Panasonic SE-1077 User manual

Table of contents

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ORDER

NO.

TSD-7406

-571

eS

oS

com,

&

eer

ad

eee

SPECIFICATIONS

AMPLIFIER

SECTION

Power

Output:

10W—10W

(P.M.P.O)

Recording

System:

AC

Bias

50kHz

Frequency

Response:

6OHz~20k

Hz

(—3dB,

1W)

Erasing

System:

AC

Erase

Tone

Control:

+3dB

~-20dB

at

10kHz

Tape

Speed:

1-7/8

i.p.s.

(4.75cm/sec.)

Inout

Sensitivity

and

|mpedance:

3mV,

45k

(MIC)

Frequency

Response:

6O0Hz

~

10KHz

Output

Sensitivity

and

Impedance:

300mV,

80k2

(REC

OUT)

Motor:

|

Mechanical

Governor,

DC

13V

FM

TUNER

SECTION

SPEAKER

SYSTEM

(SB-1077)

Frequency

Range:

88

~

108MHz

Type:

2-way

Air

Suspentsion

Intermediate

Frequency:

10.7MHz

|

Woofer:

6-

%""

(16cm)

Cone

Type

Harmonic

Distortion:

0.4%

(at

1kHz,

60dB,

30%)

Tweeter:

2"'

(56cm)

Cone

Type

Signal

to

Noise

Ratio:

—

60dB

(at

1kHz,

6008

100%)

Input

Impedance:

82

Stereo

Separation:

39dB

(at

1kHz,

6OdB

30%)

POWER

SUPPLY:

AC

100—115V,

115—130V,

AM

TUNER

SECTION

200—225V,

225—250V,

Frequency

Range:

525

~

1605kHz

:

|

50/60Hz

Intermediate

Frequency:

455kHz

POWER

CONSUMPTION:

32\N

Usable

Sensitivity:

250nV/m,

20nV

|

DIMENSIONS

(W

x

H

x

D)

RECORD

PLAYER

SECTION

Center

Unit:

22-1/2!"x7-8/16"x14-11/16"

Type:

Auto

Return

Player(SP-501B)

(571)

(185)

(373)

mm

Turntable:

25cm

(10")

Speaker

System:

11-5/8"x17-11/16"x5-5/8""

aay

ea

(295)

(450)

(143)mm

Cartridge:

Ceramic

(EPCOSSTAD)

| :

Stylus:

Diamond

(EPS36STSD)

sae

,

se

qenatasal

oie

enter

Unit:

.

17

02.

(5.9

Kg

TAPE

DECK

SECTION.

2

Deck

System:

Auto

Stop

Cassette

System

Speaker

System:

ae:

"

oz.

{3

kg)

sie

Track

System:

4-

Track

2-

Channel!

MATSUSHITA

ELECTRIC

INDUSTRIAL

co.,

LTD.

2-8,

4-Chome

Shiba,

Minato-ku,

Tokyo

108,

Japan

—_—

.

—_—

*

4.

To

reassemble,

reverse

above

procedure,

CAUTION

To

Remove

Cabinet;

x

To

Reassemble

cabinet:

*

ON>

&

4.

SE-107700

_

.

Unsolder

faulty

components

and

replace

with

new

one.

a)

remove

six

knobs

on

the

front

panel.

.

To

remove

cartridge,

push

it

in

the

direction

of

arrow

A,

.

To

install

cartridge,

push

it

in

the

direction

of

arrow

B,

DISASSEMBLY

INSTRUCTIONS

To

Remove

Record

Player

Remove

turntable.

Remove

a

record

player

mounting

screw

No.

1

as

shown

in

Fig.1.

Lift

player

slightly

back

and

slide

it

toward

rear

of

cabinet.

7

To

reassemble,

reverse

above

procedure.

To

Replace

Components

Remove

record

player.

|

Remove

two

(2)

bottom

board

mounting

screws

Nos.

12-13,

as

shown

in

Fig.1.

|

Most

components

can

be

replaced

in

this

manner.

|

However,

when

it

becomes

necessary

for

you

to

remove,

the

chassis,

follow

these

instructions,

b)

remove

ten

(10)

cabinet

mounting

screws

Nos.2~11

:

as

shown

in

Fig.

1.

|

c)

remove

cabinet

from

chassis.

Lift

cabinet

in

the

direction

of

arrow

A,

as

shown

in

Fig.2.

| |

a

Incline

cabinet

about

20

degrees.

Fit

mike

jack

and

headphone

jack

to

their

respective

holes

on

the

front

panel,

and

push

cabinet

in

the

direction

of

arrow

B,

as

shown

in

Fig.2.

Make

sure

the

cabinet

does

not

touch

the

pinch

roller

or

eject

lever

on

the

tape

deck.

| |

To

Replace

Cartridge

ee

as

shown

in

Fig.3

,

Head

Shell

45

RPM

33

RPM

ae

;

Position

Position

Pickup

Arm

as

shown

in

Fig.3.

The

cartridge

should

be

perpendicular

with

the

head

A

shell

(pickup)

and

it

should

be

installed

straight

upward,

observing

that

its

edge

is

in

line

with

the

head

shell.

