Marantz QUADRADIAL 4, 4430 Service Manual

-----------·~

TABLE

SECTION

Introduction ....................................................................................................................... 1

Service Notes ....................................................................................................................... 1

AM

Tuner ........................................................................................................................... 1

FM

Tuner ........................................................................................................................... 2

Phono and Pre-Amplifier· ....................................... ;............................................................... 4

Power
Power Supply
Audio
Test Equipment Required

AM Alignment Procedure ................................................................................................... 6

FM Alignment Procedure....................................................................................................... 7

Audio

Automatic

Parts List ...................................... ......... ....... ..... ....... .... ...

Technical Specifications ...............................................................................................

Amplifier

Trouble Analysis ....................................................................................................... 5

Adjustment ..... ....... ......... ..........

Voltage Regulator Adjustment ........................................................................... 8

................................................................................................................... 5

Unit

............................................................................................................... 5

for

Servicing ............................................................................... 6

OF CONTENTS

...

.... ....

...

............. .......................................... ........... 8

..

.......... .... .

...

.... .... ............ ... . 21 -

PAGE

34

34 -35

LIST

OF

ILLUSTRATIONS

FIGURE NO.

1.

Dial Stringing ............................................................................................................... 8

2.

Front

Panel

Adjustment and Component Locations ................................................... 9

3.

Main

Chassis
Rear
Main
FM

FM

Pre,

Panel

Chassis

Front

IF

Tone

Amplifier

4.

5.

6.

7. AM Tuner Assembly P150 Component Locations .......................................................

8.

9. MPX Stereo Decoding

10. ·

11. Noise and

12. Vari-Matrix

13. Loudness, Hi-Filter and Speaker Switch

14. Temperature Compensation

15. Power

16. Phono

17. Tone Control

18. Power Supply

19. AC Rectifier Assembly P850 Component Locations ................................................... 18

20. Balance Control

21. Schematic Diagram ...... ... .............................................. ........... .....

Component Locations (Top View) ........................................................... 9

Adjustment and Component Locations ....................................................... 10

Component Locations (Bottom View) ................................................... 10

End Assembly P100 Component Locations ...................................................

Amplifier

Amplifier

DC

Amplifier

Assembly P200 Component Locations ............................................... 12

Amplifier

Assembly P400 Component Locations ....................................... 13

Amplifier

Unit

Assembly P500 Component Locations ............................................... 15

Assembly P600 Component Locations ............................................... 16

Assembly P700 Component Locations ............................................... 17

Unit

Unit

Unit

P470 Component Locations ................................................... 14

Assembly P750 Component Locations ........................................... 17

Assembly P800 Component Locations ....... , ................................... 18

Assembly P900 Component Locations ....................................... 18

Assembly P300 Component Locations .......................

Unit

Assembly P550 Component Locations ... 15

Unit

Assembly P580 Component Locations ................... 15

..

...... .............

PAGE

11
11

13

19 -20

INTRODUCTION

This service manual

service information

Servicing information
knowledgeable
attempt

should

and

be

was

prepared

for

Marantz Model 4430 Quadradial 4

and

voltage data included in this manual

for

use

by Authorized Warranty Stations and contains

experienced technician only.

made

to

proceed

without

RE!ceiver.

are

All

instruction should

a good understanding

receiver.

The parts list furnish information by which replacement part may
Marantz Company. A simple description

included

for

parts which

is

through local suppliers.

1.

SERVICE NOTES

As

can

be

seen

from

the

Each

unit

units.

mounted on a printed

a bold dotted line on the

1.

FM

Front

End . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

2.

AM Tuner . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

3.

FM

IF

Amplifier

4.

MPX Stereo Decoding

5.

Pre,

Tone

Amplifier..

6.

Noise and

7.

Vari-Matrix . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

8.

Loudness, Hi-Filter

9.

Temparature Compensation . . . . . . . . . . . . . . . . . . . . . mounted on

10. Power

11. Phono

12. Tone Control

DC

Amplifier

Amplifier

Amplifier

Unit

circuit

circuit

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

Amplifier

. . . . . . . . . . . . . . . . . . . . . . . . . mounted

and

Speaker Switch

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted

...........................

diagram, the

circuit

chassis

board

of

is

described

Model 4430 consists

within

diagram.

. . . . . . . . . . . . . . . . . mounted on

. . . . . . . . . . . . . . . . . . . . . . . mounted on

Unit

. . . . . . . mounted on

mounted on

13. Power Supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

14. AC Rectifier . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

15. Balance Control

Unit

. . . . . . . . . . . . . . . . . . . . . . . . . mounted on

16. Indicator Lamps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . mounted on

intended

be

of

the operation in the

be

can

be

for

read

carefully. No

ordered

usually

be

of

use

from

following

the square enclosed by

P.

W.

Board, P100

P.

W.

Board, P150

P.

W.

Board, P200

P.

W.

Board, P300

on

P.

W.

Board, P400

P.

W.

Board, P470

P.

W.

Board, P500

P.

W.

Board, P550

P.

W.

Board, P580

P.

W.

Board, P600

on

P.

W.

Board, P700

P.

W.

Board, P750

P.

W.

Board, P800

P.

W.

Board, P850

P.

W.

Board, P900

P.

W.

Board, P950

by the

the

obtained

2.

AM

TUNER

All

components except tuning capacitor

circuit

transistor H151 through a capacitor
the conversion
out

board P150.

AM

The

and

input

signals induced in a ferrite bar antenna

of

noises,

circuit

thus giving good SIN performance. The tuned circuits inserted in both

of

the

RF

amplifier
formance. Thus amplified and selected AM signals
transistor H152 through a coupling capacitor C156. While
to

the emitter
mixed at the base-emitter junction
resulting IF signal
two

tuned circuits.

The
transistor
to

detect audible signal through the detector transformer L154. The detected audio signal

output

of

next

of

H 152 through a capacitor C157,

and

is

of

stage

applied

L153

to

the

is

led

to

H154. The

first

the transistor H 153 which in

fully

filtered and amplified and the final audio
applied

The

to

the

DC

component

TAPE

OUT

jacks and the function switch.

of

the detected IF signal

and

C151

and amplified

assure

ferrite bar antenna

are

applied

to

the level required

very high

are

image

then applied

are

mounted on a printed

to

the

base

of

for

and

spurious rejection per-

to

the

base

RF

overcoming

of

the local oscillator voltage

both

AM

signals

and

oscillating voltage

converted into 455KHz intermediate frequency. The

IF transformer L 153 consisting

amplified IF

output

output

is

obtained

is

used

is

then applied

from

as

a AGC voltage

of

one ceramic

turn

apply its

the collector

output

to

the diode H157

of

to

control emitter

amplifier

converter

is

injected

are

filter

and

to

the

H 155

and

is

-----------·~

current

R179 and R151. A
capacitor C167 and rectified
M010.

2.1 Suggestions

slowly and observe the
meter

preceding final IF transformer L154. Next connect a oscilloscope

J 157 and check

does
the oscillator tuning capacitor
measuring oscillating voltage
local oscillator voltage
VTVM

3. FM

IF
duced by a FM antenna
switch and a balun coil. These signals
applies its
The

the

FET

next

Three pieces
of
capture ratio and good

is

transistor limiter. The detected audio
ed
OUADRADIAL
through R483.

of

H 153 which in

for

AM

for

Check

gives

not

and compare

The FM Tuner section

Amplifier

FET

same

Mixer, the injection voltage

IF

amplifier

The IF amplifier

symmetrical diode limiters

A part

fed back

The

output

broken

a deflection at

for

audio signals

deflect, check the local oscillator circuit. Normal oscillating voltage

the

TUNER

and Detector, Muting Control and MPX Stereo Decoding Circuit. FM signals

output

Mixer convert its

time. The H 103

of

to

IF

signal sufficiently amplified through every

is

to

unit

of

dual elements ceramic filters

FM

Front

the gate

led

to;

jack on the rear panel through resistor R484, (c) MPX stereo decoding

turn

part

Tuner Trouble Shooting

AM

bar antenna, next

AM

signal strength meter whether

is

normal, check all voltage distribution in the

measured values

of

the next

through a coaxial cable.

unit

consists

AM

suppression.

End

of

FET

(a)

noise amplifier

control the bias current

of

IF signal

to

obtain

several

input

is

output

frequencies received, no failure may exist in the

with

is

about 2

use a RF

Model 4430

are

led

FET

Mixer H102 through the double tuned high selective circuits.

signal into 10.7MHz intermediate frequency and amplifies

a local oscillator and its

is

of

are

also employed

is

RF

amplifier

output

DC

current

try

the tuning meter deflected.

or

3 volts, varying

VTVM,

with

those given in the schematic diagram.

is

divided

to

FM antenna coil L101 through

are

then applied

about 700mV. The 10.7MHz

five

stages

are

applied

to

to

output

H471

of

the RF amplifier through the resistor

is

also applied

for

energizing the

to

tune station by rotating fly-wheel tuning

it

deflects

with

no

circuit

of

IF amplifier and one
also
for

the AGC amplifier H201 and rectified its
decrease the gain

is

led

through resistor R471 and capacitor C471, (b)

tester

into

four

to

output

used

to

the best

stage

of

to

the

to

tuning capacitor position. When

gives

functional blocks: FM

the

FET

is

injected

obtain high selectivity,

limiting

IF amplifier

buffer

the diode H158 through a

AM

signal strength meter

knob

or

not. If

to

the pin terminal J162

If

the signal strength meter

correct indication.

AM

RF

front

characteristics, improved

with

increased signal strength.

amplifier H208 and its buffer-

the signal strength

stages

at

the

circuits

amplifier

into

end

stage

is

finally

by

ATTENUATOR

which

the source

output

of

AGC amplifier.

applied

at

hot

using a

Front

is

led

four

least

end

If

the
DC

End,

in-

in

turn

it

of

the

to

the

stages

output

to

the

circuit

or

of

at

2

3.1

Audio

The muting
the Model
the second
ponent

from

free

The

is

applied
(muting threshold level).
emitter-collector resistance increasing and the collector voltage
collector voltage increases the gate bias voltage and turns on the switching
the source-drain resistance
to

flow

Muting

4430.
to

of

the detector output. These inputs

noise and transients.

first

input

to

the

to

the center

and Stereo Mode Auto-Selecting

circuit

Three inputs control the muting function. The

the noise

base

consisting

condition

of

DC voltage obtained by rectifying a part

of

H306

When

to

of

38KHz switching transformer through the source-drain path.

of

all solid-state electrical switching

at the detector and the

and

turns on it,

the H306

near zero ohm and allowing the audio signal applied

Circuit

first

third

are

properly matrixed and gated

of

IF

if

the

IF

output

is

turned on the H307

is

greater than predetermined level

rises

has

is

related

is

derived

output

is

turned

about 9V. The increased

been incorporated in

to

singal strength,

from

the

DC

com-

to

provide muting

signal

from

the H206

off,

allowing the

FET

H308, decreasing

to

the source

When

can
decreasing the collector voltage and turning
the F ET. This
ing operation the second and the

misoperation due
audio signals
sistor H471
to

the

tuned in,

resistance
the H308
through

is

also turned

H302, resulting
noises

curve is applied

R486). The
positive values
frequency

source potential

... H307

amplified and

predetermined level,
H480

just described above.

noisy side-audio signals

automatically and open

transistor H480 and H481

the

input

signal

not

turn

on the H306, thus the H306

is

the fundamental principle

The second

noise components in the audio signals.

When there are excessive

the

The transistor H303 connected in

is

also avoided.

third

The

When the

turn

Thus when the tuning

With the station correctly tuned in, the

input

to

are

separated

and

its

output

the

rectified

to

zero. This

is

turned

FET's source-drain path.

off

(when the transistor H472

in

turning

input

to

DC

output

or

vice

from

the correct tuning frequency.

DC

output

of

turn

on, ... H308

no

stereo beacon

on and

the

is

lower than predetermined level, the

third

inputs

is

used

to

protect the muting operation and MPX stereo beacon lamps

undesirable

by

is

DC

output

means

off

and any audio signals having

off

is

obtained

the gate

is

versa

is

H478

makes

the

decreased

H306 in turned

is

are

produced, both muting and 19KHz switching transistors

the

circuits.

are

noises.

a small capacitor

rectified

noises

of

zero

increased

turn

shifted-or-deviated

not

by

the

in the audio signals

turns on the transistor H472, decreasing the emitter-collector

the collector

series

the

stereo beacon lamps. Thus misoperation due

from

the

FM

H478 through a resistor R273 and

with

a station correctly tuned in,

when the tuning

to

a greater level than

the transistor H481

off,

... H303

is

turned on.).

source potential turns

off.

turned on, giving no effect on the transistor H306.

DC

output

keeps

its

turn-off

off

H308. Thus no audio signals

of

the muting operation

are

necessary.

The high frequency noises included in the detected

C471

and amplified by the noise amplifier tran-

two

diodes. The rectified

such

of

H307

excessive

with

the 19KHz

or

H307

are

discriminator circuit. The

point

turn

turn

off

When

the

The subsequent

to

the certain frequencies in which undesirable

bias

current

stage

and this makes H307

as

obtained

is

short-circuited

high frequency

pilot

signal amplifier transistor H302

turned on.) and no current flows

but

is

deviated toward either plus

that

of

predetermined, the increased

on, and this makes the H306

(this

means

DC

output

off

the H479 which in

changes

of

the FET H478

obtained

can

but

for

more elaborate mut-

DC

output

with

to

the ground, therefore

DC

dividing

will

vary

rio 19KHz

is

increased

are

exactly the

is

adjusted

is

a station incorrectly

noises

to

output

network (R485 &

from

pilot

to

turn

is

small and

turn

on,

pass

through

from

proportional

can

not

go

in

the

undesirable

so

called

negative

the negative

makes

same

are

so

"S"

or

minus

turn

off,

signal

the

as

that

operated

that

both

to

is

3.2 MPX Stereo Decoding

The buffered and non-equalized audio signals

serve

as

a tuned amplifier
the audio signals. The amplified 19KHz
and

further

described in the preceding chapter. The final 19KHz

circuit

The H304
consisting
transformer
to

the crosstalk cancelling amplifier which utilizes complementary configuration

PNP

transistors through de-emphasis network consisting

is a low-pass

L305
sirable residual switching signals. Transistors H313 and H314
outputs

amplified

consisting

is

the

of

four

1I2

are

led

to

of

the

38KHz

diodes. While the composite signals

L302. The right and

filter

the function switch.

