Pioneer SX-9000 User Manual

INSTALLAT

ION.

OPERATION

AND

Including PARTS

TROUBLE

SERVICE

SHOOTING

LIST, CIRCUIT

MANUAL

DIAGRAMS,

MOUNTING TEMPLATE.

AND

rJIONEEIiI'

FEATURES

A MULTI-PURPOSE,

The SX-9000 was
in operation.
decks,
placed
professional

You can, for example,

two

headsets with

for

easy use.

designs.

EASY-TO.USE

designed to

The circuitry is

give you

the SX 9000. All controls

DESIGN

a high degree of versatility

use two microphones, two tape

are rationallv

qrlite

advanced, on a

CLEAN-LINED, CONTEMPORARY APPEARANCE

good,

The SX-9000
that adds to its
glass

dial window lights up with subdued illumination. and the source

also lights up for

HIGH

SX-9000

The

resu

The
stab i I ity.

PRE-SET

In addition
4-position

"flat"

from
svmbolized

TAPE-TO-TAPE

Two buttons

"A"

tapes
one tape to another.

looks

distinctive design. When in operation, the smoked

quick

PERFORMANCE

employs

lt is a

professional

TONE COLORS

to the normal

tone

color selector
"soft",

to

in an illuminated

MON ITOR

on the front

"8"

or

when

too.

identification.

The

front

incorporates

TUNER

latest

the

"bass"

circuitry, including FET

receiver

bass and

window in the

knob.

"vivid".

or

of

exceptional sensitivity

treble

provides

This

These cttaracteristics

dial face.

controls, there

I NG

panel

allow

you

use the SX 9000 to copy directly

easy,

one-touch

a folding

quick

switching

monitoring

par

with

panel

and lC's.

and

is a

are

of

from

FOOLPROOF MICROPHONE

When either microphone knob is set to

parallel

having

REVERBERATION

Also included is a reverberation
easily

SPECIAL

You can
the SX-9000 in
are accidentally turned
into action and the speakers

EARPHONE

Because the
may I isten

through

provide

to

to set the mode switch.

monophonic signals

EFFECT

read

play

an accessory

"Reverberation"

in the

"OVERLOAD

up to three different

combinations

on,

VERSATILITY

SX-9000 has two
simu ltaneously

junction

however,

USE

effect knob.

window

PROTECTION''

pairs

A, B, C, A+8,

the

are automatically

"earphones"

with earphones

box.

the unit operates in

OFF,

for both

in the

of speaker systems through

"Overload

output

speakers

The degree of

face"

dial

A+C, B+C.

Protection"

shut off.

jacks,

without

having to go

without

"echo"

lf

all three

two

goes

people

is

I

TJTONEER

LINE VOLTAGE

SWITCHING

To remove
voltage selector
arrow.
fuse

Then remove

plug
be seen
the position
rating
22OY
120V

of the

or

or

replace

the fuse,

back so

through

fuse.

240V

130V

cap.

LINE VOLTAGE

switch

that the

the cut on

of the

A 1.5-ampere

operation

operation.

SELECTION AND FUSE

turn the fuse

in the

the fuse

proper

the edge of

selector switch

and

If

the rating of

FUSE REPLACEMENT

If

the

fuse

blows, remove

the

with a new one.

STEREO SYSTEM

The SX-9000
to the speaker systems
recorder,

etc., which are separately

general-purpose

is

(two

SETTING AND

cap located

direction indicated

plug

from

the unit. Put

line voltage

plug.

the

is

changed, check

fuse

is

to be used foreither

a S-ampere

fuse

cap

stereo

to six),

fuse for 110V,

fuse is

the

replace

and

amplifier. Connect it

turntable, tape

available.

FUSE

on the line

by the

marking

Whenever

correct,

fuse

the

the

can
the

Take off

etc. an

the fuse

the

direction

FUSE

cap

CAP

by turning

indicated

Fig.

it

with

by the arrow

a

1

coin,

mark.

INSTALLATION

When installing
points.
o

The

place

dampness and dust.

o

The units should

o

The units should not
heating

o

The

units.

place

installation, when installing

A WORD

quality

The

size

and shape

and ceiling
Too

harsh or
many hard reflecting
This condition
covering
a thick curtain.