Cartridge

Capstan

Idler

Wheel

—

To

Replace

Capstan

|

When

replacing

capstan,

carefully

set

its

edge

to

the

idler

wheel

basing

on

two

positions,

as

shown

in

Fig.

4:

To

Remove

Cassette

Tape

Deck

Refer

to

above

cabinet

removal

procedure.

Unplug

two

(2)

6P

connector

and

a

3P

plug.

Remove

five

(5)

cassette

deck

mounting

screws

Nos.1—

0,

as

shown

in

Fig.5.

|

|

To

reassemble,

reverse

above

procedure.

EXPLODED

VIEW

OF

CASSETTE

DECK

LOCATION

OF

CABINET

PARTS

&-~—69

we

3

ie

ro

\

ay

2

0

\\

N

\\

/

7.

hale

i.

jaar

Nee

eres

oh

Cd

=

ae:

ey

OO

.8-

ne

ery.

oe

/

\

i

Oo

KR

©

n)

(e)

N

y

7

ats

Bi

AX

oy

/

oi

Z

is

yi,

i

ZX

’

(eS

&

>\

KS

ZN

G

x

DIAL

CORD

ae

7

STRINGING

GUIDE

*

Dial

Cord

Length

.....--

I—-

—

5

ON

\

Nw

™

[A

Oy

\@

\

aN

>

(A

oO)

)

<

oY

i

6

*

Tuning

Capacitor

"°°"

""

ened

Position

l2|

3

Ss

Fig.

6

Fig.

7

SE-1077

SE-1077

ALIGNMENT

INSTRUCTIONS

(RADIO)-1

Frequency

&

Distance

on

Dial

Scale

To

accurately

align

to

the

proper

frequencies

on

the

dial

scale,

refer

to

Table

at

right

and

mark

the

edge

of

the

dial

scale

accordingly,

using

the

‘Start

Point”

mark

on

the

dial

scale

as

a

reference

point.

.

Make

certain

that

speaker

system

is

connected

to

the

tuner

when

aligning.

SIGNAL

GENERATOR

or

,

RADIO

DIAL

INDICATOR

STEP

SWEEP

GENERATOR

SETTING

(VTVM

or

SCOPE)

CONNECTION

FREQUENCY

Note:

1.

Volume

Control.

++

++-+++++.

Maximum

(AM-IF

&

RF,

FM-RF);

Minimum

(FM-IF)

2.

Tone

Control--+-++-+-+-eeee-

High

—

3.

Balance

Control...........

Center

4.

Band

Selector.............

AM,

FM

AUTO

5.

Power

Voltage

Selector

.....

110V

6.

Power

Switch...........

++

ON

7,

Output

of

signal

generator

should

be

no

higher

than

necessary

to

obtain

output

reading.

8

osaraae

7

|

550

kHz

17.2

mm

(11/16")

-

|

,

1500

kHz

162.

mm(65/8")

EM

90

MHz

23

mm

(7/8")

106

MHz

_

153.3

mm

(6-1/16")

ADJUST

AM-IF

&

ALIGNMENT

Fashion

loop

of

several

:

: :

455

kHz

Point

of

non.-

Output

meter

across

turns

of

wire

and

radiate

30%

Mod,

:

interference

(on/

|

speaker

jack

(L)

signal

into

loop

of

:

receiver.

with

400

Hz

about

600

kHz)

(Imp.

8Q)

Fashion

loop

of

several

:

:

550

kHz

Output

meter

across

turns

of

wire

and

radiate

30%

Mod.

550

kHz

speaker

jack

(L)}

signal

into

loop

of

:

(17.2mm)

receiver,

with

400

Hz

(Imp.

8Q)

Fashion

loop

of

several

:

;

1500

KHz

Output

meter

across

turns

of

wire

and

radiate

30%

Mod

1500

kHz

speaker

jack

(L)

signal

into

loop

of

(162

mm)

PE

caIVEL.

with

400Hz

(Imp.

8)

*

Cement

antenna

bobbin

with

wax

after

compieting

alignment.

FM-IF

&

DETECTOR

ALIGNMENT

;

;

ren

Connect

vert.

amp.

High

side

thru.

0.001

©

10.7

MHz

Point

of

non-

:

mfd

to

point

TP1.

(400

kHz

interference

(on/

oe

to

point

Common

to

chassis.

(SWP.)

~

about

98

MHz)

Eon

mentornese

:

;

|

:

Connect

vert.

amp.

_{High

side

thru.

0.001

10.7

MHz

Point

of

non.-

mfd

to

point

TP1,

(400

kHz

interference

(on/

oe

to'point

Common

to

chassis.

SWP.)

about

98

MHz)

CormGn

te

chasse

*

Before

aligning

step

1,

turn

the

core-2

of

T204

fully

counterclockwise.

FM-RF

ALIGNMENT

Connect

to

EXT.

FM

-

antenna

terminal

through

90

MHz

90

MHz

Output

meter

across

Dummy

antenna.

30%

Mod.