Circuit

for

the

pilot

signal in the composite signals and

pilot

if

switching transistor H303

H315 and H316

tuned amplifier

networks having very sharp

to

obtain synchronized

and

left

stereo signals decoded

are

applied

signal

is

led

is

turned on

supplies its

are

of

cut

off

to

the

first

as a buffer

to

the second 19KHz amplifier H302

by

the controlling

pilot

signal

output

applied

C315

characteristics and eliminates unde-

is

rectified

38KHz

and

are

amplifier driving signal.

to

the switching

to

the center tap

by

the switching

R335, and C316 and R336,

buffer

amplifier H301 which

amplifier

DC

by

the doubler

matrix

of

switching

circuit

with

amplifiers and their

for

signal

as

circuit

are

led

NPN and

3

...

-. ..

-

a.--•~

3.3 Suggestion

3.3.1 Symptom: No
First turn on the power switch

knob slowly
several
failure.
VTVM.
depending on the tuning capacitor position.

all voltage distribution in the
shown
check audio circuits, using high sensitive oscilloscope.

3.3.2 Symptom: No Stereo Separation

output
stereo beacon
switching signal, using

4.

amplified
AUX1, AUX2, jacks

the TAPE OUT jacks

The TAPE MON switch selects the

jacks

mode switch

volume control. The
through the balance control section

frequencies received, the tuner circuits preceding the discriminator circuit may

When

The normal local oscillator voltage

in

First check the

modulated by a stereo modulator

PHONO
Signals from the PHONO jacks

and

Applied

and

for

Trouble Shooting

FM

Reception

and

observe the

no reading

the circuit diagram.

"MONO"

is

turned on

AND

PRE-AMPLIFIER

RIAA

are

to

the other section

the selected

and

its associated circuit and applied

is

or

an

oscilloscope.

equalized phono

applied

and

mode switch.

signals

bass

and

of

FM

Tuner

and

try

to

tune

FM

signal

strength meter.

obtained

FM

switch

not.

to

go

in

the meter, check

is

one

If

the local oscillator voltage

Front

End

and

IF amplifier

When

treble controlled

signal

is

in normal

If

are

applied

signals

the selector switch which, in turn,

of

the TAPE MON switch

signals

to

the pre-amplifier.

and

strength meter deflects

out

to

the

rear

not turned on, check

to

the phono amplifier mounted on P700. The

and

signals

from the mode switch or those from the TAPE IN

the hi-filter before they

FM

stations. Rotate the fly-wheel tuning

If

the

signal

strength meter deflect at

FM

local oscillator circuit, using a

or

two

volts (rms) at the tuning capacitor,

is

normal,

unit

and

compare them

but

no sound

position. Connect a

FM

ANTENNA

for

19KHz

from the tuner section

are

signals

Signals

to

the tone control amplifier through the

signals

are

from the tone control amplifier

reach

FM

RF

terminals,

pilot

leads

the selected signals

from the TAPE IN jacks.

then mode

the main amplifier.

is

signal

and

signal

and

processed

have

no

RF

next

check

with

those

obtained,

generator

check the

and

38KHz

the TAPE,

to

by the

pass

~

·

4.1 Mode Switch
Mode switch S005

DECODER.

In the MONO position, all

In the 2

left-front (LF)
(LF

+LR)

In the DISCRETE position,

channel.

In the
phonic
directly
from the 2-channel

RR

channel

When

CH

position,

and

left-rear (LR)

are

delivered

VARI-MATRIX

signals

to

through the vari-matrix circuit; the input right

the LF

signal

Dimension Control Setting

the dimension control

and

input

components

Minimum
Center
Maximum (FCW)

has

positions

input

each

pair

to

the pairs

position, 2-channel stereo input

RF

channels, while the

signals

are

(FCCW)

of

MONO, 2

signals

of

are

of

each

under the control

controlled by the dimension control

is

set

are

mixed together

input

signals

mixed together. The resultant

RF

and

RR,

channel

to

signal

signals

LR

LF
LF

j_

the minimum position the LR

LF-

CH,

DISCRETE,

and

right-front (RF)

and

LF

and

LR channels, respectively.

is

separately routed

signals

and

to

the LR

of

the dimension control. The LR

Output

+RF

RF

and

VARI-MATRIX,

delivered

are
left

RR

RR

RF+
RF

RF-

to

and

right-rear (RR),

signals

to

converted

channel signals

channels

as

shown below.

Output

LF

LF

and

RR

the corresponding

all

four

(RF +

are

channel

into

and

SQ

channels.

and

RR)

and

quadra-

are

fed

synthesized

and

signals

4

become monophonic,
providing vanished sound

SQ

In the _

decoded

Model SQA-1,

4.2 Balance Control
Signals

signals
setting the FRONT-REAR balancer
"L"

Model

"REMOTE"
the Model
4430

RC-4

further

5.

stability.

power
operating

and
This
power

are

side,

The balance control

RC-4

or

Model

is

determined by the volume control on the Model 4430.

Balance controlled signals

power amplification.

POWER
Differential amplifier consists

The transistor H605 drives the inverter transistors H611

stage

Excessive current

the resultant variation

decreases

output

DECODER position, signal sources encoded by the

into

4-channel signals. Required

into

from

controlled by three balancers: FRONT L-R, REAR L-R,

for

example,

Remote Control Box operative when

position the balancers

RC-4.

RC-4.

AMPLIFIER

consisting

as

a power transistor protection circuit.

the

stage

to

the center

image

the Model 4430.

the tone

The volume level

base

(H001 and H002)

wntrol

only

the

circuit

However, the maximum volume level available by adjustment

of

H001

flow

in the power

is

applied

biasing current

are

stereophonic, and

positioning.

for

this operation

amplifiers

to

front

left

is

provided

on

can

are

led

of

the transistors H601 and H603

and

to

is

are

fed

the

"FRONT"

channel

the Model 4430 become ineffective since signals

be

through the hi

H002. Transistors H607

output

the transistors H607

for

H611

restricted

is

with

the remote control switch which makes the

adjusted by the volume control either on the Model

stage

and

within a safe

to

the maximum

is

incorporation

into

the balance control circuit, in which the

side

and

the

FRONT

drived.

set

to

the

"RE

filter

to

the main amplifier section

and

H613 which, in turn, drive the

and

is

detected by the resistors R642 and R644

and

H609

H613. In this way the current

predetermined value.

are

out

of

CBS

SQ

system

of

the

SQ

and

FRONT-REAR. By

L-R balancer

MOTE"

to

provide satisfactory

H609

and

position. In the

of

are

current

make them turned on.

phase,

are

Adaptor,

are

the Model

flow

thus

ideally

to

the

led

to

for

D.C.

limiter

in the

6.

POWER SUPPLY

The power supply
matic voltage regulator provides +35V
and

H803 which operates

H808, H809 and H810 which operates

7.

AUDIO

1.

Excessive line consumption

2.

No line consumption

3.

Excessive hum

4.

Parastic oscillation

TROUBLE

UNIT

and

noise level

unit

consisting

as

the voltage regulator provides +14V

ANALYSIS

or

zero

bias

of

transistors H805

DC

to

all

of

the audio amplifiers except power amplifiers,

as

the speaker protector

a.

Check
H854.

b.

Check

HOOS.

c.

Check L003

a.

Check line cord,
H626

b.

Check
or open L003.

a.

Check
C605

b.

Check

a.

Check
C619, C620,

and

H806, which operates

DC

to

the tuner section,

to

relay circuit.

for

shorted rectifiers H851 through

for

shorted transistors H001 through

for

short.

fuse,

shorted H581 & H582,

& H627.

for

open rectifiers H851 through H854,

filter

capacitors C006 through C009,

as

& C606.

for

shorted transistor H805.

for

defective capacitors, C607, C608,

C621

and

C622.

an

auto-

and

5

•

-----------·~

a.

5.

Improper clipping

8.

TEST EQUIPMENT REQUIRED FOR SERVICING

Table 1 lists the test equipment required

Item

AM

Signal Generator

Test Loop

FM

Signal Generator

Stereo Modulator

Audio

Oscilloscope High sensitivity

VTVM

Oscillator

Manufacturer

Less

than 0.3% distortion

Less

than

Weston
than 0.02% residual distortion

is

required.

zontal
With AC,

and

for

and

0.3%

distortion

Model CV0-100P,

vertical amplifiers.

DC,

RF

Check

servicing the Model 4430 Receiver.

Model No.

with

DC

range

less

hori-

for

defective resistor, R662 & R663.

Use

Signal source
ment.

Used
erator.

Signal source
ment.

Stereo separation alignment
and

Sinewave
nal

Waveform analysis
shooting

Voltage measurements.

with

trouble shooting.

source.

for

AM

AM

Signal

for

and

squarewave

and

and

ASO alignment.

align-

FM align-

trouble

-

j

gen-

sig-

Circuit Tester
AC Wattmeter Simpson, Model 390

AC Ammeter Commercial Grade (1-10A)

Line Voltmeter Commercial Grade

(0-150V AC)

Variable Autotransformer Powerstat, Model 116B
(0-140V AC, 10 amps)

Shorting Plug

Output
(8 ohms,± 1 % 1

Output
(4 ohms,

Load Commercial Grade

Load Commercial Grade

± 1 % 1

OOW)

OOW)

Use

phono plug

across

ohm
shell.

Table 1 Test

center pin

Equipment

with

600

and

Required

Trouble shooting.
Monitors primary power

Amplifier.
Monitors amplifier

der short
Monitors potential

power
Adjusts level

power

Shorts amplifier
eliminate noise pickup.

Provides 8-ohm load
amplifier

Provides 4-ohm load
amplifier

for

Servicing

circuit

to

amplifier.

to

amplifier.

output

output

of

output

condition.

of

primary

primary

input

termination.

termination.

to

for

for

to

un-

6

9.

AM

ALIGNMENT

9.1

AM

IF

Alignment

1. Connect a

2.

Rotate

metrical

each

response.

sweep

core

PROCEDURE

generator

of

to

the J

IF transformer L 153

151

and

an

alignment

and

L 154

scope

to

the J 162.

for

maximum height

and

flat

top

sym-

9.2

AM

Frequency

1.

Set AM signal generator
tuning pointer at the

2.

Set the signal generator
and adjust the oscillator
output.

3.

Repeat the step 1

4.

Set the generator

core

of

AM ferrite rod antenna

5.

Set the generator

trimming

6.

Repeat the step 4

Note: During tracking alignment reduce the signal generator

action.

capacitors

Range

and Tracking Alignment

low

end.)

to

and 2 until

to

600KHz

to

1400KHz

of

antenna

and 5 until

to

525KHz.

and

adjust the oscillator coil L 152

1650KHz.

trimmer

no further adjustment

and

tune the receiver

and

and
and

no further adjustment

Turn the tuning capacitor

Place

on

the oscillator tuning capacitor

RF

coil L
tune the receiver
RF

tuned

the tuning pointer in the high frequency

is

necessary.

to

the

151

for

maximum output.

to

circuit

for

is

necessary.

fully

for

maximum audio output.

for

same

frequency

the

same

frequency

maximum output.

output

as

necessary

closed (place the

end

maximum audio

and

adjust a slug

and

acijust both

to

avoid AGC

10. FM

1.

2.

3.

4.

5.

6.

7.

10.1 Stereo Separation Alignment

1.

2.

3.

ALIGNMENT

Connect a FM signal generator
audio distortion analyzer
Set the
frequency
obtain maximum audio output.
Set the FM
and place the tuning pointer at the high frequency

C106

Repeat the step 2
Set the FM
generator
Adjustthe
audio distortion.
Setthe
capacitor C102, C104
Adjust the secondary core(upper)of discriminator transformer L201

meter pointer indicates its center at no signal applied. Set the FM

its

tuning meter pointer indicates its center. Adjust the primary core (lower)
minimum distortion.

Set the
the center tuning meter pointer indicates its center.
Modulate the FM
course a
then, modulate the signal generator

signal and
Adjust the

FM

SG

end

SG

for

maximum output.

SG

output

antenna coil L 101,

FM

SG

output

level

FM

SG

pilot

again

trimming

PROCEDURE

to

the FM

to

the TAPE OUTPUT jacks on the rear panel.

to

87.5MHz

by rotating the tuning knob

to

108.5MHz

and 3 until

to

90MHz

until

to

106MHz

to 1 KµV

to

provide 1 Kµ V at 98M

SG

signal must

adjust the core

resistor R365

and

provide about 3

and

provide about 3

no further adjustment

and

tune the receiver

the audio

and

and

C105

with

be

output

RF

coil

L102andL103

tune the receiver

for

minimum distortion.

and tune the receiver

stereo composite signal consisting
included). Adjust the core

with

of

L301

for

for

maximum

ANTENNA

to

and

level

decreases

to

Hz.

Tune the receiver

a stereo composite signal consisting

maximum audio output.

and

terminals and a oscilloscope

5µV.

adjust the core

to

to

the

to

Place

the tuning pointer at the

of

oscillator coil L 104

5µV output. Rotate the tuning knob

end

and

adjust the

is

necessary.

the

same

frequency.

with

the decreasing generator output.

and

IF transformer L 105

same

frequency.

so

SG

to

the

same

frequency

to

the

same

of

only

of

L301

for

maximum audio

same

separation in both channels.

and

trimming

Adjustthe

that

the center tuning

98MHz and increase

so

frequency

subchannel signal

of

capacitor

Decrease

for

minimum

trimming

that

the center

of

L201

output.

only

L channel

signal

so

an

low

to

for

that

(of

10.2 Muting

1.

Connect a

0.

75V

DC

2.

Set the FM
correctly.

Circuit

VTVM

at no signal.