On the
to

Furniture may
of the sound.
the two speaker
be corrected
reducing

the wall

other hand,

"soak up"

the distance

your

stereo

should

be well-ventilated,

not

exposed

be

be

should

be substantial

ABOUT ROOM ACOUSTICS

of reproduced

of

and the amount

"bright" a sound
is improved

the sound, resulting

be rearranged

In

systems

by

angling them

room,

the

surfaces,

(especially

too many

any event,

are

between

system,

check the following

and free from

to direct sunlight.

placed

near

and

radiators or other

roomy

the unit on a shelf.

sound

and

varies

the

materials of

arrangement of

usually

and/or

too low

according

results from

by having ample

that facing

the speakers)

absorbing surfaces

in a

certain "deadness".

provide

to

irregular

the true stereo

placed

too far

apart. This
slightly toward
them.

enough

for

to the

walls, floor

fumiture.

too

a ceiling.

carpet

area or

with

will tend

reflection

effect is lost

may

each other

the

if

or

A

SPEAKER

SYSTEM

B SPEAKER

SYSTEM C SPEAKER

SYSTEM

Fig.

2

SPEAKHR

SYSTEM

CONNECTIONS

o

First remove
accessories
shown

in Fig.

bag

speaker connector

the

and then

3. Be sure

polarities.

o

After the
channel
panel
the

the connection diagram

to

.

you

If
connect

plugs

in

the

on the

connected, insert

are

side of the SPEAKER OUTPUTS

left

rear of the unit. Connect

right side of this

them

one

in the

have

terminals.

ANTENNA

AND

When using the

distant
AM antennas as
depends

FM ANTENNA

o

Reception
and
T-type
the antenna
direction
broadcast
wall or other

o

When
from the station,
relatively
FM outdoor antenna, and
terminals

GROUND

SX-9000 at a

from the station,

follows, and the efficiency

on its height

is easier

is near the

indoor

for the antenna

program. Attach the horizontal

using the

thick walls, or vicinity
as shown in Fig. 5.

more than its

FM station,

antenna.

to its

place

in the determined

SX-9000 at a relatively

or

plugs from the

speaker leads as

connect

to match the

the

speaker and

the one for the

the left channel to

panel as shown in

Fig.3.(Refer

on Page 4.)

(or

two)

same

more speaker

using

way,

the B

CONNECTIONS

place

of low field strength

select the most

length.

if the building

in this case,

Unfold the

full length, and

while actually

within

a building

of tall buildings,

connect it to

suitable FM and

of any antenna

primarily of

is

use the accessory

horizontal

determine

receiving an

section to a

direction.

long distance

or home with

the FM antenna

plug

right

(A)

also

system(s),

(and

C)

or

wood

section of

the best

FM

(See

Fig.4.)

erect an

RIGHT

CH

SPEAKER SYSTEM

LEFT CH
SPEAKER

-' FM OUTDOOR

AM

OUTDOOR

ANTENNA

SVSTEM

ANTENNA

Fig.

Fig.

3

AM ANTENNA
o

If

your

house

is located

station, the ferrite

of the SX-9000

back
AM broadcast

should be
set at the
(

Fig.

See

.

If

the

6.

loopstick antenna does

sensitivity

program. The antenna

moved about while

position

)

for reception and static is
furnished antenna wire
of the wire to the

o

you

If
may have to

want reception from a distant AM

set up

in

loopstick

will be

area

relatively

antenna

sufficient

listening to

which

provides

not

on

the wall

AM antenna terminal.

an AM

outdoor antenna. In such a

close to the AM

provided

for reception of

is directional

a station and

the best

provide sufficient

noticeable,

and connect

(SeJfig.

station,

case, connect one end of the AM outdoor antenna
AM antenna terminal.

(See

Fig.

b.)

on the

it

reception.

put

the

one

end

+.;

you

to the

Fig.

5

CONNECTION

NOTE:
lf connecting

speaker

to

tems

of each

speaker

| 6 ohms :

to

terminals
speaker
8

(A, B and C speakers)to

systems the

ohms.

to 16

one set

output
channel

however,

of speaker

of

DIAGRAM

sys-

should
both

the

be

outPut

two

terminal

each channel,

ANTENNA

AM

4

PRE

MIXING

&

MAG I

OUT

PHONO

REC.

pAE

t,,tntN

&

IN

MAIN

JNTfR

COUPLED

MAG

2

e*cl

TAPE TAPE
MON A

REC. A

SPEAKER PLUGS
SPEAKER

TAPE

REC

/^

P.B

OUTPUTS

CENTER
CHANNE
OUTPUT

lo)t
Y7

i4

to

| 6()

r

AM FERRITE ANTENNA

GROUNDING

provide

SX-g000

The

grounded

If so, connect

help.
water
gas

pipe or balcony,

pipe as a

MICROPHONE

Insert the

jacks

MIC

the
Use both
at the

same time.'

will

In rare case,

not.

or

ground.

plug on the

on the

jacks

when

a wire

fastening

CONNECTION

microphone

front

you

stable

from

panel

wish

(RECORD

performance

however,

GND terminal

the

FIRMLY.

it

cord

of the

to employ

TURNTABLES

PLAYERS)

whether

grounding

Never use

into either

unit.

two microphones

may

to

one

of

I

:'l

-

-4,

I

r

FUSE

240V

5A:

220V

34: |

30V

|

20v

|

oer!