*

amin

speaker

jack

(L).

Common

to

chassis.

with

400

Hz

(Imp.

8Q)

(Refer

to

Fig.

9)

|

|

Connect

to

EXT.

FM

;

antenna

terminal

through

106

MHz

106

MHz

Output

meter

across

Dummy

antenna.

30%

Mod.

(153.3mm)

speaker

jack

(L).

Common

to

chassis.

with

400

Hz

OK

(imp.8Q)

(Refer

to

Fig.

9)

|

10.7MHz

SSG

|

3

|

(Imp.

75

Q)

|

Oo

A

Fig.

8-a

Fig.

8-b

SE-1077

7

*As

three

output

readings

will

be

present,

adjustments

must

be

made

at

center

frequency.

7201

(1st

1.F.T.

;

:

202

ee

Adjust

for

maximum

T203

(3rd

|.F.T.)

OUIPHT.

Adjust

for

maximum

L202

(ANT

Coil)

output

by

sliding

coil

201

(OSC

Coil)

(L202)

along

ferrite

.

core,

CT201

Adjust

for

maximum

(ANT

Trimmer)

output.

CT202

—

Repeat

steps

(2)

and

(OSC

Trimmer)

(3).

Adjust

for

maximum

amplitude

and

symmetrical

curve

(Refer

to

Fig.

8-a)

Adjust

for

maximum

amplitude

and

proper

linearity

between

+100

kHz

markers.

(Refer

to

Fig.

8-b)

T7101

(FM

1st

1.F.T.)

T204,

Core

1

(FM

Disc.

1.F.T.)

1204,

Core

2

(FM

Disc.

1.F.T.)

Ef

ico

rican

Adjust

for

maximum

|

L102

(FM

DET

Coil)

|

OUtPUt-

CTIO

|

|

(FM

OSC

Trimmer)

Adjust

for

maximum

CT101

output,

|

(FM

ANT

Trimmer)

Repeat

steps

(1)

and

CT102

(2).

(FM

DET

Trimmer)

Receiver

Fig.

9

DUMMY

ANTENNA

ALIGNMENT

INSTRUCTIONS

(RADIO)-2

=

FM

STEREO

ALIGNMENT

Notes:

|

: .

1.

Stereo

Modulator:

Connect

Stereo

Modulator

to

EXT.

Mod.

terminal

of

signal

generator

2.

Signal

Generator

:

Modulation

Rate

of

19

KHz

Pilot

Signal

..........

10%

OUTPUT

LEV

Gh

ste

is

a

chk

Fae

OE

S

ere

oe

ee

ee

30

dB

FIGQUCACY

-s

S00

a8

i

We

ee

aw,

oe

a

ee

eee

se

~

Approx.

98

MHz

3.

Tuner

:

Volume

Control.

.......

eee

ee

eee

ee

Audible

level

of

speaker

sound

FORC

COMLON

<a:

<a:

ix

Sas

Bost

ay

Sa

ee

Gh

Ss

a

Be

Low

Band:

SeClGCtOr:

4

wiwce:

e

wee

Bk

rahe

we

E:

&

Ewe

ees

FM

AUTO

Balance:

CONTLON

MS

See

Se

Re

ORS

SS

BS:

See

SS

Center

|

19

kHz

AMP.

ALIGNMENT

EQUIPMENT

CONNECTION

|

‘3

3 ,

ADJUST

REMARKS

SIGNAL

GENERATOR

©

OSCILLOSCOPE

Connect

to

EXT.

FM

antenna

Connect

vert.

Amp.

of

scope

to

terminal

through

dummy

point

TP4.

antenna.

(Refer

to

Fig.

9.)

-

Common

to

chassis.

Adjust

for

maximum

oscillo-

7301

(MPX

Coil)

scope

pattern

of

19

kHz,

SEPARATION

ALIGNMENT

|

Notes:

1.

Signal

Generator

:

Modulation

Rate

of

19

kHz

Pilot

Signal

.--.......-

3.

Tone

Control

---+++-++++--

Modulation

Rate

of

Right

and

Left

Signal

........-

|

QUTOUT

REVO.

<i

Se

5.

AC

hei

a

et

Vow

ee

ae

oe

ee

er ee

ee

2.

Tuner

(Balance

Control):

Adjust

balance

control

so

that

output

level

from

both

channels

becomes

equal.

| |

EQUIPMENT

CONNECTION

ae

SIGNAL

GENERATOR

VTVM

OSCILLOSCOPE

etc

Adjust

T301

and

VR301

for

minimum

indication

on

VTVM

from

the

left

side

output

when

the

right

side

of

stereo

modu-

lator

is

modulated.

|

Adjust

T301

and

VR301

in

the

same

way

for

the

right

side.

Adjust

for

best

balance

be-

tween

‘’L

to

R”

and

“’R

to

L”

separation.

-

Connect

to

EXT.

FM

an-

tenna

terminal

through

dummy

antenna.

(Refer

to

Fig.

9.)

Connect

across

speaker

jack,

(Left

side)

(Imp.

