

D

61 1

D

62 5

D

64 1

D

64 2

D

65 1

D

70 1

D

70 2

D

70 3

D

70 6

D

70 7

D

71 0

D

71 1

D

71 2

D

71 3

D

71 4

D

D

71 5

71 6

D

72 0

D
D

72 1

72 2

D

72 3

D

72 4

D

D

72 5

D

72 6

D

72 7

D

72 8

D

72 9

73 0

D

73 1

D

73 2

D

73 3

D

73 4

D

D

73 5

D

73 6

D

73 7
73 8

D
D

73 9

74 1

D

74 2

D

Board

P A R T S

.

QE T C

QET

QC B B

QCV B
QCV B
QEK

QE T

VM C

VM C
VM C

VM C

VM C

VM C
VM C

VM C

VM C
VM C

VM C

VM C

VM C
SL Z

SL R
SL Z
SL R

SL R

MT Z

SS

1

SS

1

SS

1

1

SS

1

SS

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

S

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SS

1

SL R

SS

1

41

41

41

01 63

01 6 3
02 8 0

02 80

01 6 3

02 81
02 81

01 63

01 6 3

02 34

02 34

02
02 3 4

-

-

-

-

-

3. 6

13 3

13 3

13 3

13 3

13 3

13 3

13 3

13 3
13 3
13 3

13 3

13 3
13 3
13 3

13 3

13 3

13 3

13 3

13 3
13 3

13 3

13 3

13 3

S

13 3
13 3

13 3

13 3

13 3

13 3

13 3

13 3

13 3

-

13 3

1

1

1

1

98 1

32 5

98 1

32 5

32 5

55

HM

AM

HK

CM

CM

EM

EM

34

Parts

N O

10 4

-

47 7

-

47 1

-

10 3

-

10 3

-

10 6

-

10 6

-

09

R

-

R

-

11

00 6

-

00 7

-

07

-

R

S

06

-

S

07

-

27

-

R

-

R

11

08

P

-

P

15

-

P

08

-

P

15

-

C

09

MC T

C

09

MC T

DC T

JB

VC F

08

.

ZN

Y
Y

Y

T

6

-

31

6

T

-

31
31

List

P AR T S

.

CA P AC I TO R

E

.

CA PAC IT O R

E

C.CA PAC IT O R

C.CA P AC I TO R
C.CA P AC I TO R

.

CA P AC I TO R

E

.

CA PAC IT O R

E

CO NNE CT O R

CO N NE C TO R
CO N NE C TO R

CO NNE CT O R
CO NNE CT O R
CO NNE CT O R
CO NNE CT O R

CO NNE CT O R

CO N NE C TO R

CO NN EC T OR
CO NN EC T OR

CO NNE CT O R
CO NNE CT O R

LE D

LE D
LE D

LE D

LE D

ZE NER

DI O DE

SI

DI O DE

SI

SI

DI O DE

SI

DI O DE

DI ODE

SI

DI ODE

SI

DI ODE

SI

SI

DI O DE

SI

DI O DE

SI

DI O DE
DI O DE

SI

DI ODE

SI
SI

DI O DE

DI ODE

SI

DI O DE

SI

SI

DI O DE

SI

DI ODE

SI

DI O DE

DI ODE

SI
SI

DI O DE

DI ODE

SI

DI ODE

SI

DI O DE

SI

DI ODE

SI
SI

DI O DE

DI ODE

SI

DI O DE

SI
SI

DI ODE
DI ODE

SI

SI

DI O DE

SI

DI ODE

SI

DI O DE

LE D

DI ODE

SI

N AM E

DI ODE

B LO C K

R E M A RK S

.

OM F

20%50

1

MF

47 0

20%10

47 0

10

PF

%

M

.

01 0

20%16

F

F

.

01 0

20%16

M

10MF20%25

10MF20%25

50

|

0

2

!

N O

.

i

I

I

iTM

S U F F I X

V

V
V

V

V

V

V

RE F

A

D

.

17 0 1

D

IC
IC

IC

IC

IC

IC

C

I

Q

Q
Q

Q
Q

Q

Q
Q

Q
Q

Q

Q
Q
Q

Q

Q
Q
Q

Q
Q

Q
Q
Q
Q

Q
Q
Q

R
R
R
R

R
R

R
R
R
R
R
R
R
R

R
R

R
R

R

R
R

R

R
R

74 3

70 1

70 2

70 3
73 1
73 2
73 3
73 4

70 1
70 2

70 3

70 4
70 5
70 7
70 8
70 9
71 0
71 1
71 2
71 3

71 4
71 5
71 6

71 7

71 8

71 9
72 0
72 1
74 0
74 1
74 2

74 3

74 4
74 5
74 6

60 1

60 2

60 3

60 4
60 5
60 6

60 7

60 8

60 9

61 0

61 1
62 1

62 2
62 3

62 4

62 5

62 6

62 7

62 8

62 9

63 0

'

63 1
63 2
64 1

.