SG

to

Alignment

across

provide 1 KµV at 98MHz and tune the receiver

the resistor R487 and adjust the resistor R487

to

until

the

the meter

same

frequency

reads

7

-----

----

.-.•-:.-.

3. Turn on MUTING pushswitch.
and

note both plus

are

muted out. Adjust the R487

side

response.

11.

AUDIO ADJUSTMENT

1.

Connect a
VTVM

and adjust the R629

2.

Connect a

VTVM

and adjust the R614

12.

AUTOMATIC VOLTAGE REGULATOR ADJUSTMENT

Connect a

under no

reads

reads

signal

VTVM

10mV

VTVM

VTVM

condition.

OV

DC.

and

minus shifted frequencies at which undesirable audio

to J613(+)

DC.

For the other channel connect the

for

the

to

J629(+)

For the other channel connect the

until

the

to

J802(+)

Shift

and

same

and

VTVM

and

the

so

that

J629(-)

reading.

J623(-)

reads

J820(-)

FM

the

and

and

OV

DC.

and

signal generator frequency

same

shifted frequencies mute the undesirable

adjust the trimming resistor R628 until the

VTVM

adjust the trimming resistor R613

VTVM

adjust R809

to

to

until

to

J614(+)

J630(+) and

the

VTVM

plus

side

and

and

responses

J630(-)

until

J624(-)

reads

minus

35 V

the

START

POINTER

8

Figure

1.

Dial

Stringing

S002-1

M010 S002-2 M009 S002-4 R905 R907 R906

S551-1

t

......

S551-2 Tuning Knob S551-4

-0

··••

I·~·-\~

R012

S004

Figure

2.

Front

R767

Panel

R768 S551-3 R013 S007

Adjustment

and

Component

Locations

Figure

3.

Main

Chassis

Component

Locations

(Top

View)

9

-----------·~

J013

J012

J015

J030

J014

W001

J019

J029

J020

J002

Figure

R004

I

4.

Rear

J010

J011

Panel

J001

Adjustment

JOOS

J009

and

S001

J007

Component

J016

Locations

P58Q----;..,=-­C006-__,..=-

Figure

5.

Main

Chassis

Component

5--=---coos

Locations

P500
P400

---;?---P580

(Bottom

View)

·o

-

Figure

Figure

6.

FM

7.

Front

AM

End

Tuner

Assembly

Assembly

PtDO

P150

Ci>mponent

Component

Locations

Locations

11

-----------·~

c

"'

Q

·.;::::

ra

~

Q

.....

.....

c

Q.I

c

Q

CL

E

Q

(.)

=

=

N

a.

>

::i5

E

Q.I

"'

C(

"'

...

Q.I

t§

CL

E

C(

u..

:a:

u..

cci

!

=

en

i.i:

(&

12

Figure

9.

MPX

Stereo

Decoding

Amplifier

Assembly

P300

Component

Locations

Figure

10.

Pre,

Tone

Amplifier

Assembly

P400

Component

Locations

13

-----------·~

14

Figure

11.

Noise

and

DC

Amplifier

P470

Component

locations

Figure

13.

Loudness,

Hi-Filter

and

Figure

Speaker

P550

12.

Vari-Matrix

Figure

Switch
Component

Unit

Unit

Assembly

14.

Temperature

Assembly

Locations

P500

Component

Compensation

P580

Component

Locations

Unit

Assembly

Locations

15

9P

J607

.....

C605

+

Locations

R628

~

627
H

~

~

& I & .

~

~

J613
5

r'
J6

I
J61

J629

J619

J617

....

J628

.

Component

P600

Assembly

Amplifier

Power

15.

Figure

(o)

-It--

; • d:o
db

f '

c!::.

'
c!::.

'

c!::.

'
c!::.

' •
cl:.

' •
cl:.

J622

J618

J620

J630

J612

'

J6f6

J614

(0
J6

C705

--n-

+

......

C703

•

Figure

16.

Phono

Amplifier

Assembly

P700

Component

Locations

H G

Figure

17.

Tone

I:: . E:

Control

Unit

Assembly

c

P750

Component

Locations

17

db

J856

<:::

Locations

Locations

db

db

+ •

,I

,1

c;:

J85
AC

!Jss4

iii

co

853
H'

I )

0

.

~

··

.

m

...,

c+Jg

H851

()

H852

...,

<t

....,

....,

....,

a;

-

ce:i

r<>

iii

c;::i

N

iii

c+Jeii

c;::i

7

qp

J852

AC

qp

J853

~

J855

C808

c!::J

Component
P850

J906 J902

db

904

Assembly

J

c!::J

Rectifier
AC

19.

Figure

Locations

~

Component

:S:TVIAR

P900

Assembly
Unit

Control

Balance

20.

Figure

0

'"'

•

c!:::JID

...,

~

~814

·~815

~

...,

(X)

~3

crr

...

.

1:

~

~

:

TT

w·06oHOOS

1

J r

ft·+

~
~i

c!:::J

8·

::c

(X)

(ii =

u u

- 0

iii

gi

./

C!!.,..o,...,'-....._

CX>

~loo

;:::

\

-0

~

-0

-0

~

-0

~

J806

J805

J819

J820

J803

J804

J802

Component
PBOO

c:!::J

Assembly

c!::J

Unit

J 9 o 5

Supply

c!::J

9o1

Power

J

c!::J

18.

9 O 7

Figure

c!!!:}

J 9 o 3

c!::J

J909

R901

e--l\NVlr--e

(

~

R902

~

'

c::-1

C"..::l

...

CXl

r

I

j R

I
I
I

I

I

J;o;--

!01

1

----

H;;~;;~

~o

2SC372

HF2Hc3;;01c

2SK30Y

I

OUAO RACIAL

OUTPU

T

-

--

- - - - ·

,----

P300

uo2

--

- -

•

TA

T

OUT - I

.C.PE

our-2

5001

ANTENNA ATTENUA

5002

TAP!:MONL

S00

4 REM

5005

MOO

SELECTOR

A M

<])MONO

FM

@2CH

PHON0@01SCRETE

TAPE @VARI-MA

@s

AUX I

2@

AUX

CLOCKWISE

AM

MONO LOCAL

PE

OTE'. CONT

E

JllOOE

o - D

POSITION

TOR

fMMONOMITTING

ROL

TRIX

ECODE

R

~-{'J

~--{,,_.-

-<J

}-_,._-(,>-+-~

19

'

~--------·~

H216,217.220,221,224.225,228,229

HDIOOll05 ( 1515551

-H=31--1

HD

1000302

!20A90M

R273

,00,

I

JZ07.I

J2081

J210

1

I

I

C245

IO;iF

I

+16V

J211

----

HT307322 A HTl04942A

.---i2SC732BuorGr 2SA494GrorY

I I

H309,

--

--

310

H 311 , 312

HJl3

.314

HT306441C

2SC644T

---

H315

HD

.316

1000105
IN60

- -

---,

H317--..

JZO

HDI000302

20A90M J

;~J

CONNECTION

,.....--,

1

01

0 O

\€,:}'

H151Nl54

H301-307

H309....,.314

H405-408

H479.,,..481

H413-416

H601-604

HTI06401

2SA640L

HD3003009

I

WZ-177

H615

l

H605.506

HT30875JL

2SC875C

H607...,610

"'06

C : COLLECTOR

B:

H607.608

HT309451
2SC945Q

~
~

BASE

Q

H701,.,706

HBOJ.805

H609.610

HTl07331Q

2SA733Q

HSll.-..614

HK0743l9A

2SCl212

B.C.D

2sA743 e.c.o

I

I

l

~~§Wl:;i

r-:

p

I

- -

400

.,,

H=.,.,.:;:;-

HT313271T

2SCl327T

'''"

_

----;40s;::;o8.4-;-;:41-;--H-:;;;...,.'7i;

HTl07632A

2SA763W4or5

HT313272A

2SCl327

- -

Tors 33_5v H

_j

H;;;;-i

I

421

H8Sl,852

H02000601

UllC

H853.8S.

HD2000701

ur2c

20

IJ80235V

2

I

H~~~~j~

Ls1~1-~

HT:oe;;l4A

zso_.::1~ ~-r

HD3002109 HT4033110

~~o__:s~o~

HT309452A

H0~~9

_!!

-~

Figure

HV~110

_Rv

_

_J

21.

Schematic

I

Diagram

PARTS LIST

REF.

DESIG.

P100

R101

R102
R103

R104

R105
R106
R107
R108
R109
R110

R111
R112
R113
R114
R115

C102
C103
C104
C105
C106
C107
C108
C109
C110

C111
C112
C113
C114
C115
C116
C117
C118
C119
C120

C121
C122
C123
C124
C125
C127

L 101
L102
L103
L104
L105

H101
H102
H103

J101
J102
J103
J104

MARANTZ
PART

NO.

Y02819002
ZZ2856102

RT0556314
RT0510514
RT0510414
RT0522114
RT0522114
RT0510214
RT0547214
RT0522314
RT0522314
RT0512214

RT0510114
RT0510114
RT0510114
RT0522314
RT0510114

CT1100001
CT1100002
CT1100001
CT1100001
CT1100001
001615001
OK1710201 Ceramic
001105001
OK1710201 Ceramic 1000PF ±20%

001615001
OK1710201
OK1710301
001001001
001615001
OK1710301
OK1710301
001620003
001210006
001615003

001615003
OK1710301 Ceramic 0.01µF
OK1710301 Ceramic 0.01µF
OK1710301
OK1710301
OK1710301 Ceramic 0.01µF

LA1202603
LA1202604
LA1202605
L01202603
Ll1001601 I

HF200191A
HF200191B
HT305351B

YP1000094
YP1000094 Plug
57271240W
57271240W

P.W.
P.

RESISTORS
56Kn

1Mn
100Kn

220.n

220.n
1

K.11

4.7K.!1
22K.!1
22K.!1

1.2K.!1

100.n

100.n

100.n
22K.n

100.n

CAPACITORS
Trimming
Trimming
Trimming
Trimming
Trimming
Ceramic 15PF ±10%

Ceramic 5PF ±0.5PF

Ceramic
Ceramic 1000PF ±20%
Ceramic 0.01µF ±20%
Ceramic
Ceramic 15PF ± 10%
Ceramic 0.01µF ±20%
Ceramic 0.01µF ±20%
Ceramic
Ceramic 10PF ±1PF
Ceramic 15PF

Ceramic 15PF ±10%

Ceramic 0.01µF ±20%
Ceramic

COILS/TRANSFORMER
Ant
RF Coil R186
RF Coil R187
OSC

FT

SEMICONDUCTORS C151 OF1740301
Transistor
Transistor 2SK19G
Transistor 2SC535B

MISCELLANEOUS
Plug

Lug Eyelet
Lug Eyelet

W.

B.
B.

Coil

Coil

DESCRIPTION

Ass'y

FM

(All

resistors are ±5%

%W.)

and

1.5-10PF

1.5-10PF

1.5-10PF

1.5-10PF

1.5-10PF
1000PF

15PF ±10%

1.0PF ±0.25PF

20PF ±10%

0.01µF ±20%

2SK19Y

Front

±10%

End

±20%

±20%
±20%

±20%

REF.

DESIG.

J105
J106
J107
J108 57271240W
J109

1009 273010903
L004

LOOS
P150

R151
R152
R153
R154
R155
R156
R157
R158
R159
R160

R162
R163
R164
R165
R166
R167
R168
R169
R170

R171

R172
R173

R174
R175
R176
R177

R178
R179
R180

R181
R182
R183
R184
R185

R188

C152 OF1710301
C153
C154
C155
C156
C157 OF1722301
C158 OF6545101
C160 OF1740301
C161

MARANTZ
PART

NO.

57271240W Lug Evelet
57271240W Lug Evelet

57271240W
57271240W

LC1332002
LC1332002

Y02818002
ZZ2856112

RT0533214
RT0522414
RT0539214
RT0510414
RT0522114
RT0533214
RT0515314
RT0527214
RT0582314
RT0515214

RT0518314
RT0518414
RT0510214 1 K.11
RT0515214
RT0518314
RT0547314
RT0510214 1 K.11
RT0522114
RT0515214

RT0522214
RT0547214
RT0522414
RT0522214
RT0556214
RT0510414
RT0510214 1 K.11
RT0510114
RT0522214
RT0510114

RT0582114
RT0556214
RT0512314
RT0582214
RT0510114
RT0556214
RT0522214
RT0510114

OF1740301
001105001
OF1740301
OF1747201

EA1060169

DESCRIPTION

Lug Evelet
Lug Evelet

Lug Evelet
Shield x 3
Choke Coil

Choke Coil
P.

W.

B.

P.

W.

B.

Ass'y

RESISTORS

3.3K.n
220K.n

3.9K.n

100K.!1

220.n

3.3K.!1

15K.!1

2.7K.!1

82K.!1

1.5K.!1

18K.!1

180K.!1

1.5K.!1

18K.n

47K.!1

220.n

1.5K.!1

2.2K.!1

4.7Kn
220K.!1

2.2Kn

5.6K.n
100K.!1

100.n

2.2K.!1

100.n

820.n

5.

6K.n

12K.n

8.2K.!1

100.n

5.6K.n

2.2K.!1

100.n

CAPACITORS

0.04µF ±20%

Film
Film

0.01µF

0.04µF ±20%

Film

Ceramic 5PF

Film

0.04µF

Film

0.0047µF

0.022µF ± 20%

Film

450PF ±5%

Film
Film

0.04µF

Electroly

AM

Tuner

(All

resistors

and%W.)

±20%

±11

..

SPF

±20%

±20%

±20%

10µF 16V

are

±5%

21

-

REF.

DES

C1
C1
C1
C1
C166
C167
C168
C169
C170
C171

C172 DF1740301
C173 EA1060169 Electroly

C174 DF1740301
C175 EA1060169 Elect roly
C176 DF1740301 Film
C177 DF1740301
C178
C179 DF1740301
C180 EA1060169
C181

C182
C183 EA1060169
C184 EA1070169

151

L

L152

L153

L154

H151 HT309411B
H152
H153
H154
H155
H156
H157
H158
H159
H160

J151
J152 YP1000094 Plug
J153 YP1000094
J154 YP1000094
J155 YP1000094 Plug
J156 YP1000094 Plug
J157 YP1000094 Plug
J158
J159
J160 YP1000094 Plug
J161 YP1000094

J162

P200 YD2856001

R201

R202 RT0510114 100!1

R203

R204

R205

MARANTZ

IG.