82)

T302

(MPX

Coil)

VR301

(Separation

Control)

Connect

vertical

amp.

input

of

scope

to

ter-

minals

of

VTVM.

*

Before

separation

alignment

disconnect

lead

between

TP4

and

Oscilloscope.

Pas

STEREO

EYE

LEVEL

CHECK

AND

ALIGNMENT

Connect

to

EXT.

FM

an-

|

Connect

across

speaker

VR302

Stereo

eye

should

light

up

tenna

terminal

through

jack.

Connect

to

termianls.

of

when

about

23

dB

is

applied

dummy

antenna.

(Left

side)

VTVM.

abe

Eye

Level

from

signal

generator.

If

not,

(Refer

to

Fig.9.)

(Imp.

82)

J

adjust

VR302

to

light

up.

Separation

Control

(FM

ANT-(AM

L101

|

Tri

OSC

Coil)(AM

1st

IFT)

VR301

——

FR

an

coin

Titman

OSE,

Soman

|Q*

1

TSS

a

@

lo]

TP4m

~=©—VR302

=

|

Stereo

Eye

Level

S

L102

SO}

CT201

(AM

ANT

1202

T

Adjust

(FM

DET

Coil)

|

Trimmer)

(AM

2nd

IFT)

301

:

Z

FG]

|

CT

102

)

(MPX

19kHz

Coil)

i

=

ders

1

©

|

1203

N

1)

rimmer

SS

on

ns

(AM

3rd

IFT

iS

|

ra

(AM

OSC

1302,

ptt

ds

T204-1

1204-2

|

MPX

38kHz

Coil

mee

Lio4a

|

ne

a

M

(FM

OSC

Coil)

a

TP2>

TPs

CT103

T20

(FM

OSC

Trimmer)

(FM.

Disc.

IFT)

|

Ld

T101

(FM

1st

IFT)

TP3

Fig.

10

ALIGNMENT

POINTS

I

es

de

ste

SCHEMATIC

DIAGRAM

mopeL

SE-1077

T

gece

D

es

SONGS

R103‘

2SC922-LM

101.102:

FM

RF

AMP

FM

MIX

FM

AM

IF

AMP

AM

DET

RIPPLE

FILTER

AOC.

TRIOl

*

2SK49-LM

TRio2

:2SC922-KL

IC201:

AN

2I7-B8

D201:0A90

TR901:

2SCI346-PQ

D902:svD0279.5A

D901

Sacee

6s

ee

See

Vass

=

0

G-PQ

D902

-S\

oro!

rey

p

,

T204

OTP3

Rae

5

eres

renny

ast

FA

§

(se)

CciOS

4P

ra]

Z

4.0mA

re

nu

@

L102

ela

—

o

5

it

a

A

2

{

8

otsto

O

+2/Tre

of=

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REPLACEMENT

PARTS

LIST

+5%

+5%

257%

TRANSISTORS

AND

INTEGRATED

CIRCUITS

Per

TR101

TR102

TR103

TR405,406

501,502

TR401~404

461~464

407,

408

TR409

TR9O1

C201

1C301

tC701,702

TR851

TR852

2SK49-L,

M

2SC922-K,

L.

25C922-L,

M-

FM

RF

Amplifier

FM

Mixer

FM

Oscillator

2SC644-S

REC

Amp.

and

AF

Amplifier

or

2SC900-E

25C644-R,S

Equalizer

Amp.

and

Mike

Amp.

|

2SC828-S

2SC1383-P,

AN217-BB

AN271-B

|

uPC576H

2SB175-B

2SB324-K,V,L

REC

AGC

Ripple

Filter

1

hea

oa

FM

and

AM

IF

Circuit

FM

MPX

Circuit

Power Output

Bias

Oscitlator

Amplifier

AOC

DIODES

FM

AGC,

AM

DET

D101,102

.

2017

D103

D901,903

D902

D401~404

851

OAQD

RVDSC-15

SVDSTRB10

SVD0229.5A

FM

AFC

Rectifier

AOC

SVDVD1121

Rectifier,

AOC

THERMISTOR

TH851

RRT103

Temperature

Compensator

oe

LAMPS

AND

FUSE

XAM16T500

REC,

Mike

Mixing

and

FM

Stereo

Lamp

XBA1CO8NSS

Fuse

,

800mA

COILS

AND

TRANSFORMERS

FM

Antenna

Coil

FM

DET

Coil

FM

Oscillator

Coil

SLA4P8

SLD4Y10

SLO4P6

SLOQY11G-2

—_

L101

L102

L104

L103,401

402,461

462

CF201,202

1202

1201

L1,2

L403,404

L851

L852

T101

T204

T201

T202

—_

—_

RFC

FM

Ceramic

Filter

AM

Ferrite

Antenna

Coil

AM

Oscillator.