1

SS

BJ

MB

M

50 253

BR

BA

BA
TA

TA

SC

2

SC

2

DT A

DT C

SC

2

SC

2

SC

2

SC

2

DT C
DT C
DT C
DT C

DT C

SC

2

SC

2

SC

2

SC

2

SC

2

SC

2

DT C

2

SA

SA

2

SA

2

SA

2

DT C

SA

2

DT C

QRD

QR D

QRD
QRD

QRD

QRD
QRD
QRD
QRD
QRD

QR D

QRD
QRD
QRD

QRD

QRD

QR D

QRD

QR

QRD
QRD
QRD
QRD
QRD

P AR T S

13 3

36 1

89 146

LC

93

62 1 8

62 18

84 0 9
84 0 9

17 4 0

17 40

12 4

12 4

17 4 0
17 4 0

17 4 0

17 40

12 4

12 4
12 4
12 4

12 4

17 40
17 40
17 40

17 4 0
17 4 0

17 40

11 4

11 75

11 7 5
11 7 5

11 75

14 3

11 7 5

12 4

16 1
16 1

16 1

16 1

16 1
16 1
16 1
16 1

16 1

16 1

16 1
16 1

16 1
16 1

16 1

16 1

16 1
16 1

16 1

D

16 1
16 1
16 1
16 1
16 1

G

46

S
S

P

ES
ES

ES

ES
ES
ES
ES

ES T P

ES

ES

J
J
J

J
J

J

J

J

J

J

J
J

J

J

J

J

J

J

J

J

J
J

J

J

N

P

V

-

2

,

(

S

R

S

CR,S

,

(

S

R

S(Rr S

(

S

R

,

R

S

<

,

(

R

S

Ry

(

S

,

(

S

R

(

S

R

(

S

R

(

S

Rr S

10 2

-

-

12 2

18 2

-

27 2

-

-

47 2

27 1

-

10 2

-

12 2

-

18 2

-

27 2

-

27 1

-

-

22 2

18 2

-

27 2

-

47 2

-

27 1

-

10 2

-

-

12 2

18

-

27 2

-

-

47 2

-

82 2

27 3

-

27 1

-

/

/

2

O

12 2

S

S

S
S

S

S
S

S
S

.

)
)

)
)

)

)

>

)
)

)
)
)

P AR T S

SI

DI O DE

TU B E

FL

IC
IC
IC
IC

IC

IC
IC

TR ANS IS T OR
TR ANS IS T OR
TR ANS IS T OR

TR A NS I ST O R

TR ANS IS T OR

TR A NS I ST O R
TR A NS I ST O R

TR ANS IS T OR

TR A NS I ST O R
TR A NS I ST O R
TR A NS I ST O R

TR ANS IS T OR
TR ANS IS T OR

TR A NS I ST O R

TR ANS IS T OR
TR ANS IS T OR

TR A NS I ST O R

TR ANS IS T OR

TR A NS I ST O R

TR ANS IS T OR
TR ANS IS T OR
TR ANS IS T OR
TR ANS IS T OR

TR AN SI S TO R

TR ANS IS T OR
TR ANS IS T OR
TR ANS IS T OR
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N
CA RBO N

CA RBO N
CA RBO N

CA R BON

CA RBO N

CA RB ON

CA RBO N

CA R BO N
CA R BO N

CA RBO N

CA R BO N
CA R BO N
CA R BO N

RE SIS TO R
RE SIS TO R
RE SIS TO R

RE S IS T OR
RE S IS T OR
RE S IS T OR
RE S IS T OR

RE SIS TO R

RE S IS T OR

RE SIS TO R
RE SIS TO R

RE SIS TO R

RE S IS T OR
RE S IS T OR

RE S IST O R

RE S IS T OR
RE S IS T OR

RE SIS TO R

RE S IS T OR

RE SIS TO R
RE SIS TO R
RE SIS TO R

RE S IS T OR
RE S IS T OR

N AM E

SY STE M
PO RT

A

B

A

B

l

1. 2

1. 8

2. 7

4. 7

27 0

l

1. 2

1. 8

2. 7
27 0

2. 2

1. 8

2. 7

4. 7

27 0

l

1. 2

1. 8

2. 7

4. 7

8. 2

2

27 0

CA M

CA M

RE EL

RE EL

.

OK

.

OK

.

OK

7

K

K

K
K
K

K
K
K

K
K
K

K

K

K
K

B LO C K

E MA R K S

R

CP U

EX PAN DE R

MO T ER

MO TOR

MO T OR
MO T OR

%

5

%

5

%

5

%

5

%

5

%

5

1

%

5

%

5

%

5

%

5

%

1

5

%

5

%

5

%

5

%

5

%

5

1

%

5

%

5

%

5

%

5

%

K

5

%

5

K

%

5

1

%

5

1

/

6

1

/

6

1

/

6

1

/

6

1

/

6

1

W

W

/

6

/

6

1

/

6

1

W

/

6

1

1

W

/

6

W

/

6

/

6

W

1

W

/

6

1

W

/

6

1

/

6

1

W

/

6

/

1

6

/

6

1

/

6

1

/

6

1

/

6

1

/

6

1

/

6

W

W

/

6

W
W
W

W

W

W

W

W

W

W

W
W
W

DR I

DR I

DR
DR

N O

|0|2|

.

1

I I I I I

U

S

F

X

F

I

HH

DO

i

i

00

l

>

-

CO H

2

>

J

o

^

5

^

m

m

z

o
c

c

H

r

>

lODI

111

M

'

III

15

T

/

»

1

APT

M

~

1

i i

i

I

rniOi

/

n

nr ii

i

H

|2|

I<N

S

0

>

K

.