TAPE DECK

OR

!

f

TAPE

...

RECORDER

10v

a
a

MICROPHONE

(LEFT

CH.)

A

#

@

TURNTI

.

If the tur
cartridge,
1

termina
crystal
Connect
right to tl
either

o

A second
used, con.

.

If a tumt
used, eith
separate h

.

Some
terminals
with the s

car

t

terr

tur

PI()NEER

-l

--1

-!

FM INDOOR

HED

ANTENNA

FM

OUTDOOR

ANTENNA

TAPE DECK

(RECORDER)

CONNECTION

.

A tape deck
record/playback
T-600

to the SX-9000.

o

The connected
terminals for tape

tape monitor terminals.

CONNECTION
Connect

(LINE
provided with
channel,
monophonic
terminal

CONNECTION

Connect the
the
Connection
above

and T-500

this unit's

IN)

the

instead.

deck

tape

paragraph.

connected to

preamplifier

feature characteristics

tape recorder

recorder connection

TAPE RECORDING

FOR

TAPE REC

terminals of

the deck.

lower for the

type, use

FOR TAPE

LINE

is done

OUT

to the

TAPE

in the

this unit

built-in.

should also have

terminals

the tape

The upper

right.

CENTER

the

PLAYBACK

or TAPE

MON terminals

same way

PIONEER's

(LINE

to the

deck.

terminal

If the tape

MONITOR

Use the

CHANNEL

(OR

as described

must have a

models

ideally

is

MONITOR)

terminals

on

suited

output

OUT)

signal input
for the left

deck

this

or

cords

is of

output

on

unit.

in the

NTABLE

:re tuintable
:idge, connect
rminais
bal ca'tridge,
nect the left channel
b to the lower.
:r terminal

:cond
l, conoect

turntable
l, either
rate head

Le turntable
rinals

the spares

L

on the

turntable

of this unit.

CONNECTION

is equipped

its output cords

rear of the unit.

connect

If

the cartridge

will do.

with magnet

its cords to the

a moving-coil

with

a matching

amplifier must be employed.

output cord

In such a case,

provided in the accessories

with a

it to the

cord to the

transformer

AUX

is of

type cartridge

PHONO

(MC)

plugs

moving-magnet

PHONO

the

to

If the

turntable has

1 terminals.

upper

for

do

terminal,

monophonic

MAG 2 terminals.

cartridge

MC

cartridge

not

match

replace the

bag.

type

MAG

the

type,

is to be

is to be

or

the

plugs

USE OF

The
all
means
TAPE
the

no other

CONNECTION
Connect

OUT

same way

a

CONNECTION

CORDERS)

When

edit an

recorded

the

jacks

B
standard

RECORD/PLAYBACK

a DIN

has

deck

tape

playback

recording

of

REC/P.B.

corresponding

&

using

second

and

(optional)

one

this

connector

connector

connection

tape

the

MIXING

outlined

as

two

already-recorded

concert,

tape

the

on

phone

cords

FOR

deck

REC

WHEN

tape

etc.,

deck

front

plugs.

of the

MIXED

input

terminals.

above.

USING

decks,

and then

the

to

CONNECTOR
record/playback

type

connections

Plug

cord.

unit

this

on

the tape

on

necessary.

are

RECORDING

terminals

Connection

TWO

for example,

practice

or

tape

hear

TAPE

SX-9000.

MON B

can
one end

and the

deck.

and

TAPE

when

the

These

connector,

made

be

other

In this

unit's

this

is made

DECKS

you wish

along

results,

TAPE

and

jacks

take

by

into the

into
case

PRE

in the

(RE-

to

with

connect

REC
1/4"

a

FRONT

Push once

PANEL

to switch

it off.
PHONES JACKS

These
The

phones

two

two stereo

jacks

jacks

(A,

headsets.

FACILITIES

on the

for stereo

are available

B)

power,

once

headset(s).

for connection

again

to turn

with

TUNING

When

pointer

I

selecti

of th

possible.

For
way.

that

FM

an

Precisi

the dial

TUNING

knob

This

is

the tunir'g

TONE

INDICATOR

Turn this
the
position for

knob to the

to

left

reduce them.

flat response.

TREBLE

Use of

this

is similar

knob

REVERB

This is the
right to

F I LTER

LOW:
HIGH:

MUTING

FM

This
stations when
switch
desired

reverberation

increase

Use this
ference,

reverberation,

filter to cut out

such
Use this filter to cut
ference, such

switch is used

to suppress much

tuning.

should be kept off

station signal at the

LOUDNESS

reduced volume the ear's

At

high frequencies

and
for that
At

off.