Coil

RFC

Bias

Trap

Coil

Bias

Oscillator

Coil

RVFCF10M12C

SLF2C2

RLO2B83M

SLOY35S-2D

RLOC542-1

$LO9Z10-T

SLT6E2-D

RLI4M101

EULBFD108R

RLI2M201

RLI2M202

Choke

Transformer

FM

1stIET

FM

Discriminator

IFT

AM

1st

IFT

AM

2nd

IFT

T203

RLI2M401

AM

3rd

1FT

T301,302

SLM5Z2-K

FM

MPX

Coil

71

SLT5W48

Power

Transformer

COMPONENT

COMBINATION

ft

[eracon

Joourimiinn

fe

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Circuit)

=

N=

|=

w@w

SB

Be

SB

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KH

Carbon

wWatt

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Carbon

2702

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+5%

Carbon

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+5%

Carbon

“wWatt

+5%

Carbon

R905

ERD14TJ560

R903

ERD14TJ121

R507,508

ERD14TJ271

R701,702

ERD14TJ102

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R904

ERD14TJ472

R505,506

509,510,511

512,603,604

709,710

R601,602

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R703,704

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R503,504

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ERD14TJ2R2

RS501,502

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ERC12GK335Z

+5%

Carbon

ERD14TJ103

%Watt

%Watt

+5%

Carbon

100k2

%Watt

+5%

Carbon

2,282

%Watt.

+5%

Carbon

%Watt

10%

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R301

‘R902

R705,706

R707

R907

R906,908

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ERD14TJ820

ERD12TJ221

ERX2ANK6R8

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1Watt

+5%

25%

Metal

Film

Metal

Film

Per

ieee

No

==

-=&@

A

=|

(RF,

IF

and

MPX

Circuit)

R172

R205,214

304

R106,203

204

R103

R202

R301

R101,109

R206

R305

R207,302

303.

R310

R107

R308,309

R210

R212,306

307,211

R104,108

208

R102

R209

‘R105

Rt10,111

R213

R215

R809,810

ERD14VJ5R6

ERD14TJ470

ERD14TJ101

ERD14TJ221

ERD14TJ391

ERD14TJ821

ERD14TJ102

ERD147J152

ERD14TJ272

ERD14TJ332

ERD14TJ472

ERD14TJ392

ERD14TJ562

ERD14TJ682

ERD14TJ103

ERD14TJ473

ERD14TJ104

ERD14TJ124

EERD14TJ154

ERD1T47J224

ERD14TJ474

ERD14VJ221

ERC14GK155

5.62

472

1002

2202

39022

8202

1k2

1.5k2

2,.7kK2

3.3k2

4.7k2Q

3.9kQ

§.6kQ

6.8kQ

10k2

47kQ

100k2

120k2

150k2

220k2

470k2

2202

1.5M2Q

Y%Watt

¥%Watt

%Watt

YWatt

YWatt

YWatt

YWatt

+

¥%Watt

%Watt

+

Y%Watt

+

Y%Watt

+

“Watt

+

YWatt

¥%Watt

+

YWatt

+

YWatt

YWatt

YWatt

YaWatt

YeWatt

%Watt

%Watt

YWatt

+5%

+5%

+5%

+5%

t5%

+5%

+5%

+5%

+5%

45%

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon:

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Solid:

1

3

~

NO

-=

|=

|W

SP

=|

DB

=|

we

@

Ww

p

&

N

-&

-—

QO

—

=

=

|

(Equalizer

Circuit)

R401

,402

R857

R411,412

R856

R463,464

R446,483

852,854

R432,435

R471,835

855

R419,420

475,474

R429

R421,422

436,439

R434,437

R417,418

425,426,427

442,445,450

451,452,472

473,485,486

R448,449

R461,462

444,447,476

479

R405,406

438,441

/R440,443

R430,433

R415,416

R409,410

413,414,467

468,465,466

R407,408

469,470,851

R423,424

480,481

4

R477,478

R428,431

R454,455

R456,457

-ERD14TJ471

‘-ERD14TJ102

JERD1473274

|

ERC12GK335Z

ERD14TJ220

ERD14TJ820

ERD14TJ101

ERD14TJ151

ERD14TJ221

ERD14TJ222

ERD14TJ392

ERD14TJ272

ERD14TJ682

ERD14TJ103

ERD14TJ153

ERD14TJ223

ERD14TJ273

ERD14TJ333

ERD14TJ393

ERD14TJ473

ERD14TJ563

ERD14TJ683

ERD14TJ104

ERD14TJ562

ERD14TJ822

222

1002

10k&2

270k2

3.3M2

§.6k2

YWatt

YWatt

Y%Watt

YWatt

YWatt

Y4Watt

%Watt

YWatt

Y%Watt

YWatt

%Watt

“Watt

%Watt

YWatt

%Watt

%Watt

YaWatt

‘%Watt

¥%Watt

Y%Watt

Y%Watt

t6%

+5%

45%

+5%

45%

15%

45%

+5%

+5%

£5%

+5%

£5%

+5%

“Watt

+

%

Carbon

+6%

+5%

+5%

t5%

+5%

+5%

Y’Watt

+10%

YWatt

YWatt

+5%

45%

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Carbon

Per

C707,708

C703,704

|

©503,504

C910~913

c901~904

C601,602

C505,506

C715,716

C705,706

C709,710

C908

C711,712

701,702

C713,714

C906,907

1

C905

C507,508

C3

c2

C5,6

501,502

C114

C105

ci15

C107,116

C119,201

€104,111

C101

C805,806

Ci13,206

C112,203

C102

C103,110

C205,215

C207

C108,109

220

C118

C106

C204

C310,311

C219

C306,307

C302

C218

C308,309

C214

C303

C216

C217

C301

,304

C210

C213

C465,466

C407,408

C461

,462

C851,852

C403,404

476,475

C861

C856

C426,427

C430,431

C409,410

8538.