PART

NO.

EA1060169

62

DF1740301

63

EA1060169

64

EA1060169

65

EA1060169
DK1710201 Ceramic
DF1747201
DF1722201
DF1668301
EA1060169

EA1060169

EA1060169 Electroly

DD1620001

LA1001017
L01001042
Ll1028002

Ll1001048

HT309411B Transistor 2SC941-0
HT303Y210
HT3037210
HT306441C Transistor
HD1000105
HD1000105
HD1000105
HD1000105
HD1000105

YP1000094 Plug

YP1000094 Plug
YP1000094 Plug

YP1000099

ZZ2856001

RT0510114 100!1

RT0512314 12K!1
RT0547214
RT0510214 1K!1

Electroly
Film
Electroly
Electroly
Electroly 10µF

Film
Film
Film
Film

Film

Film

Film 0.04µF ±20%
Electroly 10µF
Film
Electroly 10µF

Ceramic
Electroly 10µF
Electroly

COILS/TRANSFORMERS
RF Coil
OSC

Coil

I

FT

IF

T

SEMICONDUCTORS/PLUGS
Transistor 2SC941-0

T rarisi st
Transistor

Diode

Diode
Diode

Diode 1N60
Diode

Plug
Plug

Plug
Plug

P.W.
P.

W.

RESISTORS

4.7K!1

DESCRIPTION

0.04µF ±20%

4700PF ±20%
2200PF ±20%

0.068µF
10µF 16V

0.04µF

0.04µF ±20%

0.04µF ±20%

0.04µF

or

B.
B.

Ass'y

10µF
10µF

10µF

1000PF ±20%

±10%

±20%
10µF

10µF

±20%
10µF
20PF
10µF

2SC372
2SC372
2SC644T
1N60
1N60
1N60

1N60

IF

(All

resistors

andY..W.)

16V
16V

16V

16V

16V
16V

16V
16V

16V

±10%

16V
16V

are

±5%

REF.

DESIG.

R206
R207 RT0510314 10K!1
R208 RT0533314 33K!1
R210
R211 RT0515214

R212
R213 RT0547114 470!1
R214 RT0510214
R215
R216 RT0515214 1.5K!1
R217
R218 RT0515114
R219 RT0510214 1K!1
R220 RT0510214 1K!1
R221 RT0518314 18K!1

R222
R223
R224 RT0515114 150!1
R225 RT0510114
R226
R227 RT0533214
R228
R229
R230
R231 RT0515114 150!1

R232 RT0510414 100K!1
R233
R234 RT0522314
R235 RT0510114 100!1
R236 RT0522114 220!1
R237
R238
R239 RT0515114
R240 RT0510214
R241

R242
R243 RT0510114
R244 RT0510414 100K!1
R245 RT0527114 270!1
R246 RT0582214 8.2K!1
R247 RT0515314
R248 RT0515114 150!1
R249 RT0510214
R250
R252

R253 RT0515114 150!1
R254
R256 RT0512314 12K!1
R257
R258 RT0515314 15K!1
R259 RT0515114 150!1
R260

R261 RT0522314 22K!1
R262 RT0522314
R263

R264

R265 RT0582114 820!1

R266

R267 RT0510314 10K!1

R268 RT0510114 100!1
R269

MARANTZ
PART

NO.

RT0522214

RT0539014 39!1

I

RT0533214

RT0510114
RT0533214

RT0510414 100K!1
RT0575014 75!1

RT0582114 820!1
RT0515114

RT0510214 1K!1
RT0510214

RT0527314 27K!1

RT0582214
RT0515314 15K!1

RT0510214 1K!1

RT0568314 68K!1

RT0510214 1K!1
RT0510414 100K!1

RT0591214 9.1K!1
RT0556214

RT0510214 1K!1

RT0522114 220!1

RT0582114

RT0510314

RT0515314 15K!1

2.2K!1

1.5K!1

3.3K!1
1K!1

100!1

3.3K!1
150!1

150!1

3.3K!1
150!1

1K!1

22K!1

8.2K!1

150!1

1K!1

100!1

15K!1
1K!1

5.6K!1

22K!1

820!1
10K!1

DESCRIPTION

22

REF.

DESIG.

R270
R271
R272
R273

R274
R275
R276
R277

C201
C202
C203
C204
C205
C206
C207
C208
C209
C210

C211
C212
C213
C214
C215
C216
C217
C218
C219 DD1620101
C220

C221
C222
C223
C224
C225
C226
C227
C228
C229
C230

C231 DK1710201
C232

C233
C234
C235

C236
C237
C238

C289
C240

C241

C242

C243

C244

C245

C246

C247 DK1710301

C248

F201
F202
F203

MARANTZ
PART

NO.

RT0510114
RT0510114
RT0556214
RT0510414

RT0518414
RT0510414
RT0522214
RT0510114

DK1710301
DK1710301 Ceramic
DK1840302
DK1710301 Ceramic
DD1620101 Ceramic
DK1710301 Ceramic
DK1710301 Ceramic
DK1810402
DK1710301 Ceramic
DK1840302

DK1840302
DK1840302
DK1710301
DD1620101
DK1710301 Ceramic
DK1710301 Ceramic
DK1840302
DK1710301 Ceramic

DK1710301 Ceramic
DK1710301 Ceramic

DK1840302
DK1710301
DK1710301 Ceramic
DD1620101 Ceramic
DK1710301 Ceramic
DK1710301 Ceramic
DK1840301
DK1710301
DK1710301 Ceramic

DK1810402
DK1710301 Ceramic
DK1710301
DK1840302
DK1710301
EA1060169
DD1620101
DD1620101
EA1070

DD1620101 Ceramic
EA1070169

DK1840302
EA1050509
EA1060169
EA1060169

DD1540001

FF1107004
FF1107004
FFl

107004

10011
10011

5.6K11
100K11

180K11
100K11

2.2K11
10011

CAPACITORS
Ceramic

Ceramic

Ceramic
Ceramic 0.04µF
Ceramic

Ceramic
Ceramic
Ceramic 200PF

Ceramic
Ceramic

Ceramic
Ceramic 0.

Ceramic
Ceramic

Ceramic
Ceramic 0.1µF

Ceramic
Ceramic
Ceramic

Electroly

Ceramic
Ceramic

109

Electroly

Electroly

Ceramic

Electroly
Electroly
Electroly
Ceramic 0.
Ceramic

FILTERS

Ceramic
Ceramic
Ceramic

DESCRIPTION

0.1µF

0.01µF ±20%

0.04µF

0.01µF
200PF ±10%

0.01µF ±20%

0.01µF ±20%

0.1µF

0.01µF ±20%

0.04µF +80

0.04µF +80

0.01µF ±20

0.01µF

0.01µF

0.04µF

0.01

µF

200PF

0.01µF

0.01µF

0.04µF
01µF
01µF

0.

200PF

0.01µF

0.01µF

0.04µF

0.01µF

0.01µF
001µF

0.

0.01µF

0.01µF

0.04µF

0.01µF

10µF
200PF
200PF
100µF

200PF
100µF

0.04µF

1µF
10µF
10µF

01µ

F

40PF

CFS107M
CFS107M
CFS107M

±20%
+80%-20%

±20%

+80%-20%

+80%-20%

%- 20%
%-20%
%

±10%
±20%
±20%
+80%-20%
±20%
±10%
±20%

±20%
+80

%-20%
±20%
±20%
±10%
±20%
±20%
+80%-20%
±20%
±20%

±20%

+80%-20%

±20%
±20%
+80

%-20%

±20

%
16V
±20%
±20%
10V

±20

%
16V
+80%

-20
50V
16V
16V
±20%
±5%

%

REF

DESIG.

H201
H202
H203
H204
H205
H206
H207
H208
H210
H211

H212
H213

H214
H215
H216
H217
H218
H219
H220
H221

H222
H223
H224
H225
H226
H227
H228
H229
H230
H23

1

L201
L202

J201
J202
J203
J204
J205
J206

J207
J208
J209
J210
J211

P300

R301
R302
R303
R304
R305
R306
R307
R308
R309
R310

R311

MARANTZ

.

PART

NO.

HT308291C
HT308291C
HT308291C Transistor 2SC829C
HT308291C Transistor 2SC829C
HT308291C
HT308291C Transistor 2SC829C
HT308291C Transistor
HT306441 B Transistor 2SC644S
HD1000105
HD1000105

HD1000105
HD1000105
HD1000105
HD1000105
HD2001105
HD2001105
HD1000105
HD1000105
HD2001105
HD2001105

HD1000105
HD1000105
HD2001105
HD2001105
HD1000105
HD1000105
HD2001105
HD2001105
HD1000302
HD1000302

Ll1401623
LC1332002

YP1000094 Plug
YP1000094 Plug

YP1000094
YP1000094
YP1000094 Plug
YP1000094
YP1000094

YP1000094
YP1000094
YP1000094
YP1000094 Plug

YD2818004
ZZ2856104

RT0510214
RT0547414
RT0547414
RT0515214
RT0527314
RT0512314
RT0512214
RT0515214
RT0522214
RT0527314

RT0539114

SEMICONDUCTORS
Transistor 2SC829C
Transistor

Transistor

Diode.
Diode

Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode

Diode

Diode

Diode

Diode
Diode
Diode
Diode
Diode

Diode
Diode
Diode
Diode

MISCELLANEOUS
IFT
Choke Coil

Plug
Plug

Plug
Plug

Plug

Plug

Plug

P.
P.

RESISTORS

1K11

470K11

470K11

1.5K11

27K11

12K11

1.2K11

1.

2.2K11

27K11

39011

DESCRIPTION

W.

B.

W. B. Ass'y

5K11

2SC829C

2SC829C
2SC829C
1N60

1N60
1N60

1N60
1N60
1N60
151555
151555
1N60
1N60
151555
151555

1N60
1N60
151555
151555
1N60
1N60
151555
151555
20A90M
20A

'90M

FM

3µH

MP

X Stereo

(All

resistors are
±5% and
otherwise indicated.)

Decoding

%W,unless

23

EF. M

OESIG.

':;13

q313

314

315
R316
R317 R
R318 RT

319 RT0515114

R320
R321

R32
R323
R324
R325
R326
R327
R328
R329
R330

R331
R332
R333
R334
R335

I

R336

R337
R

338

R339

R340

I

R

341
R342
R343
R344
R345
R346
R347
R348
R349
R350

R351
R352
R353
R354
R355
R356
R357
R358
R359
R360

R361
R362
R363
R364
R365
R366
R367
R368
R369
R374

R375

ARANTZ

PART

2

RT05122 14

RT0510214
RT0510214
RT0510214

T0510214

R

T0510314

R

T0510414

RT0522114

2 RT0522414

RT0522414
RT0533014
RT0512414
RT0515314
RT0556214
RT0533314

RT0522414
RT0568314

RT0556314
RT0518414
RT0510414
RT0512414
RT0515314
RT0515314
RT0510414
RT0510414
RT0582414
RT0582414

RT0512214
RT0512214
RT0522314
RT0522314
RT0568214
RT0568214

RT0510214
RT0510214
RT0512214
RT0512214

RT0536214
RT0536214
RT0582314
RT0522214
RT0556314
RT0510414
RT0547414
RT0547414
RT0522414
RT0522414

RT0547214
RT0547214
RT0518214
RT0556114
RA0502013
RT0522414
RT0522414
RT0547114
RT0547114
RT0568214

RT0582214

NO.

0515314

DESCRIPTION

1.2Kn
1Kn
1K.Q
1K.Q C303
1Kn
10Kn
15K.Q C311

150.Q
100Kn

220.n
220Kn
220Kn

33.Q
120Kn
15K.Q

5.6Kn
33Kn
220Kn
68Kn

56K.Q
180Kn
100K.Q
120Kn

15K.Q
15Kn
100Kn
100K.Q

820Kn
820Kn

1.2Kn

1.2Kn

22Kn
22K.Q

6.8Kn

6.8K.Q
1Kn
1K.Q

1.2Kn

1.2Kn

3.6K.Q

3.6Kn

82K.Q

2.2K.Q

56Kn
100Kn
470K.Q
470K.Q
220K.Q
220K.Q

4.7Kn

4.7Kn

1.8Kn

560.Q

Trimming

220Kn
220Kn

470.Q

470.Q

6.8Kn

8.2Kn

5K.Q

REF.

DESIG.

C301
C302

C304 DF1647201
C306

C312
C315 DF1522301
C316 DF1522301
C317 DF1722401

C318 DF1722401
C319
C320
C321
C322
C323
C324 EM1040201
C331
C332
C333 EV1050251 Electroly

C334
C335
C336

L301 LS1001007

L302

L304

L305

H301

H302

H303

H304

H305

H306

H307

H308

H309

H310

H311

H312

H313

H314

H315

H316

H317

H318

H319

H320

J301
J302
J303 YP1000094

J305
J306 YP1000094
J307 YP1000094
J308 YP1000094

J312
J313

MARANTZ
PART

NO.