TAPE

This

of a tape deck
3-P type

TAPE REC B JACK
For connecting

(recorder).
or tape for editing.

phenomenon by emphasizing

normal

MON B

jack

high volumes this

or

JACK

for connecting

is

or tape

plug.

the LINE

to

Allows

recording

to

right

accentuate

Set

to that

the

of the

adjustment

the left

to

low-frequency

motor rumbling or

as

out high-frequency

as that

from fluorescent

In a fringe area,

because it

same time.

sensitivity to

is reduced. This

switch should

to the

recorder.

LINE OUT

It

is designed

IN terminals

of another

bass tones,

at its center

knob

BASS

knob.

knob. Turn

reduce it.

to

to

it to the

hum.

between FM

noise

however, this

may suppress the

extremely low

switch compensates

these frequencies.

be kept

terminals

to accept

of a tape deck

program source

COLOR

TONE

6ct

92

70

AM

OFF
PO\A/ER

ON

6

PH

e

AM

aa s

55

FM

STEREo

BALANCE

to adju

Used

chan

right

channel

MODE SIIVI
Controls

unit as fol

REV: S

a

ST:
LT:

sou

the

Right
speak
f,eft

tc

INDICATOR

NG

selecting

the

of

er

ble.

broadcast,

FM

an

Precision

dial

the

ING

is

knob

meter(s)

unir'g

COLOR

E

an

lower

FM

pointer

used

broadcast,

ANI

meter

use

tuning

the

of

locate

to

more

for

that

so

tune

to the

far

deflects

the

also

is

upper

AM

Precise

as

lower

possible

meter

or

tuning-

meter

is

FM

in

adjusting

by

ceutered'

stations'

REVERBERATION

the

right

the

dial

as

same

so

Watch

VOLUME

RCE

knob

This
broadcasts,

balance

to

used

mixed

Turn
the

sound
SOURCE
all

recording

ASTER

this

speakers.

will
waY

the

VOLUME

knob

and

used

is

record

If this

come

MIC

the

to

to

the

with

to

frorn

right.

adjust

and

play

program

microphone'

a

right

the

knob

the

LEVEL

the

tape

source

increase

to

turned

is

speakers,

volume

volume

playback'

signal

down

controls

of AM

volume

the

all

even

and

is also

It

during

level

waY

the
though

are

FM

from

no

the

turned

CATOR

COLOR

IE

s2 s1

s

:l-

;-;-;

o

\SS

TON E

INDICATOR

()

r:torueen

9A

s6

t" t""

ooo

FM

TREE}LE

1OO

PHONO

REVERB

1O21O4

12o

14o

AUX

ERATION

1O8

106

160 xlokHz

MHz

PUSH

ON

MUTING

SPEAKERS

T UNING

B.l

MON.

Lo

J

ABc

VOLUME

MIN

M A

STER

Q-

ANCE

souace

TONE

BASS.

vtvlo

COL

l.

MIC

LE

LECTOR

E

S

PHONO 1

r

.

F:,:

L"(

e.djust

to

CONTROL

the

LANCE

d

Lt channels.

sound;

nnel

SIIIITCH

DE

stereo

the

rtrols
t as
V:

r

:

:

R:

foliows

r3versed.

.

Stereo,

Normal

channel

Left

speakers.

Ii.,ight
speakers.

ar-rd

l,eft

both

tr

stereophonic

Turning

right,

the

to

aud

right

with

stereo.

sigual

channel

left

signal

right

and

the

to

the

mono

arld

fed

fed

channel

channel

right

balance

strengthens

left

channel'

right

output

left

both

to

both

to

sigr-rals

sPeakers.

between

functions

chairnel

and

left

and

left

mixed,

left
the

of

siglals

then

and

left

the

right
right

fed

LEVEL

MIC
Control

Control

A, and
right

the

is

A

Control

increases
Ul"roplrones
another
When

should

NOTE:

sound

microphone

a

turned

be

When
through

useo.
When
to
connected

CONTROLS

microphone

microphone

a

for

MIC

for

B

signal.

the

used

be

can

source'

such
is

the

all

microphone

one

only

left and

both

microphones

two

jack

A broadcasts

to

iack

signal

JACK

at any

not

way

right

through

is heard

B

input

connected

B'

record

a

as

being

the

to

used'

is

speakers'

used'

are

the

through

level'

Turning

for

time,

or

used,

(off)'

left

signal

its

regardless

however'

speakers'

left

right'

the

JACK

MIC

to

to

either

mixing

recorded

control

that

monaurally

is

which

of

connected

one

the

while

the

with

tape'

iack

the

fed

is

one

'

PIONEER

SPEAKERS
These switches

off. Push
off. Pushing the
reproduced
SPEAKER A terminals. The
their corresponding

NOTE:

you

If
the

TONE
This switch is for selecting

.

your
VIVID:

BASS: Emphasizes
FLAT:
SOFT: High

TAPE MONITOR

Depress
again
when
Turning it

This button
editing conditions.
There are

rear

correspond
jack

SELECTOR
This switch

AM:

FM MONO/WIRELESS:

FM
PHONO

PHONO
AUX 1:

Only two speaker systems can
A+8, B+C, or A+C). lf all three speaker buttons are
the same time, no sound

wish

OFF

button.