117,202,208

209,211,212

{ECEA6V33L

ECCD1H101K

ECCD1H121K

ECKD1H102MD

ECKD1H223ZF

ECQM05153MZ

ECQM05333MZ

ECQM05104MZ

ECEA25V4R7L

ECEA25V33L

ECEA10V100L

ECEA6V47L

ECEBS50V1L

ECEB16V470L

ECEB25V470L

ECEB35V22002

ECEASOVIL

ECKDDS101MB

ECKDDS471MB

ECTB50Y1

ECAF10ER1

ECCD1H020C

ECCD1H040C

ECCD1 HO50C

ECCD1HO070D

ECCD1HO80D

ECCD1H100F

ECCD1H120K

ECCD1H270K

ECCD1H180K

ECCD1H220K

ECCD1H101K

ECKC1H102MD

ECKC1H103MD

ECKC1H223MD

ECKC1H223ZFZ

ECKD1H223ZFZ

ECQS1181JZ

ECOS1361JZ

ECOM05332MZ

ECOM05103MZ

ECQM05153MZ

ECQM05153MZ

ECAF10ER1

ECAF10ER68

ECAF10ER47

ECEA25V3R3L

ECEA25V4R7L

ECEAI6V10L

ECEA10V100L

ECEB25V4R7L

ECCD1H180K

ECCD1

H560K

ECCD1Hi01K

ECCDTH181K

ECKD1H102MD

ECKD1H2232ZFZ

ECQS1182JZ

ECQS1152JZ

ECQM05103MZ

ECOM05333MZ

REPLACEMENT

PARTS

LIST

CAPACITORS

(Main

Circuit)

100pF

S50WV+10%

Ceramic

120pF

SOWV

410%

Ceramic

0.001nF

50wv

+20%

Ceramic

0.022uF

sowv

*S°%

Ceramic

0.015uF

SOWV

+20%

Polyester

0.033uF

S5OWV

+20%

Polyester

0.1uF

50WV

+20%

Polyester

4.7uF

25WV

Electrolytic

33uF

25WV_

Electrolytic

100unF

10WV

Electrolytic

ATF

6WV_

Electrolytic

Tur

5OWV

Electrolytic

470uF

16WV_

Electrolytic

470uF

25WV

Electrolytic

2200uF

35WV

Electrolytic

1uF

5OWV

Electrolytic

100pF

250WV

470pF

250WV

TMF

SOWwV

+20%

Ceramic

+20%

Ceramic

Electrolytic

0.1uF

2pF

4pF

5pF

7pF

SpF

10pF

12pF

27pF

189F

22pF

100pF

0.001

uF

0.01

uF

0.022uF

0.022uF

0.022uF

180pF

360pF

0.01

uF

0.01

5uF

0.01

54F

1uF

0.68

uF

0.47

uF

3.3uF

4.7uF

10uF

33uF

100uF

4.7uF

189F

56pF

100pF

180pF

0.001

uF

0.022nF

1OWV

Electrolytic

(IF,

RE

and

MPX

Circuit)

50WV

+0.25pF

Ceramic

5OWV

+0.25pF

Ceramic

SOWV

+£0.25pF

Ceramic

50WV

+0.5pF

Ceramic

5OWV

O.5pF

Ceramic

5OWV

+1pF

5SOWV

+10%

5OWV

210%

SOWV

+10%

5OWV

+10%

5OWV

+10%

5OWV

+20%

5SOWV

+20%

5OWV

+20%

+80%

BOW

"Soe

+80%

SOWV

*

oe,

1OOWV

+5%

TOOWV

+5%

0.0033nF

SOWV

+20%

5OWV

+20%

5OWV

+20%

5OWV

+10%

10WV

1OWV

10WV

25WV

25WV

16WV

6WV

6WV

6wv

(Equalizer

Circuit)

5OWV

+10%

SOWV

£10%

5OWV

+10%

5OWV

+10%

BOWV

+20%

+80%

SOWV

aos,

1800pF

100WV

+5%

1500pF

t00WV

+45%

0.014F

5OWV

+20%

0.033uF

SOWV

+20%

Ceramic

Ceramic

.