1 1 1

SU F FI X

r

C

J

/U/

UT

G

A/B/ErEN

BLOCK

R E F

A

R

R

R

R

R

R

R

R

R

R

R
R

R

R
R

R

R
RA
RA

S
S

S

S
S
S
S
S

S

S
S
S
S
S
S
S
S
S
S
S

S
S
S
S

VR

VR

VR

VR

VR

VR
VR
V

R

X
Z

770

771

772

773

774

775

776

777

778

779

780

781

782

783

784

785

786
701
702
601

602
603

604

605

606
607
608

609

610

611

621

622
623

624
625

626

627
628

629

630

631

632
633
601

602
603
604

701
702

703

0

7

701
701

.

4

PA RT S

QR D
QR D
QR D
QR D
QR D

QRD
QRD

QR D

QRD

QR D
QR D
QR D
QR D
QR D
QR D
QR D
QR D
QR B

045

QR B

QS Q

4

QS Q

4

QS Q

4

QS Q

4

QSQ

4

QS Q

4

QS Q

4

QS Q

4

QSQ

4

QS Q

4

QS Q

4

QSQ

4

QSQ

4

QS Q

4

QS Q

4

QS Q

4

QS Q

4

QS Q

4

QSQ

4

QSQ

4

QS Q

4

QS Q

4

QSQ

4

QSQ

4

QVG A
QVG A

QV C B
QV G A
QV P E

QVP E

QVP E

QV P E

0

EF

-

VYH

3844-003

J

161

-

J

161

-

161

J

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

161

-

J

-

J

085

-

H

11

-

H

11

-

H

11

-

H

11

-

H

.

11

-

H

11

-

H

11

-

11

H

-

H

11

-

H

11

-

H

11

-

11

H

-

11

H

-

H

11

-

H

11

-

H

11

-

11

H

-

H

11

-

H

11

-

11

H

-

H

11

-

H

11

-

H

11

-

H

11

-

Z

12

-

16

A-V

16

A

-

16

B-V

612

-

612-203

612

103

-

612-203

EC

8004

NO

101
101

101

101
101

103

103

103

103

103

223

223

223
103
103

103

103

682

103

V

01

01

V

01

V

V

01

61

V

01

V

V01Z

01

V

V

01

01

V

01

V

V01Z

01

V

01

V

V01Z

01

V

01

V

01

V

01

V

01

V

V01Z

01

V
V

01
01

V

V

05
02

V02M

01

103

T

4

Z

Z

Z
Z

Z
Z

ZM
ZM
ZM
ZM

.

Z
Z

Z

Z

Z
Z

Z

Z

Z
Z

Z
Z

Z
Z

PA RT S

CARBON
CARBON
CARBON
CARBON
CARBON

CARBON

CARBON
CARBON
CARBON

CARBON
CARBON

CARBON

CARBON

CARBON

CARBON
CARBON
CARBON

.

NETWORK

R

.

R

NETWORK
TACT
TACT

TACT
TACT
TACT
TACT
TACT
TACT

TACT

TACT

TACT

TACT

TACT

TACT
TACT
TACT

SWITCH

TACT

SWITCH

TACT

SWITCH

TACT

SWITCH

TACT

SWITCH

TACT

SWITCH

TACT

SWITCH

TACT

SWITCH

TACT

SWITCH

V

RESISTO R

V

.

RESISTOR

.

V

RESISTOR

.

V

RESISTOR

.V.

SEMI

.V.

SEMI

V

.

SEMI

.

SEMI

V

CERAMIC

HOLDER

FL

NA ME C

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

SWITCH
SWITCH
SWITCH
SWITCH

SWITCH

SWITCH
SWITCH
SWITCH

SWITCH

SWITCH
SWITCH

SWITCH
SWITCH

SWITCH
SWITCH

RESISTOR
RESISTOR

.

RESISTOR

.

RESISTOR

RESONAT

R

100

5

%

5

100

%

100

5

%

5

100

%

100

5

%

5

10

%

K

5

10

%

K
K

5

10

%

5

10

%

K

5

10

%

K

.

%

K

22

5
5

%

K

22

K

5

%

22

5

10

%

K

10

5

%

K

5

10

%

K

5

10

%

K

6.8

5

K

5

10

%

K

POWER

A

DIRECTION

A

PAUSE

A

PLAY

A

COUNTER

A

CONPU.CALI

A

STOP

REW

A

FF

A

REC

A

BLANK

DIRECTION

B

PAUSE

B

B

PLAY

B

COUNTER
CONPU

B

STOP

B

REW

B

FF

B

REC

B

DOLBY
REVrMODE

.

SPEED

N

.

H

SPEED

EM AR KS

/

6

1

W

/

W

1

6

/

6

W

1

/

W

6

1

/

W

1

6

/

6

1

W

/

W

1

6

/

6

W

1

/

6

1

W

/

6

W

1

/

6

1

W

/

W

6

1

/

6

1

W

/

6

1

W

/

6

1

W

/

6

W

1

/

6

1

W

/

%

W

1

4

/

8

W

1

RESET

SKIP

RESET

.

CALIBR

NR

DUBBING
DUBBING

BL OC

.C.

RESISTOR

.

RESISTOR

.