COLOR

mood

Emphasizes highs
clarity

Flat,

this button

and it

listening

(A)

and front

A, and

AUTO: For

1: For playing

2: Same

AUX 2:
MIC

JACK A,

Plug

a microphone

microphones

turn the various speaker

each button once to

A button will

from

terminals on the rear of

to shut off all

or

the music being heard.

untempered
tones relatively

shuts

on automatically

is intended

two TAPE MONITOR

to them.

button B

is for

mono
nected

For playing
terminals.
Same

off. During record

to

(B)

choosing

For

automatic

and

as above,

as above.

speakers

the

B and C buttons

will be

speaker

the

and

bass

tones.

tone.

softened.

to monitor a recording; press

a broadcast, leave

switches

to aid in checking recording or

of this

Button

through

receiving

to

the PHONO

unit, and

A directs the
jack

the

For
casts,
signal
microphone.

switchover

stereo

broadcasts.

records

for

signals

for

B

can

used into

be used

one of

at the same

systems on

turn it on, once again for

cause the

connected

used at the same time

be

reproduced.

sound, simply

particular

lows for more

jacks,

B.

program

AM

broadcasts.

FM

monophonic

or for

from

on

1

PHONO

fed

AUX 2

sound

the unit.

tone

or tape

this switch

off

the speakers.

A

and B, on

these two buttons

signal through

source.

broadcasting

a

wireless FM

between

a turntable

terminals.

2

terminals.

to the

terminals.

jacks.

these

and

to

to the

control

(i.e..

pushed

press

to suit

sound

play,

off.

the

broad-

the

FM

con-

AUX

Two

be

or

time.

at

it

1

RECEPTION

1. Set the

2. Turn the
very

3. Tune

meters.
Best
Iower
station, while
If the
light

and the

SELECTOR

MUTING switch

low-then leave

in the

reception

meter

broadcast

up. It remains

set

OF

desired

is obtained

deflects

of the

that

is

automatically switchover

FM

FM

switch

stereo. the

unlit

to

(unless

on

it off).

station while

when the

as far to

the

upper meter

if the broadcast

STEREO.

signal strength

the

watching

dial

right as

FM Stereo

possible for that

is centered.

is monophonic,

for monophonic

TUNING

the

pointer

indicator

is

of the

will

a. ffi::1""Ting

SOURCE and
achieved.
Then

other controls

5. To increase
right.

For FM

when external

setting the SELECTOR

however,

adjust the BASS,

is complete,

MASTER

for the most

reverberation,

reception located

noise is high, reception can

stereo

programs

RECEPTION OF

1. Set

2. Tune

3.

4. To

the

TUNING

far to the
After

the
TONE

increase

right.

SELECTOR

in the

meter.
right

tuning

desired

level, then

COLOR

reverberation,

is complete,

switch

desired

Tune

possible for that

as

controls.

slowly

knobs

TREBLE,

pleasing

turn the REVERB

far

to FM

will be

turn up the

until

sound.

away

MONO. In this case,

received

AM

AM.

to

station while

dial

slowly

adjust

turn

the

station-

turn

BASS,

the

the REVERB

so that

VoLUME

proper

the

TONE COLOR

from the

be improved by

as monophonic.

watching

pointer deflects

up the

TREBLE

level

knob

to

station, or

lower

the

VOLUME

knob to the

is

and

the

as

to

and

If noise

'reception,

ground.

.

AND GROUNDING,

LISTENING

1. Set the

To use
terminals,

2,setto

If

2.

tbe

either

3. Adjust
COLOR controls.

4. To increase
right.

is

extremely

problem

the

Reread the section,

TO RECORDS

SELECTOR

turntable

the

PHONO

set to

PHONO

record is monophonic,

L or R.

the VOLUME,

2.

reverberation.

during

high

could

page

3.

switch to

connected

1, for that connected

be

ANTENNA

PHONO

set the

BASS,

turn the REVERB

TREBLE and TONE

FM and AM

both

in the

to the

antenna

CONNECTION

1 or PHONO

MODE

knob to the

and

2.