CAPACITORS
EA1060169
EA1060169
DF5547203

EA1060169
EA1060169
EA2270169

EA1060359
EA1060359
EA1060169
EA1060169
EA1070109

EA4750359
EA4750359

EV1050251
EA2270259
EA3360109

LS1503002
LS1503001 MPX
LS3501002 MPX

HT3037210
HT3037210
HT3037210
HT3037210
HT3037210
HT3037210
HT3037210
HF200301C
HT307322A
HT307322A

HT104942A
HT104942A

HT306441C

HT306441C Transistor 2SC644T
HD1000105
HD1000105
HD1000302
HD1000302
HD1000302
HD1000302

YP1000094 Plug
YP1000094 Plug

YP1000094

YP1000094
YP1000094 Plug

El

Electroly

Film

Film

Electroly 10µF

Electroly

Electroly 220µF

Film

Film

Film

Film

Electroly 10µF

Electroly 10µF

Electroly 10µF

Electroly 10µF

Electroly 100µF

Electroly

Electroly 0.47µF

Electroly

Electroly

Elecctroly 220µF

Electroly
COILS

MPX
MPX

SEMICONDUCTORS/PLUGS
Transistor 2SC372
Transistor 2SC372
Transistor 2SC372
Transistor
Transistor 2SC372
Transistor
Transistor

FET

Transistor 2SC732 Bu or Gr
Transistor

Transistor 2SA494 G
Transistor
Transistor

Diode

Diode

Diode

Diode
Diode
Diode

Plug
Plug

Plug
Plug
Plug

Plug

ectroly

DESCRIPTION

10µF
10µF
4700PF
4700PF

10µF

0.022µF

0.022µF

0.22µF

0.22µF

0.1µF

0.47µF
1µF

1µF
33µF

19KHz

19.38KHz

19.67KHz

L.

P.

F.

2SC372
2SC372

2SC372
2SK30Y

2SC732

2SA494 Gr, Y
2SC644T

1N60
1N

60

20A

90

M

20A90

M
20A90M
20A

90M

Bu

16V

16V
±5%
±10%
16V
16V
16V
±5%
±5%
±20%

±20%
35V
35V
16V
16V
10V
20V
35V
35V
25V

25V
25V
10V

Amp
Block
Trap

or Gr

r,

Y

.

REF.

DESIG.

J314
J315

P400

R401
R402
R403
R404
R405
R406
R407
R408
R409
R410

R411
R412
R413
R414
R415
R416
R417
R418
R419
R420

R421
R422
R423
R424
R425
R426
R427
R428
R429
R430

R431
R432
R433 RN1022514
R434
R435
R436
R437
R438
R439
R440

R441
R442
R443
R444
R445
R446
R447
R448
R449
R450

R451
R452
R453
R454

MARANTZ
PART

NO.

YP1000094 Plug R455
YP1000094 Plug

YD2855009
ZZ2856109

RT0539114
RT0539114
RT0539114
RT0539114
RT0515414
RT0515414
RT0515414
RT0515414
RT0510414
RT0510414 I 100Kn

RT0510414
RT0510414
RT0522314
RT0522314
RT0522314
RT0522314
RT0527314
RT0527314
RT0527314
RT0527314

RT0520214
RT0520214
RT0520214
RT0520214
RT0510214 1 Kn
RT0510214 1 Kn
RT0510214 1 Kn
RT0510214
RT0575214
RT0575214

RT0575214
RT0575214

RN1022514
RN1022514
RN1022514
RT0568314
RT0568314
RT0568314
RT0568314

RT0510314
RT0510314
RT0510314

RT0510314
RT0510314
RT0510314

RT0510314
RT0510314

RT0522114
RT0522114

RT0522114
RT0522114
RT0510114
RT0510414

DESCRIPTION

P.

W.

B.

P.

W.

B.

Ass'y

RESISTORS

390n
390n
390n
390n
150Kn
150Kn
150Kn
150Kn
100Kn

100Kn
100Kn
22Kn
22Kn
22Kn
22Kn
27Kn
27Kn
27Kn
27Kn

2Kn
2Kn
2Kn
2Kn

1

Kn

7.5Kn

7.5Kn

7.5Kn

7.5Kn

2.2Mn

2.2Mn

2.2Mn

2.2Mn
68Kn
68Kn
68Kn
68Kn

10Kn
10Kn
10Kn
10Kn
10Kn
10Kn
10Kn
10Kn
22on
22on

22on
22on
1oon
100Kn

Pre

Tone

Amp

.

(All

resistors

and

%W,

otherwise indicated.)

±10%
±10%
±10%
±10%

are

unless

%W
%W
%W

±5%

%W

REF.

DESIG.

R456
R457

C401
C402
C403 DF1722402
C404

C405
C406
C407 EE1050501
C408 EE1050501
C409 EE3350501
C410

C411 EE3350501
C412
C413
C414 I EA1060359
C415
C416
C417 EE4740501
C418
C419 EE4740501
C420

C421 EE1060351
C422 EE1060351
C423 EE1060351
C424
C425
C426
C427 EQ1060161
C428
C429
C430

C431
C432
C433

H401
H402
H403
H404
H405
H406
H407
H408
H409
H410

H411
H412
H413
H414
H415
H416

J401 YP1000094
J402 YP1000094
J403
J404
J405

MARANTZ
PART NO.

RT0510414
RT0510414
RT0510414

DF1722405
DF1722405

DF1722402
EE1050501

EE1050501 Electroly 1µF

EE3350501

EE3350501
EA1060359

EA1060359
EA1060359

I

EE4740501
EE4740501

I

EE1060351 Electroly
E01060161
EQ1060161

EQ1060161
EA3370359
EA1070169

EA1070169
EA1070169
EA1070169

HT313271T
HT313271T
HT313271T
HT313271T
HT107632A
HT107632A
HT107632A
HT107632A
HT313272A
HT313272A

HT313272A
HT313272A
HT107632A
HT107632A
HT107632A
HT107632A

YP1000094
YP1000094
YP1000094

DESCRIPTION

100Kn
100Kn
100Kn

CAPACITORS

0.22µF

Film

0.22µF

Film
Film

0.22µF

0.22µF

Film
Electroly 1µF

Electroly 1µF
Electroly 1µF
Electroly 3.3µF
Electroly 3.3µF ±20%

Electroly 3.3µF
Electroly
Electroly 10µF
Electroly 1
Electroly
Electroly 10µF
Electroly 0.47µF ±20%
Electroly 0.47µF ±20%
Electroly 0.47µF
Electroly 0.47µF

Electroly 10µF
Electroly
Electroly

Electroly 10µF

ectroly

El
Electroly 10µF
Electroly 10µF
Electroly
Electroly

Electroly 1 OOµF
Electroly 100µF
Electroly 100µF

SEMICONDUCTORS/PLUGS
Transistor
Transistor
Transistor
Transistor
Transistor 2SA763W
Transistor 2SA763W 4
Transistor 2SA763W 4
Transistor 2SA763W
Transistor
Transistor

Transistor 2SC1327
Transistor
Transistor 2SA763W
Transistor 2SA763W 4
Transistor
Transistor 2SA763W

Plug
Plug
Plug
Plug
Plug

±20%
±20%
±20%
±20%
±20%
±20%
±20%
±20%
±20%

±20%

3.3µF

±20%
35V

OµF

35V

10µF

35V
35V

±20%
±20%

±20%
±20%

10µF

±20%

10µF

±20%

10µF

±30%

10µF

±30%
±30%
±30%

330µF

+50%-10%

100µF

+50%-10%
+50%

+50%-10%
+50%-10%

2SC1327(T)

2SC1327(T)
2SC1327(T)
2SC1327(T)

2SC1327
2SC1327

2SC1327

2SA763W 4

50V
50V
50V
50V
50V
50V
50V
50V
50V
50V

50V
50V

50V
50V
50V
50V

35V

35V
35V
35V
16V
16V
16V
16V

-10%

4or

4or
(Sor
(Sor

(Sor
(S

4

4

35V

16V
16V

16V
16V

or
or

T)
Tl

T)
orT)
or
or
or
or

5
5
5
5

5
5
5
5

25

-

REF.

DESIG.

J407 YP1000094

408

J409

J410
J411

412 YP1000094 Plug
J413
J414
J415 YP1000094

J416
J417 YP1000094 Plug
J418
J419 YP1000094
J420

J421
J422
J423
J424
J425 YP1000094 Plug
J426 YP1000094
J427

P470

MARANTZ
PART

YP1000094

06

YP1000094
YP1000094 Plug

YP1000094 Plug
YP1000094 Plug
YP1000094 Plug

YP1000094 Plug
YP1000094 Plug
YP1000094 Plug
YP1000094
YP1000094

YP1000094
YP1000094
YP1000094 Plug

YP1000094 Plug
YD2856002

ZZ2856002

NO.

I

R471
R472
R473
R474
R475
R476
R477
R479
R480
R481

R482
R483
R484

-R485
R486
R487
R488
R489
R491
R492

R493
R494

R495

R496
R497
R498

C471
C472

C473 DF1740301
C474
C475
C476

RT0556214
RT0510114
RT0527314
RT0510414
RT0510214
RT0533314
RT0533314
RT0533314
RT0533214
RA0103020

RT0522414
RT0510114
RT0510114
RT0515314
RT0533414
RA0103020
RT0522214
RT0510314
RT0527414
RT0510114

RT0515314
RT0512314
RT0527414

RT0510314

RT0522114
RT0510114

DD1615001 Ceramic
DF1668301

EA1060169
DK1840302
DK1810402

DESCRIPTION

Plug
Plug
Plug

Plug

Plug
Plug

Plug
Plug
Plug

Plug

P.

W.

B.

P.

W.

B. Ass'y

RESISTORS

5.6K51
10051

27K51
100K51

1K51
33K51
33K51
33K51

3.3K51
Trimming

220K51

10051

10051

15K51
330K51
Trimming

2.2K51

10K51

270K51

10051

15K51

12K51

270K51

10K51

22051

10051
CAPACITORS/COi

Film

Film

Electroly 1
Ceramic 0.04µF
Ceramic 0.1µF

Noise,

(All
±5% and
otherwise indicated.)

10K51

10K51

15PF ±10%

0.068µF ±10%

0.04µF ±20%
OµF

DC

resistors

J4W,

L

16V
+80%
+80%

Amp.

are

unless

±30%

±30%

-20%

-20%

REF.

DESIG.

C477
C478
C479
C480

C481
C482

L470

H471
H472
H473
H474
H475
H478
H479
H480
H481
H482

J470
J471
J472
J473
J474

J476
J478

J479
J480
J481 YP1000094 Plug
J482

J484 YP1000094
J485

P500

R501

R502

R503
R504

R505

R506
R507
R508
R509
R510

R511
R512 RT0556214 5.6K51
R513
R514
R515
R516
R517
R518
R519
R520

MARANTZ
PART

NO.

EA4750359
DK1810402
EA1060169
DK1710301

DK1710301 Ceramic
DK1840302

LC2105001

HT307331C Transistor
HT3037210
HT3037210
HD1000105
HD1000105
HF200300A
HT3037210
HT3037210
HT3037210
HD2001105

YP1000094
YP1000094
YP1000094
YP1000094
YP1000094

YP1000094
YP1000094

YP1000094
YP1000094 Plug

YP1000094

YP1000094 Plug
YD2851001

ZZ2856101

RT0515414
RT0515414
RT0556314
RT0556314
RT0522414
RT0522414
RT0533414

RT0533414 330K51
RT0556214

RT0556214

RT0556214

RT0568214

RT0568214

RT0568214

RT0568214

RT0547314

RT0547314
RT0547314
RT0547314

Electroly

Ceramic

Electroly 1

Ceramic 0.01µF

Ceramic 0.04µF +80% -20%

Choke Coil 1mH
SEMICONDUCTORS/PLUGS
Transistor 2SC372

Transistor 2SC372
Diode
Diode
FET
Transistor
Transistor
Transistor
Diode

Plug
Plug
Plug
Plug
Plug

Plug
Plug

Plug

Plug
Plug

P.
P.

ERSISTORS
150K51

150K51
56K51
56K51
220K51
220K51
330K51

5.6K51

5.6K51

5.6K51

6.8K51

6.8K51

6.8K51

6.8K51
47K51
47K51
47K51
47K51

W.
W.

B.
B.

Ass'y

DESCRIPTION

4.

7µF

35V

0.1µF
OµF

0.01µF ±20%

Vari-Matrix

+100%
±20%

2SK30

(All

resistors

±5% and

16V

2SC733

1N60
1N60

2SC372
2SC372
2SC372
1S1555

J4W.)

-0%

Gr

are

-

REF.

DESIG.

R521
R522
R523
R524
R525
R526
R527
R528
R529
R530

R531
R532
R533
R534
R535
R536
R537

J501 YP1000094
J502
J503 YP1000094
J504
J505
J506
J507 YP1000094
J508
J509 YP1000094
J510 YP1000094
J511 YP1000094
J512

C501
C502
C503
C504 EE3350501
C505
C506 EE3350501
C507
C508 OF1747305
C509 OF1747305
C510

C511
C512
C513 EE3350501
C514 EE3350501 Electroly 3.3µF
C515
C516
C517
C518
C519

H501 HT313271S Transistor 2SC1327 S
H502
H503
H504
H505
H506

1114
1126 51100306S

1127

MARANTZ
PART

NO.

RT0547414
RT0547414
RT0568314
RT0568314
RT0512514
RT0512514
RT0510214
RT0510214
RT0522314
RT0522314

RT0515314
RT0515314
RT0510414
RT0510414

RT0510214

RT0510214
RT0522114

YP1000094
YP1000094

YP1000094
YP1000094

YP1000094

YP1000094

EE4740501 Electroly 0.47µF
EE4740501
EE3350501 Electroly 3.3µF

EE3350501
OF1747305

OF1747305
EE3350501 Electroly 3.3µF ±20% 50V

EE3350501 Electroly 3.3µF ±20%

EA2260359
EA2260359
001650101
001650101
EA1070359

HT313271S Transistor 2SC1327 S
HT313271S Transistor
HT313271S Transistor 2SC1327 S
HT106401 L Transistor 2SA640 L
HT106401 L Transistor

281910101

511003069

470K.Q

470Kn
68Kn
68Kn

1.2Mn

1.2Mn

1Kn

1Kn

22K.Q

22K.Q

15Kn

15Kn

100K.Q

100K.n

1K.Q

1Kn

220.n

PLUGS

CAPACITORS
Electroly 0.47µF ±20% 50V
Electroly 3.3µF ±

Electroly
Electroly 3.3µF ±

Film

Film

Film

Film

Electroly
Electroly· 22µF +100%

Electroly
Ceramic 500PF
Ceramic
Electroly

SEMICONDUCTORS

MISCELLANEOUS
Support

B.
B.

DESCRIPTION

3.3µF

0.047µF ±

0.047µF

0.047µF ±20% 50V

0.04µF

3.3µF ±20%

22µF +100%
500PF

100µF+100%-10%

x2

H. M. Screw
H. M. Screw x 4

x10

±20%
±20%

20%

±20%

20%
20%

±;om%
±

20%

±20%

-10%

-10%
±10%
±10% 50V

2SC1327 S

2SA640 L

50V

50V
50V
50V

50V

50V
50V

50V

50V

50V

50V

35V
35V
50V

35V

REF.