RESISTOR

NA ME

RESISTOR
RESISTOE
RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTO R

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR
RESISTOR

RESISTOR

RESISTOR
RESISTOR

RESISTOR

RESISTOR

RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR
RESISTOR

RESISTOR

S

A

P

T

R

161
161
161
161

161

161
161

161

161

161
161
161

161

161

161
161
161

161

161
161
161
161

161

161

161

161

161

161

161
161

161

161
167

161

161
167

161
161

161

161
161

161
161
161
161

161

161
161

161
161
161

161

14
144

144

161
161

161

161

161

CJ

N

J

271

-

J

331

-

J

105

-

J

153

-

J

103

-

J

471

-

J

102

-

J

102

-

J

102

-

J

471

-

J

272

-

J

103

-

221

J

-

J

473

-

J

223

-

J

102

-

J

223

-

J

103

-

J

223

-

J

104

-

J

223

-

J

223

-

J

223

-

223

J

-

J

223

-

J

223

-

J

223

-

J

223

-

J

223

-

J

103

-

J

151

-

J

103

-

J

332

-

J

103

-

J

182

-

J

332

-

J

103

-

J

182

-

J

224

-

J

184

-

J

123

-

J

752

-

J

683

-

J

224

-

184

J

-

J

224

-

J

184

-

J

683

-

J

153

-

J

103

-

J

224

-

J

184

-

4R7

-

4

J

7

R

-

J

4

7

R

-

J

103

-

J

103

-

J

224

-

J

184

-

J

103

-

REF

.

A

ft

&

2

O

00

1

J

<

00
00

CD

QR D

642

R

QR D

652

R

QRD

R

654

QR D

701

R

QR D

R

702

QRD

703

R

QR D

704

R

QR D

705

R

QR D

706

R

QR D

707

R

QR D

708

R

QR D

709

R

QR D

R

710

QR D

R

711

QR D

R

712

QR D

713

R

QR D

R

714

QR D

R

715

QRD

717

R

QRD

718

R

QRD

719

R

QRD

720

R

QR D

R

721

QR D

R

722

QR D

723

R

QRD

R

724

QR D

725

R

QRD

726

R

QR D

R

727

QRD

728

R

QR D

729

R

QRD

730

R

QR

731

732

733
734

735
736

740

741

742

743

745

746

747

748

74

750

751

752

753

754

755

755

755

756

757

758
759
761

D

QR D

QRD

QR D
QR D
QR D

QRD

QR D
QR D

QRD
QRD

QR D
QR D
QR D
QR D

9

QRD

QR D
QR D

QRD

QR D

QRD

QR H
QR H
QR D

QR D

QR D

QR D
QR D

R
R
R
R
R

R

R
R
R
R
R
R

R

R

R

R

R

R

R

R

R
R
R

R

R
R
R

R

PA RT S

0

.

CARBON

CARBON
CARBON

CARBON
CARBON

CARBON
CARBON

CARBON
CARBON

CARBON

CARBON

CARBON

CARBON
CARBON

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON

CARBON

CARBON

CARBON

CARBON
CARBON

CARBON

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON

CARBON
CARBON
CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON

CARBON
CARBON

CARBON

CARBON

CARBON

CARBON

UNF

SX

FUSI

FUSI

CARBON

CARBON
CARBON
CARBON
CARBON

270
330

1.0

15

10

470

.

1

1.0

.

1

470

2.7

10

220

47

22

.

1

22

10

22

100

22
22
22

22

22

22

22

22

22

10

150

10

3.3

10

1.8

3.3

10

1.8
20

2

180

12

7.5

68

220
180

220

180

68

15

10
220
180

4.7

4.7

4.7

10
10
220
180

10

K
K

OK
OK

K

K

K

OK

K
K
K

K

K

K
K
K
K
K

K

K
K

K

K

K

K
K

K

K

K

K

K

K

5

5

M

5

5

5

K

5

K

5

5
5
5

5
5

5

K

5

5

5
5
5

5
5

5

5
5

5

5

K

5

K
K

5

K

K
K

5

K

5

K
K
K

K

5
5

5

K
K

5
5

5

5

5

K
K

5

R

EM AR K

/

1

%

/

%

1

5

%

1

/

%

1

/

%

1

/

%

1

5

%

1

5

%

1

5

%

1

/

%

1

5

%

1

/

%

1

%

1

%

1

%

1

5

%

1

/

%

1

%

1

%

1

5

%

1

/

%

1

/

%

1

/

%

1

/

%

1

%

1

/

%

1

%

1

%

1

%

1

%

1

%

1

%

1

5

%

%

1

5

%

1

5

%

%

1

5

%

5

%

5

%

1

%

1

5

%

%

1

5

%

1

%

5

5

%

1

5

%

1

%

1

%

1

%

1

5

%

1

5

%

1

%

1

%

1

%

1

%

1

%

1

5

%

%

5

%

1

W

6

6

W

/

W

6

6

W

6

W

6

W

/

6

W

/

6

W

/

6

W

W

6

/

6

W

W

6

/

6

W

/

6

W

/

6

W

/

W

6

6

W

/

6

W

/

6

W

/

W

6

6

W

W

6
6

W

W

6

/

6

W

6

W

/

6

W

/

6

W

/

6

W

/

6

W

/

6

W

/

6

W

/

6

W

1

/

6

W

/

6

W

/

6

1

W

/

6

W

/

6

W

1

/

6

1

W

/

6

W

/

6

W

/

6

W

1

/

6

W

/

6

W

/

6

W

1

/

6

W

/

6

W

/

6

W

/

6

W

/

W

6

/

6

W

/

6

W

/

W

4

/

6

W

/

W

4

/

6

W

/

W

6

/

6

W

1

/

6

W

1

/

6

W

BRA

NO

j

0

)

|

2

I

M

1

1

.