PHONO

PHONO

to

switch

1

to

TJIONEEfiI

USING

The SX-9000
for such

MICROPHONES

permits

purposes

the use of two microphones at once,

as recording a concert in stereo;

even
performances or dramas in large theaters can be efficiently
recorded.

1. Turn the VOLUME

microphone

recording only is desired.

SOURCE knob

the

all

If

way down

mixed recording,

-

combined with music from a record, etc., is desired, set
the SOURCE knob to the best level.

2.

3. If two

MIC LEVEL A knob

Tii,e
microphone
jack

B. Tum
input signal strength.
"howling"

plugged

into

either of

Adjust the level while watching for

(acoustical

these knobs

through the microphone). If
volume or separate
only one microphone

the

is used,

setting the MIC LEVEL

OFF,

NOTE:

the sound

When adjusting the MIC
howling.
Howling
the

will be reproduced

is

of course unpleasant to hear,

VU

meter

of

your

controls the input

jack

MIC

feedback

this occurs, reduce

microphone(s)

plug

for another

LEVEL

tape recorder

microphones are used, the one
A will broadcast over the left
wish to use only one of

channel, B the right. If

these microphones
tum the unused microphone level
microphone used

will broadcast over both channels.

from

knob

A;

B controls

to the right to increase

of the speaker signal

the

and speakers.

it into

jach

not being

from

both

control, be careful not

but

or deck during

connected to

either

speakers.

it

can also

recording.

jack.

used to

to cause

damage

jack

you

any

at

control off. Then

time,

the

if

a

If
If

USING

AND TAPE

As shown

TAPE DECKS

RECORDERS

in Fig.

9,

signals heard from

the

speakers

are
normally fed to the SX-9000 TAPE REC A and B terminals.
When recording, set the SELECTOR
your program
Broadcasts and
cannot

be
TREBLE
adjusted by the

source. Refer

Listening

regulated

by the SX-9000 VOLUME,

to the

to Records. Recording signals

and TONE COLOR switches.

recording level

control on the tape deck/tape

MODE switches

and

sections

on

These must be

Listening

BASS,

to
to

recorder.

NOTE: When

the right channel signal may
CENTER CHANNEL

using mono tape

recorders,

terminal should

either

be

the

recorded,

therefore

left

but
be

channel

not

both.

used.

signal

The

or

TAPE MONITOR

With 2-head
monitor mechanisms,
ON during recording

playback

and
type, signals fed
with the 3-head type, signals
after recording.

and 3-head type tape recorders

TAPE MONITOR

effects

connected): With the 2-head

head

can

be

heads

to the

turning the

has the following

first

are

recording

can be monitored immediately

(

See

Fig.

9.

)

fitted with

switch

(if

recording

monitored;

...aro.--

TAPE

...oIa---

sx-9000

DECK

B

10

PLAYBACK

.

Turn TAPE

VOLUME,
the desired

o

When

position of the SELECTOR

the

MIXED
When

tape
the microphone
the
this
the tape

By using
of a tape,
etc. and
favorite recordings:

using a

deck to

record or

will

EDITING

shown in

1. As
TAPE DECK A and turn TAPE MONITOR SWITCH
A ON.

2. Place the

3. Playback

on TAPE
By tuming
you

can monitor the

MONITOR SWITCH A OFF.

MONITOR

BASS,

levels.

TAPE

RECORDING

deck.

MONITOR

microphone

the PRE OUT

with the

broadcast.

in howling and

result

RECORDING

two tape decks

you

can edit

obtain

a

Fig. 10,

new tape on TAPE

performed on TAPE DECK A and

is

DECK B.

TAPE

SWITCH

TREBLE

SWITCHES

in mixed

terminal

MIC LEVEL

Do

TAPES

and

old tapes taken

brand-new tape containing

place

MONITOR SWITCH B ON

recording. Be sure

A or B ON

and TONE

A or B

becorries

recording,

and

knob

not turn this

may damage

re-recording only certain

old tape or mother

the

DECK B.

and adjust

COLOR

immaterial.

adjust the volume

from

not

switches

are turned

connect

listening

while

knob too high as

VU meter of

the

FM broadcasts,

only

recording
and

turn TAPE

to

YOU CAN ALSO

the

to

ON,

the

of
to

parts

your

tape on

OFF

sx-9000

...oro---

Fig.

10

USE

MULTICHANNEL AMPLIFIER

By using
(PIONEER

AMPLIFIERS,
amplifier

a. Set the

b. Connect

YOUR

an

system.