DESIG.

P600

R601
R602
R603
R604
R605
R606
R607
R608
R609
R610

R611
R612
R613
R614
R615
R616
R617
R618
R619
R620

R621
R622
R623 RC1018212
R624
R625
R628
R629
R630
R631
R632

R633
R634 GF0527114
R635
R636
R637
R638
R639
R640
R641
R642 GF0512114

R643 GF0512114
R644
R645
R646 GT0510002
R647 GT0510002 10.n
R648
R649
R650
R651
R652

R653
R654
R655
R656

R657 RW1000503 0.5.n

R658

R659

MARANTZ
PART

NO.

Y02855004
ZZ2856114

RT0510214
RT0510214
RT0533314
RT0533314
RT0568214
RT0568214
RT0510214
RT0510214
RT0533314
RT0533314

RT0515314
RT0515314
RA0502017
RA0502017
RT0522414
RT0522414
RT0510214
RT0510214
RT0533314
RT0533314

RC1010212 1K.Q
RC1018212 1.8K.Q

RC1047212
RC1047212
RA0501010
RA0501010
RC1010012
RC1010012
GF0518114

GF0518114 180.Q
GF0527114

GF0515214
GF0515214
GF0515214 1.
GF0515214
RT0547214
RT0547214

GF0512114
GF0512114

GF0510012 10.n
GF0510012
GF0522112
GF0522112
GF0510012 10.n

GF0510012
GF0522112
GF0522112 220.n
RW1000503

RW1000503 0.5.n
RW1000503 0.5.n

P.
P.

RESISTORS

1Kn
1Kn
33Kn
33K.Q

6.8K.Q

6.
1K.Q
1K.Q

33K.Q
33K.Q

15K.Q
15Kn

Trimming
Trimming
220K.n
220K.Q
1Kn
1Kn
33Kn
33K.Q

1.8Kn

4.7Kn

4.7Kn

Trimming
Trimming

10.n

10.n

180.n x 2

270.Q

270.Q

1.

1.5Kn

1.5Kn

4.7K.Q

4.7Kn

120.n

120.n

120.n

120

10.n

10.n

220.n

220.n

10.n

220.n

0.5.n

W.
W.

8Kn

5Kn
5Kn

.n

DESCRIPTION

B.

Main

B.

Amp.

Ass'y

(All
±5% and
otherwise indicated.)

x2

x2
x2
x2
x2
x2
x2
x2
x2
x2

x2
x2

x2
x2
x2
x2
x2
x2

±10%
±10%
±10%
±10% 'hW
±10%

±10%
±10%

x 2
x2
x2
x2
x2

x2

x2
x2
x2
x2

x 2
x2
x2
±5%
±5%

±5%

±5%
±5% 'hW

5%

±

~5%

±

5%
±5%
±5% 'hW
±10%
±10%
±10%
±

10%

x 2

resistors

are

Y..W,

5Kn

(B)

5Kn

(B)

'hW
'hW
'hW

'hW

500.Q (B) x 2

500.Q (B) x 2
'hW
'hW

2W
2W
'hW
Y.W

Y.W
Y.W

Y.W
'hW

3W
3W
3W
3W

unless

x2
x2

x2
x2
x2
x2
x2

x2
x2

x2
x2
x2
x2
x2
x2
x2

x2
x2
x2
x2
x2
x2
x2

27

-----------·~

REF.

DESIG.

R660
R661
R662

R663
R664 RC1002212
R665
R666
R667

C601
C602
C603
C604 DD1620101
C605
C606
C607 DD1103050
C608
C609
C610

C611
C612
C613
C614
C615 DF1768301
C616 DF1768301
C617 DF1722301
C618 DF1722301
C619
C620

C621
C622

L601
L602

H601
H602
H603
H604 HT106401 L
H605
H606
H607
H608
H609
H610

H611 HT106821B
H612
H613
H614
H615
H616
H617
H618
H619
H620
H621

H622
H623
H624
H625

MARANTZ
PART

NO.

RC1039212
RC1039212
RC1010112

RC1010112
RC1002212 2.

RT0518114
RT0518114

EE3350251

EE3350251 Electroly 3.3µF ±20%

DD1620101 Ceramic 200PF

EA1070259
EA1070259

DD1103050
EA4760509
EA4760509

EE4760162 Electroly 47µF
EE4760162 Electroly
EA2270509
EA2270509

DK1610150
DK1610150

DF1710452
DF1710452

LL2380612
LL2380612

HT106401L
HT106401 L Transistor
HT106401 L

HT308751 L Transistor
HT308751 L Transistor
HT3094510
HT309451Q
HT1073310
HT107331Q

HT106821B IC 2SA682
HT313821B
HT313821B
HD3003009
HV0000312
HV0000312
HV0000110
HV0000110
HV0000110
HV0000110

HD1000101 Diode
HD1000101 Diode
HD1000101 Diode

HD1000101 Diode

DESCRIPTION

2.11

±10%
±10%
±10%

±10%
±10%
±10%
x2
x2

OOµF
OOµF

3PF ±0.25PF
47µF
47µF

47µF

OOµF

0.068µF

0.068µF ±20%

0.022µF ±20%

0.022µF
100PF ±10%

0.1µF

0.1µF

RV
RV
RV
RV

1N34A
1N34A
1N34A
1N34A

3.9K.11

3.9K.11

100.11

100.11

2.2.11

180.11

180.11
CAPACITORS/COi LS

Electroly 3.3µF

Ceramic 200PF
Electroly 1
Electroly 1
Ceramic 3PF
Ceramic
Electroly
Electroly

Electroly 1
Electroly 100µF
Film
Film
Film
Film
Ceramic 100PF
Ceramic

Film
Film

Choke Coil
Choke Coil

SEMICONDUCTORS
Transistor 2SA640

Transistor 2SA640
Transistor 2SA640

Transistor 2SC945
Transistor 2SC945
Transistor
Transistor 2SA733

IC 2SA682

IC 2SC1382 0

IC 2SC1382
Diode Zenner
Varistor 1S1212
Varistor 1S1212
Varisotr
Varistor
Varistor
Varistor

Y.W
Y.W
Y.W

Y.W
Y.W
Y.W

±20%

±10%
±10%
25V
25V

±0

.25PF

50V
50V

16V
16V
50V
50V
±20%

±20%
±10%

200V
200V

x2
x2

2SA640

2SC875
2SC875

2SA733

WZ-177
x2
x2
x2
x2
x2
x2

x2
x2
x2
x2

25V
25V

Oor
0

or
or

Oor

x2
x2
x2

x2
x2
x2

x2
x2
x2
x2
x2
x2

500V
500V

x2
x2

x2
x2
x2
x2
x2
x2

x2
x2
x2
x2

x2
x2

Lx2

Lx2

Lx2

Lx2
Cx2
Cx2
Ox2
Qx2
Ox2
Ox2

Y
Y
Y
Y

x2

REF.

DESIG.

H627
H628

J601 YP1000099 Plug
J602 YP1000099 Plug
J603
J604
J605 YP1000094 Plug
J606

J607
J608
J609

J610

x2
x2

J611
J612 YP1000099
J613

J614
J615 YP1000099
J616 YP1000099
J617 YP1000099
J618

J619
J620

J621 YP1000099
J622

J624
J625
J626 YP1000099
J627
J628
J629
J630 YP1000099

1110

1112

1132 54022601E Flat Washer

1131
P580

H581

H582

1118

1104

1106

1108 281816007

1116 285510101

1129

1128 51570306B
H001

H002
H003
H004
H005
H006

MARANTZ
PART

NO.

HH0000912
HH0000912

YP1000094 Plug
YP1000094 Plug

YP1000094

YP1000099 Plug

YP1000099 Plug
YP1000099
YP1000099 Plug

YP1000099

YP1000099

YP1000099

YP1000099
YP1000099
YP1000099

YP1000099
YP1000099

YP1000099
YP1000099

YP1000099
YP1000099

285526702 Heat Sink
281811806

51102606E
YD2855006

ZZ2856106

HV0000212
HV0000212

285605610
285526701

281810104

51100314E

HT314031A
HT314031A
HT314031A
HT314031A
HT314031A
HT314031A

Thermistor
Thermistor

MISCELLANEOUS

Plug

Plug

Plug
Plug
Plug
Plug
Plug
Plug
Plug
Plug
Plug
Plug

Plug
Plug

Plug
Plug
Plug x2
Plug
Plug
Plug
Plug

Spacer

B.

H. M. Screw

P.

W.

B. Temp Comp

P.

W. B. Ass'y

SEMICONDUCTORS

Varistor
Varistor SV-

MISCELLANEOUS

Buffer
Heat Sink

S

upport

Bracket

Support

B.

H. M. Screw

P.

H.

Tapt

Transistor 2SC1403 R
Transistor 2SC1403 R
Transistor
Transistor 2SC1403 R
Transistor 2SC1403 R
Transistor

DESCRIPTION

(200

22D47
22D47

(200

x2
x2
x2
x2
x2
x2

x2
x2
x2
x2

x2
x2
x2
x2
x2
x2
x2
x2
x2
x2

x2
x2
x2
x2

x2
x2
x2
x2

x4
x4
x8

x8

SV-3A

Screw

3A

x2
x2

x2
x2

x8
x4
x4
x12
x12

2SC1403 R

2SC1403 R

x2

.11)
.11)

x2
x2

or
or
or
or
or
or

0
0
0
0
0
0

28

REF.

DESIG.

H007

H008

J021 YJ0500019

J022 YJ0500019

\

J023 YJ0500019
J024 YJ0500019
J025 YJ0500019
J026 YJ0500019 Socket
J027 YJ0500019
J028

P700

R701 RT0547314
R702
R703 RT0547114
R704
R705 RT0533314
R706
R707 RN1010514
R708 RA0104012
R709
R710

R711 RT0527314
R712
R713 RT0562114 620.n

R714
R715 RT0522514
R716 RN1022514
R717
R718
R719 RT0527414
R720

R721
R722 RT0522214
R723
R724 RN0562414
R725 RN0562414
R726
R727
R728
R729 RT0547314
R730

R731 RT0547014 47.n
R732 RT0533214
R733 RT0533214
R734 RT0510114

C701
C702
C703
C704
C705 DD1540004 Ceramic
C706 DD1540004
C707
C708
C709
C710

MARANTZ
PART

NO.

HT314031A
HT314031A

YJ0500019
YD2818010

ZZ2856110

RT0547314
RT0547114
RN1010514

RA0104012
RT0527314

RT0562114
RT0522514

RN1022514
RT0527414

RT0547314
RT0547314
RT0522214

RT0510414
RT0510414
RT0547314

RT0547014

DF1747401 Film
DF1747401 Film
EE2260251 Electroly 22µF
EE2260251

DD1104001 Ceramic
DD1104001
DF6556201
DF6556201 Film

Transistor 2SC1403 R
Transistor

Socket
Socket
Socket
Socket
Socket

Socket
Socket

P.
P.

RESISTORS

47Kil
47Kn

470.{l

470.n
33Kil

1Mil

1Mil
Trimming
Trimming
27Kn

27Kn

620.n

2.2Mn

2.2Mil

2.2Mn

2.2Mn
270Kil
270Kn
47Kn

47Kil

2.2Kn

2.2Kil
620Kn
620Kil

100Kil
100Kil
47Kil
47Kn
47,n

3.3Kn

3.3Kn

100.n
CAPACITORS/PLUGS

Electroly 22µF
Ceramic 40PF
Ceramic

Film

DESCRIPTION

W.

B.

W.

B.

Ass'y

±10% '!.W
±10%

±10% '!.W
±10%

0.47µF ±20%

0.47µF

40PF
4PF ±0.5PF

4PF
5600PF
5600PF

REF.

DESIG.

C711

0

C712 DF6516201

0

C713 EA1070509 Electroly 1
C714 DF1747401
C715
C716 DD1650001
C717

J701 YP1000099 Plug
J702
J703 YP1000099 Plug
J704

J706
J707 YP1000099 Plug

H701 HT313441E Transistor 2SC1344E
H702
H703
H704
H705
H706 HT304580R Transistor

H707 HD2000206 Diode 1S1212

H708
H709

P800

R801 GS1015105 150.n
R802

R803

R804
R805 RT0547214
R806
R807 RC1039212
R808 RT0527314
R809 RA0502013
R810

R811
R812 RT0522314
R813 RT0568214
R814 RT0522414
R815 RT0539314

R816 RJ1010101 100.n ±10%
R817
R818 RC1056212

R819
R820 RC1056212

C801 EA4770631 Electroly
C802 EA3370509
C803
C804
C805 EA3350509
C806
C807 EA2270109
C808
C809
C810 DK1810351

C811
C812
C813

are

or
or

±5%

(Bl
(B)

50V

50V
25V
25V
50V
50V
50V
50V
50V
50V

2SC1403 R

Phono Amp. J705 YP1000099 Plug

(All

resistors
%W,

and
wise indicated.)

unless other-

'!.W
100Kn
100Kil

'!.W

±20%
±20%
±20%
±5%
±5%

±0.5PF

±5%

±5%

MARANTZ
PART

NO.

DF6516201

DF1747401
DD1650001 Ceramic 50PF

YP1000099 .
YP1000099
YP1000099 Plug

HT313441E Transistor
HT3134410
HT313441 D Transistor 2SC1344D
HT304580R

HD2000206 Diode 1S1212
HV0000206

YD2856005
ZZ2856005

RC1033212
RC1010012 10.n ±10%
GF0547012

RT0515214

RT0556214
RT0510314

RC1056212

RC1056212

EA4770169
EA3370509 Electroly 330µF + 100%

EA1060509 Electroly 10µF + 100%
EA1070109 Electroly

l

EA2270631

DK1810351 Ceramic
DK1810351 Ceramic
DK1810351

Film
Film

Film
Film
Ceramic 50PF ±10%

Plug
Plug

SEMICONDUCTORS

Transistor 2SC1344D
Transistor 2SC458LG A(B)

Varistor
P.