1

F

U

S

FIX

HH

DO

i

00

QJH

TsZ

>

m
m

z

C

>

H

i

1

^

o

W

TD

-

TD-W

717

718

TNC

BKA

J

/

/B/E/EN/

G

/

/

UT

U

Exploded

HI

A

B

C

View

1

:

A

Mechanism

Enclosure

of

2

Component

3

Mechanism

control

board

Ass

y

’

Parts

4

5

/

U

UT

Version

6

I

Switct

D

E

F

Ass

y

Fig

’

8

.

1

-

G

TD

T

/

TNC

BK

A

J

/B/E/

/G/U/

EN

UT

W

717

-

W

718

D

-

Switch

Volume

/

6

board

7

8

9

10

U/UT

Version

40

(

No

4358

.

)

-

W

TD

TD-W

717

718

TNC

BKA

J

/

/B/E/

EN

U/UT

/G/

Enclosure

•

RE F

A

A

A

A

A
A

A

A
A

10

11

12

13

14

A

15

A

A

16

17

18

19

20

21

22

23

24

25

27

28
29

30
31
32
33

34

35

36
37

38

41
42

43

44

45

.

A

B

C

1

2

3

4

5

6

7

8

9

Component

PA RTS

ZC TDW

Z

ZC TDW

ZCT DW

VK L
VT P
VT P

VT P

SB ST

VJC

V

VJ

VND

QM P
QM P

QM PI
QM P

QM P
QH S

VK S

SB SF
SB SF
SB SF
SB SF
SB ST
GB ST

QM

QM
QM

QM F

VND

V

VJ

V

VJ
VJ

VY H
VY H

SB SF

SBS T

SB SF
SD ST

VXP

VX P

V

VJ

VXP

VX P

VXP
VXP
VXP
VXP

VJ

VJK
VK L
VK L
VK L
VX L
VX L

VY H
V
VK W
V

SB SF

SB SF

71 7

71 8

CT DW

31 7

317

133 3

52

Z

5

A

2

52

G

30 06

241 0

24 10

C

J

24 10

C

49 99-00 1
25 60

55 30

34 0

738 0

39 00

377 1

50 11-00 1

30 08

300 8

30 08

30 08

300 6

30 06

51

F

E
E

51

F

51

E

F

51

A

40 03

J

132 0

G

13 20

G

13

20-0

J

G

D

402 4-002

54 29-00 1

D

79 43
79 43

301 0

30 06

261 0

26 04

528 8-002

52 88

443 6

J

K

443 7

K

209 8

20 98-00 8

36 88
36 88

368 9
368 9

44 36-00 3

K

443 6

72 65

726 4
675 2

44 24
44 24

77 79-00

30 06

KW

30 06

30 0

Y

2

H

26 10
26 10

Parts

NO

.

J

FT N

-

-

FB

K

-

CH

-

A

K

-CH-

K

B

00 9

-

-

5

02 1

FB S

-

02 1

5

F

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

02 1

Z

038

03 6

03 9

24 4

00 8
20 0

200

20 0

10 8

M

M

M
M

M

Z

80

R

80

R

80

R

31 5

R

074

02

021

21

001
002

Z

M

Z
Z

001

00 1

001

00 7
00 2

00 1
00 2

001
002

004

00 3

00 1

00 2

00 1

23 6

23 7

00 2

Z

Z

F

BS

SB S
SB S
SB S

OU L

SS

B

5

2

2
2

2

List

PA RTS

FR ONT
FR ONT

CAS SET TE
CAS SET TE
CHA SSI S

PO WER
PO WER
PO WER

SC REW

REA R
REA R

RE AR

FC C

PO WER

POW ER
POW ER

PO WER

POW ER

CO RD

VO LTA GE

SCR EW

SC REW
SC REW
SC REW

SCR EW
SCR EW

FU SE
FU SE
FU SE
FU SE
FU SE

FRO NT

FR ONT
FR ONT

REF LEC TIO N

JVC

RIN G

RI NG

SCR EW
SCR EW

SC REW
SC REW

PUS H
PUS H

LE NS

LEN S

ME CHA
ME CHA
ME CHA

MEC HA

ME CHA

MEC HA

LE NS
LE NS

JAC K
JAC K

SN AP

KN OB

KN OB

DUM PER

TOR SIO N

TO RSI ON

ME CHA

SC REW
SC REW

PA NEL

PA NEL

BA SE
TR ANS
TR ANS
TR ANS

PAN EL

PA NEL
PA NEL

LAB EL

CO RD
CO RD
CO RD

COR D

CO RD

STO PPE R

CO NTA CT

LAB EL

PA NEL

PAN EL
PAN EL

MA RK

BUT TON
BUT TON

BUT TON
BUT TON

BUT TON
BUT TON

BU TTO N

BUT TON

BRA CKE T

BR ACK ET

PLA TE

AS S

SP RIN G

SP RIN G

HOL DER

NA ME

AS S

HOL DER

HO LDE R

(3)

PLA T

Y

*

BL OCK

RE MAR KS

18-20

.

NO

18-20

NO

.

y

46

NO

.

-

47

NO

.