Ceramic

Ceramic

Ceramic

Ceramic

Ceramic

Ceramic

|

Ceramic

Ceramic

Ceramic

Styrol

Styrol

-

Polyester

Polyester

Polyester

Polyester

Electrolytic

Ceramic

Ceramic

Ceramic

Ceramic

Cera

mic

Ceramic

Styrol

Styrol

Polyester

Polyester

NN

=

=

NY

@

SBS

NNN

ANNNNN

DO

NN

ND

Bm

hN

|=

MN

|B

NNN

FF

=

=

-_

bP

NNN

NN

=

-

=

NF

|

KP

ASB

HO

KW

HA

NY

KH

YY

=

oO

NN

for

Speaker

System

C432,433

C422,423

424,425

C857

C401,402

C854

C435,436

C855

C416,418

419,420,421

471

C417,472

414,415

C434

C429,428

463,464

C405,406

C467

,468

C438,413

C469,470

|

c474

C473

C444

C437

C853

C859,860

C411,412

ECOQM05222MZ

ECQM05102MZ

ECQM05104MZ

|

ECOM05152MZ

ECAFi0ER1

ECAF1QER22

ECAF16ER1

ECEASOV1L

|

ECEBSOVIL

ECEA6V33L

ECEA10V47L

ECEA25V4R7G

ECEB6V33L

ECEA16V10L

ECEA25V47L

ECEA25V220L

ECEA25V100L

ECEA16V470L

ECEA16V100L

ECEA16V220L

|

ECEA25V4R7L

Description

0.00224nF

SOWV

+20%

0.001nZF

SOWV

+20%

0.14

F

10WV

10WV

16WV

0.1p.F

0.22uF

0.1

KF

1uF

SOwvV

1

uF

50WV

33nF

6WV

AquE

=

10WV

25WwV

6wv

4.74F

33uF

10uF

16WV

25wv

-25WV

25WwV

16WV

16WV

16WV

25WwV

47

uF

220uF

100uF

470uF

100uF

220u-F

4.7uF

SOWV

+20%

0.00154F

SOWV

+20%

Polyester

Polyester

Polyester

Polyester

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Electrolytic

Remarks

VARIABLE

RESISTORS

VR601,

602

VR603,604

VR6O05

VR301,302

VR461

,462

VR851

VR402

EWFNTAK30A54

EWFNVAK30A54

EVE2DAK30G15

EVLS3AA00B53

EWFNVDK20B15

EVLS3AA00B13

EVLS3AA00B24

50k2

Tone

Control

Volume

Control!

Balance

Control

Stereo

Eye,

Separation

Control

Mike

Mixing

w/Switch

6

AC

Bias

Control

Gain

Control

—

md

=

— =

A)

VARIABLE

CAPACITORS

CT101,102

201

'202

CT103

ECV5MD34X51G_

|

Tuning

Capacitor

ECV1iZW10X32

ESB-1140DS

SSH202

SSR60K

SSH36

SSR6

EAS16P24SC

EASSPH34SB

SDT1302K

RDY1

RDY2

RORS8-1

RDY8

RDR13

SHG958

SDD39-2S

RDS309

SMY124

RDZOS5-A

SDP148-1

SJT709

SJF

3802

SJJ43

SJF4204

$JA104

XTV3+10B

XTW3+10B

Trimmer

Capacitor

SWITCHES

Power

Switch

Tape

Monitor

and

4-channel

Switch

Function

Selector

Switch

REC

Switch

16

cm

Woofer

5cm

Tweeter

CHASSIS

Tuning

Shaft

Pulley

Shaft

Pulley

Shaft

Pulley

Pulley

Shaft

Pulley

Rubber

Cushion,

Lamp

Dial

Drum

Drum

Spring

Heat

Sink

Dial

Cord

Dial

Pointer

Antenna

Lug

8P

Jack

Headphone

Jack

Power

Voltage

Selector

Antenna

Terminal

Board

Power

Cord

with

Plug

Screw,

Bottom

Cover

Mounting

Screw,

Bottom

Cover

Mounting

=

=

©

=|

NO

WwW

=|

=

ww

—

160cm

J

OC

=

=

=

mt

SE-1077

Ref.

No.

SMX86

SJJ37

SJF104

SWK70

SWK72_

SWK74

SWK80

SJR604

SGE576

CA2

SGB534

SYK1318

CA4

SGW2961

CAS

SKD3382

SKF1941

CA7

SYU244-2

CAB

SQX9538-1

CAg

—

|sargo1g

CA10

SHS3018

CA11

SBH9079

CA12

SBN570K

CA13

SBN572K-1

CA14

SBC148

|

CA15

SBC150

CAI6

SGL68

CA17

SGN2120

CA18

SGE584

CA19

SGX896

CA20

SXE60

CA21

SUS

122

CA22

SUS

124

CA23

SDH94

CA24

SBC

158

Part

No.