PRE &

SX-9000

the
connect the
OUTPUT

at the

the PRE OUTPUT

CROSSOVER

SX-gOOO

ELECTRONIC

MODEL

you

terminal and the

SF-700)

build a

can

MAIN switch

SEPARATED

NETWORK

CROSSOVER

MAIN

sx-g000.

c. For

3.D STEREO
By

of
CHANNEL
up

MID-RANGE and

AMPLIFIER

connecting

-

3-D

250H2

OUTPUT

stereo

150

a

must be used.

SYSTEM

POWER

a

system.

HIGH-RANGE

AMPLIFIER

cut-off

terminal

frequency

AS

SYSTEM
CROSSOVER

and one

high-quality

on the rear

position.

terminal

NETWORK

in the

FOLLOWS

or two POWER

of the SX-9000

INPUT terminal.

INPUT

a separate POWER

with

to

panel,

rear

NETWORK

multichannel

panel

of the

Also

LOW-RANGE

terminal

low-pass

a

the

of the

CENTER

you

can

filter

and

set

sx-9000

oooooo

oooo

TJIONEEFI

CONDITIONS

Noise: There are

hi-f i unit.

is faulty
external
When a
assumed

that the

sourceof

Continuous or
noise like

When a station

hum is mixed

a
o

program.

E

o

Hissing sound

m

(medium

o
g

o

'?
.J

Static

q

when automobiles

o

!

to the house).

=

Reception of
program contains more
noise
gram.

Hum
switched to radio
the

E

o

E.

o

.=

o

Output
poor

o

Treble is not clear.

=

a

These are

(a

transistor

hi-fi unit

that the

maiority of

SVmptom

jjjjli

wave)

noise

FM mono

than

buzz. When

or

noise

disappears.

tone

and mixed with noise.

FREQUENTLY

variety

generalty

noise isadding noiseto

produces

unit

or

(in

noises

of

divided

part

or

is

faulty, but

produced

noises

intermitten

zzzzzz.

is tuned in,

in the

noise in

AM

reception.

particular,

run close

FM

stereo

pro-

reception,

quality

MISTAKEN

relating to the operation

into two types;

has deteriorated)

the unit.

unpleasant

an

in hi-f i acoustic

.
o

r Poor fluorescent

I

o TV set

a
r Radio frequency

a

a
. Jack connection
o Line cord or

o
a

is

.
. Record
a Dust adheres
.
a Stylus
r

noase, it

statistical

Static

Fluorescent lamp,
may be

of

heater may
house.

The frequency of an adjacent
interfering with that of the station being
tuned in

rece iver.

White noise
engi

ing machine
Note that

FM

of a

Poor connection of shielded wire

shielded wire.
Poor

Ham
ting station is near

Stylus

Stylus
The TREBLE

records

Suspected

(lightning)

in

use

the house.

be

(10kHz

is

on

nes.

being

the

stereo broadcast

regular mono

grounding.

transmitting station or TV

is worn out.

is

worn out.

to

is improperly mounted.

pressure

of a

(1)

the unit

(2)

and

unats

in the same house with the

generated

service area covered by an

f luorescent

(c)

level is

an

is

often

indicate

result

of Noise

Source

motor, or thermostat

in house

lamp,

in

is not

motor, or

in house or near the

use

beat interference).

from automobile

machine or weld-

sewing

used near

is

about 50% of

broadcast.

(b)

is loose.

(d)

your

house.

(a)

(b)

(c)

stvlus.

proper.

hiqh.

too

in

or

lamo

FOR

from

external
amplif
noise. lf
following table and
appropriate

the vicinity

electric

station is

your

house.

that

{a).

is near the

transmit-

(e)

(d)

(e)

MALFUNCTION

ier and reproduces extraneous

sources of

your

receivel

corrective action.

In manv cases,

noise. In

of
the noise
make a complete

Reversing the
noise
tne norse.

lmpossible to remove such interference. lf the cause
such
between

In an
FM input signals are very weak.
in the

antenna

Increasing
Use
indoor

Correcr
case of

Check

Lower

level,

problem.

noise is in the

the

area

circuit

having many reflector

FM input

an exclusive FM outdoor antenna

tvpe

T-

the conditions

(e),

(a)

through

the

TREBLE

nolse. Due

produces

trace out

order

line

TV

surrounded by hills or high buildings, the

loses its function.

report it to an ofJicial activity.

a

Diagnosis

it is

very diff

to

make
set up a
grounding

plug

may occasionally alleviate this
it is very

Usually

TV

set

receiver.

and

signal may alleviate

antenna.

stated in

(e)

and correct

level.

to the inherent

noises into def inite output

noise, check according tothe

the source of noise

Remedy

and

icult

remove

to

the radio input larger than

good

outdoor antenna and

difficult

set. increase the

Thus

Set

elements.