PO WER

FO R

A

FO R
FO R

FOR

FO R

FOR

FO R

FOR

FO R

FOR

FO R

FOR

FOR
FOR
FOR

FO R
FO R

FOR

AB
AB

A
A

B

B

-

-

FO R

FPR

PH ONE

PHO NE

FO R
FO R
FO R

FOR

FOR

/

/

/

B

E

V

.

HE AT
PI N

DCS

REA R

MA IN

F

901

90 1

F

90 1

F

90 3

F

903

F

MEC HAN ISM

F

.

FR ONT

FL

POW ER

PO WER

PLA Y
PLA Y

RE C/PA USE

/

RE C

/

RE C

/

REC

00 2

OR

OR

00 2

MIC

.H.

P

/

/

-

A

-

B

A

MEC HAN ISM

A

NO

.

,

79

,

79

5

48

-

2

DEC K

52

TRA NS

G

/

EN

SEL ECT OR

SI NK

JAC K

JA CK

CHA SSI

+

C

.

P

.

,

902

F

90 2

/

F

,

90 2

F

CHA SSI

P

.

+

PW B

ME CH

.

PW B

+

ST OP

/

/

ST OP

PA USE

PAU SE
PAU SE

PI TCH

PIT CH

HO LDER

HO LDE R

B

B

/

/

-

00 3
00 3

-

JA CK

JA CK

/

/

ME CHA

PW B

DO L

DOL

MI X
MI X

BO

QT Y

B

1
1
1
1
1

1

1
1

4

1
1

1
1

1

1

1

1
1

1

1

2

2

Ay

Cy

Uy

A

Cy

Uy

J

A

B

C

Uy

Ey ENy G

Uy

Uy

S U F F I X

By

yENy

E

J
UT

/E/EN/

B

/

J

UT

y

J

UT

UT
UT

CL R

TN

BK

G

BK

G

TN

BK

1
1

3

6

Uy

UT

G

/

2

2

B

/E/

A

UyU

Uy UT

,

C

J

Ay

By

yUy

G

EN

T

Ey

U

EN

T

TN

BK

BK

2

1

1

1

1

1

2

1

1
1

4

TN

BK

3

5

2

1

1
1

2
1
1

1

1

1
1

BK

TN

TN
BK

BK

TN
BK
TN

1

1
1
1

2

3

3

2

1

1

2

B

4

2

BK

TN

TD

-

TD~W

A

717

W

718

R E F

TNC

BKA

.

46

47

48
49
50
51
52

53

54

5

5

56

57

58
59

60

61

62

63

64

65

66

67

68

69
70

71
72

73

74

77

78

79

80
82

83

/

J

/B/E/

EN

P A R T S

231 7

VJ

T

231 7

VJ

T

418 0

VKY

3867

VJD

TS

VY

4635

VKY

SBS F

7941

VYH

794 1

VYH

464 3

VMA

SDS T

519 9

VKW

4749-001

VKZ

729 3

VKL

SBS F

506 9

Vi

VK

7663

VKL

SBS F

510

VKW

T

2349

J

V

J

V

2

T

234 9

VJT
VJT

2349

5289

VXP

5

VXP

5

VXP

5

VXP

3001

VKW

726 2-002

VKL

726 3

VKL

7773

VYH

SBS F

403 9

VJ

F

637 9

40

E

4039

VJ

F

SBS T

3025

VXL

3025

VXL

365 2

VJ

K
K

3652

VJ

196 4-202

C

J

V

VJ

C

1964

461 4-001

VKZ

S

BST

/U/

/

G

UT

007

-

008

-

001

-

-

00

001

-

491

002

-

260 8

Z

-

005

-

006

-

001

260 3

Z

-

001
001

-

301 0

Z

002

-

001

-

301 0

Z

0

-

4

001

-

349-003

002

-

-

004

-

001

003

289

-

-

002

289
289-004

077

-

-

002

-

001

261 0

Z

00

-

008

-

-

00

3008

Z

001

-

-

002

-

001

003

-

201

-

300 6

M

N O

0

|M|HM|

.

MEC H

(R)
(R)

(

)

L

)

M

QTY

1
1

4

2

4

2

2

1

S U F F I X

C L R

1

2

4

2

2

1
1
1
1
1

1

1
1
1
1

1

1
1

1

TN

BK
TN

BK

TN

BK

TN

BK

2

1

1

2

2

,

J

C

4

4

A

UrU

4

4

1

1

1

^

B x E

T

E N x G

/

1

1

1

4

2

TN

BK

BK

TN

BK

TN
BK
BK

TN

MEC H A

-

MEC HA

-

PLA T E

.

MEC H A

MEC H A

L

SAF T Y

.

SAF T Y

.

SAF T Y

.

.

SAF T YCL

MEC H A
MEC H A
MEC H A

MEC H A

MEC H A

-

MEG H A

-

.H.

F

+

VOL U ME

VOL U M E

COV E R

N O

+

.P.

B L O C K

.