W.

P.

W.

RESISTORS

3.3Kn

47.{l

4.7Kil

1.5Kn

3.9Kn
27Kn

Trimming

5.6Kil
10Kn

22Kil

6.8Kn
220Kn

39Kn

5.6Kn

5.6Kil

5.6Kil

5.6Kil

CAPACITORS

Electroly
Electroly

Electroly

Electroly

Electroly 220µF + 50%

Ceramic

Ceramic

DESCRIPTION
1600PF

1600PF

OOµF

0.47µF ±20%

0.47µF

VD1212

B.

Power Supply/SPK. Protector

B.

Ass'y

±10% 5W
±10%

±5%
±5%
±5%
±10%
±5%

±5%
±5% '!.W

±5%
±5%
±5%
±5%

±10%
±10%
±10%
±10%

470µF+100%
330µF+100%
470µF+

3.3µF+
220µF+

100µF+50%

0.01µF+50%

0.01µF+50%

0.01µF+50%

0.01µF+50%

±5%
±5%
50V

±20%
±1

()<',.(,

2SC1344E

2SC458LG A(B)

Y,W
Y,W
Y.W
'!.W
'!.W
Y,W
%W

4.7Kil

(8)

'!.W

'!.W
'!.W
'!.W
'!.W

1W
Y.W
Y,W
Y,W
Y,W

-10%

-10%

100% -10%

-10% 50V

100%

-10%

-10%

100%

-10%

-10%

-10%

-10%

-10% 500V

-10% 500V

-10%

50V
50V

50V
50V
50V
50V

63V

50V
16V

50V
50V
10V
10V

63V

500V

500V

29

-

-../

'

REF.

DESIG.

H801 HD2000413 Diode
H802
H804
H806
H807
H808
H809
H810
H811
H812

H813

L801

J801

J820
36

P850

H851
H852 HD2000601
H853 HD2000701 Diode U12C
H854 HD2000701 Diode U12C

C851
C852

J851

J856

0403

0409
0410
0628
0629
0631
36
J040 YL0103021 Termina l

0518

0704

0706

0708

0714

0726

0728
1407

S006 SR1406001 Rotary Switch Selector
R008 RT0510214

R010
R011

S004 SR0802002 Rotary Switch Remocon
S005 SR1105001 Rotary Switch Mode
R009

MARANTZ
PART

HD2000413
HD3002109
HT309452A
HD3002309
HT309452A
HT309452A
HT309452A
HD2000413
HD2000413

HV0000110

LY4024003

I

YP1000097
62031650W Lug
YD2855012

ZZ2856212

HD2000601 Diode

DF2722350
DF2722350

YP1000099

I

285316050
281816003
281816004
257710602 Bearing
141511801 Spacer
51040306A
138200503 Clamper

285610701 Sheet
51100305A

51102605A
51102605A
51100406A
51570306B
51042606S
51570306B

RT0510214
RT0510214

RT0510214

NO.

DESCRIPTION

SEMICONDUCTORS

Diode
Diode
Transistor 2SC945
Diode WZ-071
Transistor
Transistor
Transistor
Diode SIB-01-02
Diode SIB-01-02

Diode
MISCELLANEOUS

Relay 24V

Plug

P.

P.

SEMICONDUCTORS/CAPACITORS

Diode

Film 0.022µF ±20%
Film

MISCELLANEOUS

Plug

Bracket K
Bracket
Bracket

F.

B.·H. M. Screw
B.
B.
B.

P.

F.

P.

Resistor
Resistor
Resistor

Resistor

SIB-01-02
SIB-01-02
BZ-140

RV

W.

B.

W.

H. M. Screw

H. M. Screw
H. M. Screw
H. M. Screw

H.

H. M. Screw

H.

AC

B. Ass'y

UllC
UllC

0.022µF ±20%

x4
3P

Tapt

Screw

Tapt

Screw

1K51
1K51
1K51

1K51

(14V,

7.3V±0.4V0.5W
2SC945
2SC945
2SC945

DC

4Circuit

Rectifier

(3ct>

x 6)

(3<1>

x 5)

(2.6<1> x 3)x6
(2.6<1> x 5)x2
(4ct>x6)
(3ct>x

(2.6<1> x 6)x6

(3ct>

x 6)

±5%
±5%
±5%

±5%

1W)

6)

Oor
OorR

Oor
Oor

400V
400V

x2

x6

x4
x2

Y..W
Y..W
Y..W

Y..W

REF.

DESIG.

J017
R014 RJ1047001
R015 RJ1047001

R

J018 YJ0100055 Jack Headphone
R016 RJ1047001 Resistor
R017 RJ1047001

R
R

M009

M010
C002
J006

1221

1322

0512

0513
0429

0430

0432
0731
P550

R55 1
R552
R553
R554
f'.1555
R556
R557
R558
R559
R560

R561
R562
R563
R564
R565
R566
R567 RJ1010102
R568 RJ1010102
R569 RJ1010102
R570

C551 DF1610301
C552
C553 OF1610301
C554 OF1610301
C555
C556
C557
C558
C559
C560 DF1668201

MARANTZ
PART NO.

YJ0100055

IM1104202

I M1104203
EA3360109
YJ0700006

285110450 Retainer K
51100312S

285310901 Shield
282112001 Insulator

281805101 Guide
281910701

281926251 Pulley K
51100305A
Y02856004

ZZ2856004

RT0524314
RT0524314
RT0524314
RT0524314
RT0556314
RT0556314
RT0556314
RT0556314
RT0547214
RT0547214

RT0547214
RT0547214
RT0510514
RT0510514
RT0510514

RT0510514

RJ1010102

DF1610301

001620101
D01620101
001620101
001620101
OF1668201

Jack

Resistor
Resistor

Resistor
DC

Meter

Meter
Capacitor Electroly
Jack SQ Decoder

B.

H.

M.

Sheet

B.

H.

M. Screw

P.

W.

B.

P.

W.

B.

RESISTORS

24K51
24K51
24K51
24K51
56K51
56K51
56K51
56K51

4.7K51

4.

7K51

4.7K51

4.7K51
1M51
1M51
1M51
1M51
10051
10051
10051
10051

CAPACITORS

Film
Film
Film
Film

Ceramic 200PF ±10%
Ceramic 200PF
Ceramic
Ceramic

Film
Film

DESCRIPTION

Headphone
4751

±10%

4751

±10%

4751

±10%

4751

±10%

Screw

Loudness Hi

Ass'y

(All
and
wise indicated.)

±10%
±10

%

±10

% 2W

±10

%

0.01µF

0.

01µF

0.

01µF

0.01

µF

200PF ±10%
200PF

0.0068µF

0.0068µF

FM

Tuning

(FM/AMI·

Signal

33µF

(3<1>

x 12)

(3<1>

x

5)

Fil.Main/

Remote Spk.

res

istors are ±5%

Y..W

, unless

2W
2W

2W

±10%
±10%
±10%
±10%

±10%

±10%

±10% 50V
±10

1W
1W

1W
1W

10V

x2

x2

Switch

other

50V
50V
50V
50V
50V
50V
50V

50V

% 50V

-

30

REF.

DESIG.

C561 OF1668201
C562 OF1668201

J551 YP1000094 Plug
J552
J553
J554 YP1000094 Plug
J555 YP1000094

J556 YP1000094 Plug

J557
J558

J559 YP1000094

J560 YP1000094 Plug
J561

S551
R012
S007 SP0201010

G001 BF1040001 Printed Compo.
P900

R901
R902 RT0533214
R903 RT0533214
R904 RT0533214
R905
R906
R907

J901 YP1000099 Plug
J902 YP1000099 Plug
J903
J904
J905
J906 YP1000099 Plug
J907
J908 YP1000099 Plug
J909
J910

R013
P750

MARANTZ

PART

NO.

Film
Film

MISCELLANEOUS

YP1000094
YP1000094 Plug

YP1000094 Plug
YP1000094

YP1000094
SP0404009
RM0503050

Y02853002
ZZ2853122

RT0533214

RX0203012
RX0203012
RS0203004 Variable 20K.n (G)

YP1000099 Plug
YP1000099 Plug
YP1000099 Plug

YP1000099 Plug

YP1000099 Plug
YP1000099 Plug

RG0204001 Resistor Variable
Y02856003

ZZ2856003

Plug

Plug

Plug
Plug CAPACITORS

Plug C752
Push
Resistor
Push

P.
P.

RESISTORS

3.

3K.n

3.3Kf2 ±5%

3.3K.n

3.3K.n
Variable 20K.n (G)
Variable 20K.n (G)

MISCELLANEOUS

P.
P.

DESCRIPTION

0.0068µF ±10%

0.0068µF ±10%

Switch

Variable

Switch Power

W.

B. Balance Control

W.

B.

Ass

±5%
±5%

±5%

W.

B.

Tone Control

W.

B. Ass'y

REF.

DESIG.

50V
50V

50K.n (B)

120.f2+0.1µF C759

'y

Y..W
Y..W
Y..W
Y..W

(Bl

200K.n

R763
R764
R765 RT0539314 39K.n
R766 RT0539314 39K.n
R767 RU0204001
R768
R769
R770

R771 GC1082418
R772 GC1082418

C751 OF1615301
C753 OF1615301

C754 OF1615301
C755
C756
C757 OF1615301
C758 OF1615301

C760
C761

C762

S002 SP0404002
0422
0426

0722
0724
0720

0424
J031 YJ0800019

J032
J033
J034
J035

0716

M001 IN1008007
M002
M003
M004
M005

MARANTZ
PART

NO.

RT0539314 39K.n
RT0539314 39K.n

RU0204001 Variable
GC1082418
GC1082418

OF1615301

OF1615301 Fi
OF1615301

001520
00152010

001520101
001520101

285627401
285327101

51570305B
515703058
51570306B

281827101

YJ0800019 Jack
YJ0800019
YJ0800019 Jack
YJ0800019 Jack

515703058

IN1008007
IN1008007
IN1008007
IN1008007

Variable

820K.n ±10%
820K.n

820K.n ±10% 1/8W
820K.n

Film
Film
Film
Film

lm
Film
Film
Film

Ce

101

1

ramic

Ceramic 200PF
Ceramic 200PF

Ceramic 200PF
Push

Switch
Reflector
Holder

H.

Tapt

P.

H.

Tapt

P.
P.

H.

Tapt

Holder

Jack Lamp Holder
Jack La

P. H.

Tapt

Lamp
Lamp
Lamp
Lamp
La

mp

DESCRIPT

200K.n (B)
200K.n

±10% 1/8W

±10%

0.015µF ±10%

0.015µF ±10%

0.015µF

0.015µF

0.015µF ±10%

0.015µF ±10%

0.015µF

0.015µF
200PF

Screw
Screw
Screw

Lamp Holder

mp Holder
Lamp Ho
La

mp Holder

Screw

(8

ld

ION

)

/8W

1

1/8W

±

10%

±10%

±10%
±10%
±

5%

±

5%

±5%
±5%

Ta

pe

(3,P
(3

</>

(3</>

er

(3.P

Mon

x 5)
x 5)
x 6)

x 5)

50V
50V
50V
50V
50V
50V
50V
50V
50V
50V

50V
50V

x2
x2
x2

x5

RESISTORS

R751 RT0527314
R752
R753 RT0527314
R754
R755 RT0527314 27K.n
R756
R757 RT0527314
R758
R759 RT0510414 100Kf2
R760 RT0510414 100K.n

R761
R762

RT0527314
RT0527314
RT0527314
RT0527314 27K.n

RT0510414
RT0510414

27K.n
27K.n
27Kf2
27K.n

27K.n
27K.n

100K.n
100K.n

(All

resistors are ±5%

Y..W

, unless other·

and
wise indicated.)

R020 RC1002212
R018 RC1018012

P950

M95
M9
M953
M954
M955
M956
M957
M958

Y02856006
ZZ2856006

1 IN1006302

IN10120

52

IN100630

IN1006301
IN1006301
IN1006301

IN100630

IN1006301 La

11

1

1

2.2.n

Resistor
Resistor

P.

W.

8.

P.

W.

B.

MISCELLANEOUS

Lamp
La

mp
Lamp
Lamp
Lamp
Lamp 6.
Lamp

mp

18.n
Lamp

Ass

6.3V

12V

6.3V

6.3V

6.3V

6.3V

6.3V

±10

±10

'y

3V

%

%

1

80mA
40m
40mA
40mA
40mA
40mA
40mA
40mA

Y.

W

Y.

W

A

31

.............

~

REF.

DESIG.

J951

952
J953
J954
J955
J9
J9
J958
J959 YP1000094
J

960
J961 YP1000094

0414

J036
J037
071S
M006
M007

0416
0731
0413

0730

J03S
R006

J003
L006
C001

MARANTZ
PART

NO.

YP1000094
YP1000094 Plug
YP1000094 Plug
YP1000094
YP1000094 Plug
YP1000094 Plug

56
57 YP1000094 Plug

YP1000094 Plug
YP1000094 Plug

2S1S27103

YJOS00019 Jack
YJOS00019
51570305B
IN100S007
IN100S007

2S1S26250
51100305A
2S1S27402 Reflector
51100305A

YL0103018
RT0510314

YL0103001

LC1332002

DK1710301

DESCRIPTION

Plug

Plug

Plug
Plug

Holder

Lamp Holder
Jack
P.

Lamp
Lamp

Pulley K
P.

B.

Terminal

Re~istor

Terminal
Choke Coil
Capacitor Ceramic

Lamp Holder

H.

Tapt

Screw

H. M. Screw

H. M. Screw

3P

10K.n ±5%

3P Lug

(3<1>

x 5)

(3</>

x 5)

x2

3µH

0.01µF

±20

x2

Y..W

%

REF.

DESIG.