REPLACEMENT

PARTS

LIST

|

Description

Cover,

Fiber

Mike

Jack

1P

Fuse

Holder

6P

Connector

Assembly

6P

Connector

Assembly

3P

Connector

Assembly

Plug

Housing

Assembly

Terminal

Strip,

6P

CABINET

Dust

Cover

Badge

Cabinet,

Complete

Panel

Dial

Bottom

Cover

Bottom

Board

incicator

Label,

Jack

Placement

Indicator

Label,

ANT

Placement

Foot

Hinge

Tuning

Knob

V

Knob

Push

Button

A

Push

Button

B

Stereo

Eye

Specification

Plate

Cassette

Cover

Trim,

Cassette

Part

Shaft

Assembly,

Cassette

Cover

Spring,

right

Spring,

left

Reflective

Sheet

|

Reset

Button

fe

Ff

Be

PN

BF Be

SPaBPNnNKBWN

OAR

N

BB

B=

wo

ao

ow

ow

nun

1a

ua

ao

SKA1181

SYB142

SGB321-

SKU

1680

SGN

2200

SKW16-1

$JB302

SJP2110

PA1

SPN2058

PA2

SPN2004-1

PA3

|

SPN2002-3

PA4

—s—sS

SPNN2056

PAS

SPN2006

PA6

SPN2008

PA7

|

SPN2086

PAS

—s|

SPP192-1

PAS

SPP108

PA10

SPN2060

PA11

SPN2106

PA12

SPN2088-1

PA13

SPP48

PA14

SOX5626

SE-1077

SPEAKER

CABINET

Speaker

Enclosure

Baffle

Board

Assembly

Badge

.

Rear

Board

Name

Plate

Speaker

Bracket

for

Walt

Terminal

Strip,

3P

Speaker

Cord

PACKING

Carton,

Center

Unit

Top

Pad,

Center

Unit

|

Bottom

Pad

A,

Center

Unit

Corner

pad,

Center

Unit

Pad,

Dust

Cover

TT

Pad

Bottom

Pad

B,

Center

Unit

Soft

Cover

Polyethylene

Sheet

Carton,

Speaker

System

Corner

Pad,

Speaker

System

Center

Pad,

Speaker

System

Polyethy!ene

Sheet,

Speaker

System

Operating

Instructions

NNNUNNNND

me

N-

Oo

-—-

=

ws

Be

Bene

HR

ose

=e

ow

22

23

24

25

26

27

28

29

30

‘31

32

33

34

35

36

37

39

40

41

42

43

45

46

47

48

49

50

.

51

52

53

54

55

56

57

59.

60

61

62

63

Description

Per

set

{pcs.

RECORD

PLAYER

SP-501A

SJY

1002-1

SJY

16

SGK526

SJY

9030

SJY5008

SJY5016

|

SUW926

SUW928

SJY5004

SJY5010

SJY5012

SJY

4004-1

SuY4

2E-10T-3

FFGBSO10

SHG9068

SNW392

FFIPAOOG

SJY

12

SJY9010

SJY2

SJY9018

SJY9004

SJY9034

SJY9002

SFUG623-1E

SJY6

FF-MCPO805C

F

F-MCPO806C

SJY9016-1

SFUM623-4E

SJY9042

SJY9044

SJY9046

SJY9048

SNE424

SFUM623-2

SJY9052

SJY9054

SJY9028

SJY9024

SJY9026

|

SuY9056

SJY9058

SJY9060

SJY9062

SJY9064

SNW412-1

SNW522

SNW622-2

SNW522-1

SNW412

SNW622-2

XUC3

XUC4

XUC5

SNE428

XXAR3H3

XSN3+12S

XSN3+5S

XTV23+6B

XTV3+8B

XTV3+16B

XNG3S

XNG4S

XWE4F

13B

XWE3D8

XWE3E

168

XWE3E10

XWE2.3x6

XWA3B

Piayer

Board

Assembiy

Player

Board

|

Indicator

Plate,

Speed

Change

Indicator

Plate,

Auto-cut

Lift

Holder

Hote

Cover

Bracket

A

Bracket

B

Pickup

Rest

Lifter

Knob

Turntable

Mat

Turntable

Phonomotor

Rubber

Cushion

Rubber

Cushion

Rubber

Washer

Idler

Wheel

Selector

Lever

Assembly

Bracket,

Selector

Lever

Idler

Lever

Selector

Arm

Turntable

Shaft

Main

Gear

Shaft

Plate,

Turntable

Shaft

Main

Gear

Assembly

Operating

Plate

Assembly

Capstan

for

50Hz

Capstan

for

60Hz.

Switch

Lever

Pickup

Plate

Actuating

Link

Switch

Control

Plate

Switch

Control

Bracket

Stopper,

Lift

Holder,

Stopper

Collar,

Operating

Plate

Feed

Link.

Cut

Lever

Spring

Spring,

Idler

Pulley

Spring,

Selector

Arm

Spring,

Pickup

Plate

Spring

A,

Lift

Spring

B,

Lift

Spring,

Operating

Plate

Spring,

Feed

Link

Fiber

Washer

Nylon

Washer

5¢

Nylon

Washer

6

Fiber

Washer

5¢

Washer

4@

Washer

6¢

Circlip

3¢

Circlip

4d

Circlip

5¢

Push

Nut

Screw

for

Capstan

|

Screw

3

x

12mm

|

Screw

3

x

Smm

Screw

2,3

x

6mm

Screw

3

x

8mm

Screw

3

x

16mm

Nut

3m/m

Nut

4m/m

Washer

Washer

Washer

Washer

‘|

Washer

Washer

|

Romans