2

3

E

SS

F

P A R T S

CAS S ETT E
CAS S ETT E
CAS S ETT E
C.STA B ILI Z ER

PAD

SPR I NG
SCR E W

LOC K

LEVE R

LOC K

LEVE R

SHI E LD
SCR E W

TEN S I ON

SPE C I AL
EJE C T
SCR E W

TOR S ION

EJE C T
SCR E W

TOR S ION

CAS S E TTE

CAS S ETT E

CAS S E TTE
CAS S E TTE

BUT T O N

PUS H
PUS H

BUT T ON

OPE R A T

PUS H

KNO B
KNO B

BUT T ON

C.SPR I NG

REM O TE
REM O TE

BUT T O N

SCR E W

ASS

FOO T

ASS

FOO T
FOO T

ASS

SCR E W

FIND E R
FIND E R

TOP

COV E R

COV E R

TOP

SPE C IAL
SCR E W

HOL D ER
HOL D ER

SPR I NG

PLAT E

SPR I N G
SCR E W

SAF T Y

SPR I N G

SAF T Y

SPR I NG

LID
LID
LID
LID

BUT T O N

.

ARM

ARM

HOL D E R

Y

'

Y

’

Y

'

LEN S
LEN S

SCR E W

N A M E

(L)

)

(

R

(R)

)

(

L

R E M A R K S

FOR

A

B

FOR

FOR

S

FOR

A

B

FOR

MEC H A

FOR

MEC H A+SHI E L

FOR

FOR

LOC K

EGC

FOR

E

FOR

E

EGC

FOR

E

FOR

E

FOR

A

FOR

A

FOR

B

FOR

B

FOR

EJE C T

EJE C T

FOR

EJE C T

FOR

FOR

EJE C T

FOR

A

B

FOR

FOR

B

FOR

FOO T

INPU T
INPU T

TOP

FOR

HS

84

86
87

88

90

91
92

93

901

2349

234 8
234 9

2349
2349
2348
2349

SA

463 3

7979

4011

3-043

R

1

300 8

-

2610

-

-

-

-

-

-

-

-

001

-

-

VYN

VYN

VYN

VYN

VYN

VYN

VYN
VY

VMA

DPS P

407 0 97-001

E

0406 2

V

VYH

SBS F

VMH

003

M

104

M

002

M

M

007
005

M

006

M

108

M

001

Z

001

Z

201

PA

PA
PA

PA

PA

PA

PA

NAM E
NAM E
NAM E

NAME
NAME

NAM E
NAM E

SPA CER

SHI E LD

SCR E W

HYAT T

CON T I

CAP

SCR E W

HEA T

PLA T E
PLA T E
PLA T E

PLAT E
PLAT E
PLAT E
PLAT E

PLA T E

LAB E L

.

L

PLU G

.

SIN K

VER S I ON

U

FOR

FORJVER S ION
FORGVER S ION
FOR
FOR

Q

901

FOR

HEA D

Z

702

Q

/

-

CAP

903

WIR E

Q

909

/

-

1

1
1

1

1

1

1

2

1

3

1

1

1

1

1

A

C

B

UT

U

/

E

EN

J

G

J

U/UT

(

No

4358

.

)

41

-

TD

W

TD-W

717

718

TNC

BKA

/

J

/

/

G

/

U/UT

/

E/EN

B

[9]

Exploded

A

B

C

View

1

of

Mechanism

2

Component

3

Parts

4

5

D

E

F

G

TD

W

-

TD-W

717

718

TNC

BKA

J

/

/

/

/

U/UT

/

/

B

EN

E

G

Mechanism

•

REF

A

.

A

B

C

1

2

3

5

6

7

8

9

11

13

14

16

19

20

21

22

23

24

25
26

27

28

29

30
31
32

33

34

35

36

37

38
39

40

41
42

43

44

45

46

47

C

2

CN

1

CN

2

PAR TS

362 9

VKS

5

BSI
MS

N5D

1126

VKS
VKS

542 8-00

504 3

VKW

504 3

VKW

VKS

3627

VKS

222 4

545 4

VKS

545 5

VKS

3632

VKM

SDS T

47

VK

Z

543 0

VKS

VKF

3195
3197

VKF

-

MMN

5432

VKS

4705-001

VKZ

-

MSN

5433

VKS

470 5-002

VKZ
VKP

42

4229

VKP

504 5

VKW

5046

VKW

467 0-001

Y

VK

MS

-

I

4632-003

VKR

SPS P

3636

VKM

532 7

VKS

SBS F

3001

VKB

SDS T

3616

VKS

6851

D

N

363 0

VKS

002 2 0

MXS

361 4

VKS

506 3

VKW

462 9

VKZ

3654

VKS

QFV

41

023 4

VMC

023 4

VMC

B

200 4

6

5

5

260 3

2608

261 2

Component

NO

.

.

00

-

E

SA

LW

2
2

08

F

D

2

B

HJ

57

4

257

7

2

-

-

-

-

-

-

-

-

-

-

-

-

-

RA

-

-

-

-

-

-

LW

-

-

-

-

HI

-

-

-

-

-

-

-

-

-

-

A

OOB

001
001

002

002

001
001
001

Z

001

00

00
00

38

001

A

001
00

00

003

003

Z

002

005

Z

067

Z

OOA

001

MVL

001

003
003

001

104

15

R

08

R

2

SA

C

CMM

A
A

B
B

MM

MM

MM

0

ZM

1

Parts

H

DC
DC
CHA S SISBASS

T

B
B

PIN C H

CON T ROL

ACT
ACT

HEA D

SCR E W

SPE C IAL

FR

FLYW H E E L
FLYW H E E L(L

D
REE L

SPE C IAL

D

ACT
SPE C IAL

PIN C H
PIN C H

P.R
P.R

CAS S E TTE

D

MOT O R

SCR E W

FM

THR U ST
SCR E W

BEL T

SCR E W
CAM

HAL L

IC

CAS S E TTE

TUR N

HEAD

SPE C I AL

HEA D
TF

CON N E CTOR
CON N E CTOR

List

PAR TS

MOU NT

.