B
012s
0129

c

0131 2S1S15405

tl132

A
0103 2S5606301
0104
0105
0106
0107 273125901

010S
0109

E 2S5327340
0603
0604
0605
0610

0611
0612

MARANTZ
PART NO.

2S1S15440
2S1S15404
714001490

2S1815441
714001590

2S5606340
2S5340101

2S5615S01 Window
2S1S25905 Bush

285025901
285305301 Cover

257706302 Escutcheon
257727301
2S5311201 Shaft
53110603E Hexagon

54040602N

54020601E

DESCRIPTION

Knob

Ass'y

Knob

Spring

Knob

Ass'y

Knob

Spring

Frame Ass'y
Escutcheon
Frame

x9

Bush

x2
x3

Bush

Fly

Wheel

Ass'y

Fly

Wheel

Spring Washer
Flat

Nut

Washer

x2
x2
x2

x2
x2
x2

x2

L007
R007 RC1039012
C003
J005

1236

D 281S10340

MOOS

0531 2S1S10301
0532
0533 2S1S05301

F 120200640
052S 120225S01 Hook
0529

1214
HS03
HS05

G

1015
1016
1030

LC1332002
DK1710301

YL0104001

13S200503

IN100S01S Lamp

2S1S10302

720S0802A String

285526703 Heat
HT403314A
HT403311D

2S1915940
2S1915901
71101569M
51650304D Set Screw

Choke Coil

Resistor
Capacitor Ceramic
Terminal 4P Lug

Clamper

Pointer Ass'y

Pointer

Pointer

Cover

tring

S

Transistor

Transistor

Drum Ass'y

Drum

Spring

Ass

Sink

39KU

x10

'y

x120

3µH

±10%

0.01µF ±20%

2SD331C, D,
2SD331 (D)

x2

'hW

H 285616040 Rear
OS03
OS09
OS11
OS12
0828 5322S059E
0903
0905
0907 55060307F
0909
0913 51100306S B. H. M. Screw
0915
0916
0917 54020401E
091S 54050400R
0920
0921 53110303E Hexagon
0922
0934
0936
J001
J002
J007
JOOS

E,

F

J009
J010
J011
J012
J013
J014
J015
J016 YL0301021 Terminal
J019 YJ040001S Jack
J020 YJ040001S Jack
J029 YJ1100012 Jack

2S5616001

2S1S05501 Collar

2S5116007 Bracket

31SS27102 Holder

5110030SS
53110303E Hexagon

54050300R T. L.
53110403E Hexagon

62041760W Lug

51100312S

51100306S
51100306S
53110303E Hexagon
YT0304003
YT0201006
YT0204003
YT020S002 Terminal
YT0208002
YT0204003
YT0204003
YT0304003
YT0304003
YT0304003
YT0304003

Panel

Bracket

Nut
B.

T.

Flat

T.

B.
B. H. M. Screw

B.

Terminal
Terminal
Terminal

Terminal
Terminal
Terminal
Terminal
Terminal
Terminal
Terminal

Ass'y

x2

H. M. Screw

Nut

R. Rivet

Washer

Nut

Washer P
L. Washer
H. M. Screw

Nut

H. M. Screw

Nut

(3<1>

x 8)

(3</>)

x4

OR

x6

OR
x2
x2

(3</> x 6)
(3<1> x 6)
(3

</>

)

Ant

FM-AM
Ouadradial
Phone Tape
SP
Front

In

SP

Out

Tape
Tape

Out

k.

Outlet

4P
4P
4P
4P

Spk.
Spk.
Sp
Spk.
Ground

AC

AC Outlet

Din

x4

x20
x20

x2
x2
x2

In

'

"'

32

REF.

DESIG.

S001

0814
0818
0820
0826

MARANTZ
PART

NO.

SS0202017

145525903
145525903
257816052
281927103

DESCRIPTION

Slide Switch

Bush
Bush
Bracket K
Holder

FM

Att.

REF.

DESIG.

1212
1216
1218
1226
1230
1232
1234
1235

MARANTZ
PART NO.

285610901 Shield
285610902 Shield
285610102
281816009

138200503 Clamper
273025901 Bush
285310102
54040402N

Support
Bracket

Support
Spring Washer

DESCRIPTION

x4

x2
x2

x2

x2
R004
1405

C004
C005

1405
R019

1405

R001
R002
R003

L002

0924
0925
0927
09

28
0929
0931
0932

1405

W001
J030

L001

W002
W003

1403
1405
1407
1009
1426
1427
1428
1429

1431
0905
0903

L003
C006

C007

coos

C009

J004

RK0254002

62031650W

DK1710301
DK1710301

62031650W

RC1022512

62031650W

RC1068012
RC1008212
RC1068012

LB3007526

51100310S

' 53110303E

51100308S
53110303E
54050300R
51100306S
54040302N

62031650W
YC0240010
YJ0800012

LF1120023

YW2856001
YX2856001

54050300R

62031650W

51570306B
51570306B
285110101
53110303E
54040302N
51100306S
281805601
51100308S
53110303E

TS6140301

EC9080501
EC9080501
EC9080501
EC9080501

YL0103001

Resistor Variable
Lug

Capacitor
Capacitor

Lug
Resistor

Lug
Res

Resistor
Resistor

Balun Coil FM
B. H. M. Screw

Hexagon
B.
Hexagon
T.
B.
Spring Washer

Lug
AC Cord
Jack
AM
Wire Material

Wire Material
T.

Lug
P.

P.
Support
Hexagon
Spring Washer

B.
Buffer

B.
Hexagon

Transformer
Capacitor

Capacitor
Capaci
Capacitor

Terminal

Ceramic 0.01µF ± 20%
Ceramic 0.01µF ±

2Mn

2.

istor

68n

± 10%

8.2n±10%
68n

± 10%

Nut

H.

M. Screw

Nut

L.

Washer OR

H.

M. Screw

Fuse

Holder

Ant

Coil

L. Washer OR

H.

Tapt

Screw

H.

Tapt

Screw

Nut

H.

M. Screw

H. M. Screw

Nut

Electroly 9000µF 50V
Electroly 9000µF 50V

tor

Electroly
Electroly 9000µF 50V

3P

Lug

250Kn

±10%

75n

-3oon

x2
x2
x2
x2
x2
x3
x3

x10
x5
x4
x15
x2
x2
x2
x2

x2
x2

9000µF 50V

(B)

20%

Y,W

Y,W
Y,W
Y,W

0134
0313
0314
0315

1303
1304
1305
1306
1307
1308
1309

1311
1312
1313
1314
1315
1316
1317
1318

1323
1325
1326
1327
1328
1331

1003
1007
1009
1011
1013
1018
1026
1027
1028

1029
0202
0911
0211

0212
0213
0214
0222

0112
0113

I
0115
9336

275905701
51100410A
54020401A
54040402A

51570306B
51570306B

51570306B

51570305B

51570306B

51570306B
51570306B

51100306S

51100306S

51100306S
51100306S
51100306S
51100306S
51100306S
51100306E

51100304S
51100512A
53110501A
54020501A
54040502A
51060306E

273010950 Shield
273010902
273010903 Shield

281916008

281905102 Guide
138200503
51100306S

51100305E

51100305E

51100305A
285626501
51100306S
257886101 Label

257886102
257886103 Label
250626506
285386101 Label

285325701
257711803 Spacer

285325740
285325750
285612001

Leg
B.

H.

Flat Washer P

Spring Washer
P.

H.

P.

H.

P.

H.

P.

H.

P.

H.

P.

H.

P.

H.

B.

H. M. Screw

B.

H.

B.

H. M. Screw

B.

H.

B.

H.

B.

H. M. Screw

B.

H. M. Screw

B.

H.

B.

H.

B.

H.
Hexagon
Flat

Spring Washer
P.

H. M. Screw

Shield
Bracket
Clamper

B.

H. M. Screw

B.

H.

B.

H.

B.

H.
Indicator
B.

H. M. Screw

Label
Indicator

Lid

Bottom
Lid

K

Insulator

x4

M. Screw

Tapt

Screw

Tapt

Screw

Tapt

Screw

Tapt

Screw

Tapt

Screw

Tapt

Screw

Tapt

Screw

M. Screw
M. Screw

M. Screw

M. Screw
M. Screw

M. Screw

Nut

Washer P

K

x3
x2

M. Screw
M. Screw
M. Screw

x4

Cover Ass'y

x4
x4
x4

x8
x8
x10
x4
x4
x2
x3

x4
x4
x4
x4
x4
x4
x4

x2
x4
x4
x8
x4

x4

x5
x3
x2
x4

x2

C101

12

03

CA4330001

285610550

Capacitor
Chassis

Variable

K

0120
0122

285015401
281815401

Knob
Knob

x3
x8

33

-----------·~

REF.

DESIG.

0124
0126

0535
0508
0510
0523
0515

0710
0712
0733

0522
0303

0305
0309
0310 54020401S

1622 952281501
F001

0606
0607

0616

MARANTZ
PART

NO.

281815402
281815403

286726901
285326901
285326902 Protector

281912002

285630201
51570306B

51570306B
51570306B
285312001

51122608E
51100406S
51100406S

FS1050003 Fuse

285011202
54040402N Spring Washer

285310650

DESCRIPTION

Knob
Knob

Protector
Protector

Insulator
Dial

P.

P.
P.
Insulator

T. H. M. Screw

B.

B.

Flat
Serial

Shaft

Bearing K

x5

H.

Tapt

Screw

H.

Tapt

Screw

H.

Tapt

Screw

H. M. Screw
H. M. Screw

Washer P

No

Card

5A

(UL)

(3¢ x
(3¢ x 6)
(3</l x 6)

x4
x9
x4
x4

x4

3AG

6)

x2
x2
x2

REF.

DESIG.

0620
0621
0622
0624
0625

1502
1509 285685601 Schematic Diagram
1517
1518
1523 257785450 Guarantee Card K
1602
1603 285680111 Packing
1608

1609
1612

1614

1617 102980401 Sleeve
1619
1620
0118
0135

1631

MARANTZ
PART

NO.

51640410D
54040402N
53110403E Hexagon
51100306A
54050300R T. L. Washer OR

285685101 Instructions
281885104 Instructions

281885108 Instructions
285680101
285380301

285380302
901483838
901302501

273182101 Silicagel

281905601

285125703

512160595 Screw
ZA0200007

DESCRIPTION

Set Screw
Spring Washer

B.

Packing
Partitioner

Partitioner
Polyethylen
Polyethylen

Buffer
Lid

Ext

C.

Nut

H. M. Screw

Case

Case

x2

x4

. Antenna

P.

Bag
Bag

x2
x2

x2

TECHNICAL SPECIFICATIONS

FM SECTION:

Tuning Frequency

IHFM Usable Sensitivity
IHF Selectivity

Range

...........................................

.....................

................................

.

..................

. .

.........................

88 - 108MHz

...........

2.3µV
60dB

Capture Ratio . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.6dB

Image
Signal
Signal
Total Harmonic Distortion (Mono)
Total Harmonic Distortion (Stereo)

Frequency

Rejection Ratio

to

Noise Ratio (Mono) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70dB

to

Noise Ratio (Stereo) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Response

at

106MHz

(ref. 75µ

...

............

............................

..............

sec.

de-emphasis)

..............

.

....

......

...................

....

..........

...............

..................

50Hz - 15KHz ± 1 dB

70d8
60d8

0.15%

0.3%

Stereo Separation at 1 KHz . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42dB

Ouadradial

Output

(400Hz 75KHz dev.)

.........

....

......

.

......

.

...........

300mV

AM SECTION:

Tuning Frequency

Usable

Sensitivity

Range

...

.........

..........................................

............................................

540 - 1605KHz

20µV

Selectivity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26dB

Image

Signal

Frequency

Total Harmonic Distortion

Rejection Ratio

to

Noise Ratio. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Response

at

1400KHz

(-3dB)

..........................................

....................

...........

.........

.

......

...

............

..........

.....

............

50Hz -

70d8

43d8

4KHz

...

1%

34

AUDIO SECTION:

Input

Impedance - Low level

Input

Sensitivity - Phono

Frequency

Response

- High level

- High level.

.............................

input.....

input.

. . . . . . . . . . . . . . . . . . . . . . . . . . . . Phono 47 Kohm

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 100 Kohm

...................................

...........

.. ..

.................

Intermodulation Distortion . . . . . . . . . . . . . . . . . . . . . . .

Total Harmonic Distortion . . . . . . . . . . . . . . . . . . . . . . .

Damping Factor

Total Noise - From magnetic phono

Volume Tracking
Rated Continuous (RMS)
per channel, all channels operating simultaneously

Comparable Total Music Power

....................................

input

to

power amp

output

..........................

.....................................................

Output

..................

........................

GENERAL:

1.0dB, 20Hz

Less

than 0.3% at rated power

from

20Hz

to

Less

than 0.3% at rated power

20Hz

to

20KHz

Greater than 45

Less

than 2µV equivalent

..

.................

1.8mV

180mV

to

20KHz

20KHz

with

output

for

30W

output

for

30W

output

at 1 W

output
output

with

all channels

driven

(S

.M.P.T.E.)

output

all channel driven

into

8 ohms load

input

into

at rated

8 ohms load

Within 4dB

30W at 4 ohms
30W at 8 ohms

18W

at

16 ohms

180W at 8 ohms

Power Requirements

..............

Power Consumption - at rated power

- idling (no signal)

Panel

Dimensions -

-

Panel

- Depth

Weight -

* These specifications and

Unit

alone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38.5 lbs

- Packed

for

Width
Height

.........................................

.............

..................................

Shipment

exterior

..........................................

designs may be changed for

...

.........................

output,

all channels

.....................

.... , ................................

.

............................

improvement

....

without

120V

17

.....

...

advance notice.

AC 50

420 watts

21

/64

5

25/64

. 14

3/8

. . 49.5 lbs

to

30

60Hz

watts
inches
inches

inches

35

MARANTZ

A WHOLLY-OWNED SUBSIDIARY OF

CO.,

INC

. •

P.O.

BOX

99

•

SUPERSCOPE

•SUN

VALLEY,

INC

., SUN

CALIFORNIA•

VALLEY,

CALIFORNIA 91352

91352

2856855010