MOT O R
MOT O R

UP

-

REE L

SPR I NG

.T.

SPR I NG

.T.

LEV E R

GEA R

GEA R

BAS E

ARM

.

MOT O R

C

.

MOT

MOT O R

.C.

MOT O R

.

R

R

.SP.

SP

.

MOT O R

.C.

PULL E Y

BRA C KET

.

SW

IC

HOL D ER

OVE R

SPR I NG

MT

CAP A C ITOR

NAME

AS

S

ASS
ASS

ASS Y

CAM

(2)

)

3

C

SCR E W

T

ASS

(R)

)

GEA R

.

SCR E W

GEA R

SCR E W

(R)

.

(L)

.

(R)

)

(

L

.

SPR I N G

PLA T E

UNI T

SWI T CH

GEA R

SCR E W

COV E R

.

*

Y

ASS

ASS

Y

Y

'

Y

'

1

ASY
ASY

!

|

|

2

M

BLO C K

REM A RKS

NO

.

44

32-33

NO

.

NO

.

Y

24

NO

47

-

-

25

M|M

.

QTY

SUF F IX

1

1
1

CLR

1

2

1

1

1

1

2

1

S

PRE S S

'

f

FOR

GEA R

FOR

GEA R

FOR
FOR

PRE S S

FOR

PRE S S

KIT

R

EEL v

KIT

ACT

/

KIT

PIN C H

PIN C H

KIT

,

CAP

KIT

MOT OR

S

MOT O R

S

.

CR

(L)

S

MOT O R

S

K

)

K

1

3

1

1

1
1
1
1

2

1

1

2

1

1

1
1
1

1

1

2

1
1

3

1

1

S

IC

S

C

CN

CN

6

,

IC

1

2

,

,

S

1

2

,

3

C

2

1

2

,

,

S

3

5

S

S

4

1

2

2

5

1
1

2

1

2

1
1

42

(

No

.

4358

)

TD

TD

TNC

BKA

/

J

/

/E/EN/G/U/

B

UT

717

W

-

W

718

-

H

-

-

-

-

-

-

-

-

-

-

-

-

-

001

M

002

002

M

001
002

007
012

011
005

00

271

661

671

-

F

-

A

B

-

G

List

NO

NO

D

1

1

1

A

.

B

.

M
M

M

PAR T S

PACKING

CARTON
CUSHION

CUS HIO N

POLY

SHEET

ENVELOPE

WIRE

SIRIAL

EAN

MARK

VOLTAGE

PIN

INSTRUCT ION S

BAG

CLAMP

TICKET

/

UPC

PAR T S

CORD

CASE

(

L

CR

LABEL

LABEL

INSTRUCTI ON S

INSTR UCTIO NS

WARRA NTY

WARRANT Y

WARRA NTY
WARRA NTY
WARRA NTY
WARRA NTY

SERVICE
SVC
SERVIS

SAF ETY

SAFET Y

PLUG

IP

CON TI

NETWORK

CENTER

CENTE R

I

.

INST

CORDCJE

PLUG

.

CARD
CARD

CARD

CARD
CARD
CARD

SHEET

NAM E

)

)

NAM E

LIST

BLO C K

REM A RK S

NO

M3MM

.

QT Y

1

1

SUF F IX

CLR

TN
BK

1

1

3

jMlMl

ITT

QTY

1

1

1
1
1

1

1

1

1

1

1

1

1
1

1

1

1

1

1

1

1

1
1

1

1

EN

Ev

UrUT

SUF F IX

EN

E/EN

Ci

-

,

,

B

A
A

G

J

B

C

B

J

C

A

B

J

U

T

U

^

•

G

/

CL R

J

G

/U/

-

^

J

FOR

INSTRUCT ION

UNI T

SET

FOR
FOR

POWER

BL O CK

REM A RK S

L

FOR

REMOT E

COR D

NO

|

lM

.

PAR T S

2348

VPC

2349

VPC

2472

2

VPH

3

2472

VPH

3005

VPE

4

VPK

3001

5

300196-031

E

Q

04141

QZL A

VND

4247

PAR T S

.

0039

1

VMP

2348

VNN

2

2348

VNN

VNN

2348

-

3

56001

BT

-

20134

BT

-

20047

BT

20060

BT

-

52002

BT

-

20066

BT

-

20137

4

BT

-

BT

20071
56002

BT

-

43486-340

5

E

-

200 44

BT

6

805-012

EWP

040 62

V

7

Parts

001

Packing

j

)

\

•

.

REF

A

P

1

P
P
P
P

.

6

P

P

7

8

P

9

P

P

10

P

11

Accessories

•

REF

A

A
A

A

A

A

A

A

(

No

.

4358

)

43

TD

W

-

TD-W

717

718

TNC

BKA

/

J

/B/E/

/G/U/

EN

UT

JVC

VICTOR

AUDIO

COMPANY

PRODUCTS

OF

DIVISION,MAEBASHI

JAPAN

,

LIMITED

PLANT

10

,

1

-

1

-

chome

,

Ohwatari

machi

-

,

Maebashi

city

-

,

,

Japan

371

in

0706

Japan

-S-

©

Printed

H

-