(a), (b). (c)

the condation.

the source

to

the noise limiter

up an outdoor

this

instead

or

high

for

the

eliminate

of

distance

FM

problem.

of the

(d).

ln

Watch for

the

Power is not
although the
rs

set

playing

In
creasing the volume
howling.

following

Symptom Suspected

to

ON.

conditions; these

turned

power

a record, in-

on

switch

causes

o
. Line

a
a

are also apt to be mistaken

Fuse

blows.

plug

is

Distance between the turntable
soeakers
The
soeakers are set

is

place

Source of

(a)

(b)

loose.

too short.

which the

on

is

unstable.

Noise

and the

turntable

for malfunction.

Diagnosis and Remedy

(a)

(b)

Check

Change
increase of the unit and speakers.

or

turntable on
oroblem.)
Do not enhance

the distance or

and correct

and

a firm, solid stand

the

BASS

sound

the

condition.

rearrange the

(lnstalling

may alleviate

level

excessavely.

installataon

the

this

TZ

SPECIFICATIONS

SEMICONDUCTORS

Audio Section

Transistors
Diodes

Tuner Section

IC's
FET
Transistors
Diodes

47
11

5

t­12
11

AUDIO
Music

Continuous

Output
driven)

Continuous

Output
driven)

Harmonic
Damping

Frequency
Power
Hum

Sensitivity and

(at
power

Output

Terminals

Equalization
BASS
TREBLE

Filters

SECTION

Power Output

Power

(Each

Power

(Both

Distortion

Factor

Response

Bandwidth

Noise

and

1kHz, continuous

output)

Jacks

Curve

Control

Control

channel

channel

Impedance

and

8A

rating)

4A 240 watts total
Be
4a

8O 50w
4A 60w

Less than
continuous
30

l-OHz to 35kHz.
10Hz to

PHONO MAG
AUX
PHONO
AUX
TAPE

MICROPHONE
MAIN

150 watts total

62wl62w
85w/85w

(at

8f2, lkHz)

.............more than

...............2.5mV,

(1,2)

..............160mV.

MONITOR

..............160mV.

...............1.6mV,

INPUT

............500mV,

Speakers
Stereo
TAPE

TAPE

(DIN

PRE

PHONO.....RIAA

+12.5dB,
+9dB.

LOW.......Cut

HIGH.....Cut

Headphones

RECording

REC/P.B.

type)

OUTPUT

-11dB

(1kHz)
(1kHz)

+

50w

+

60w

0.57o

power

35kHz

more

(1,2)

MAG

(A,B,C)

-14dB
(at

12dB

(lkHz)
(lkHz)

tldB

(IHF

(A,B)

6dB

(at

output)

rating)

than B0dB

100dB

(A,B)

180kQ

16 ohms

4 to

Jacks

Jacks

Connector

500mV.
(at

50Hz)

10kHz)

(at

(at

LOkHz)

(IHF

1kHz,

50kQ
50kA
5OkO
65kO

(A,B)

(A,B)

13kSl

50Hz)

PIONEER

Loudness

Reverberation

TONE COLOR Switch

MlCrophone

FM

Frequency Range
IHF Sensitivity
Capture
Selectivity
Image Rejection
Signal to
Antenna

Contour

TUNER

Ratio

Noise

Input

Mixing

SECTION

Ratio

Switchable
+12dB

10kHz). with VOLUME
set at-4OdB, VOLUME
Reverberation easily control-

lable
4-position knob for
"BASS",

Stereo

.....through

"B"

Monophonic

.....through either

"B"

87.5MHz

1.6pV
1dB
40dB
90dB
More than 65dB
300ohms balanced

(at

(at

(at
(at

ON-OFF

to

(at

SOHz),

"FLAT" and

both "A" and

channels

channel

to 108MHz

98MHz)

98MHz)

98MHz)
9BMHz)

+7dB

control

"VIVID",

"SOFT"

"A"

(at

or

FM MPX SECTION
Circuit

Channel
Harmonic Distortion

AM TUNER
Frequency

IHF Sensitivity
Image Rejection
Antenna Input

MISCELLANEOUS
Power

Power
Dimensions

Weight

Separation

SECTION

Range

Requirements
Consumption

(Overall)

Time-switching type

lator

FM Mono-Stereo
selection

(at

40dB
O.B7o

525kHz

9.5rrV
78dB
Built-in
antenna

110,

volts

350
20-9176"
7-518"

13-9/16"

Without

16.7

With

lkHz)

(at

lkHz) 100% Mod.

to

1,605kH2

(at

1,000kH2)
ferrite

120,

730,

220 and

(switchable)

(310W)

VA

Package 34
kg
package

MAX.
522 mm
194

mm

344 mm

42lb

loopstick

demodu-

automatic

(width)
(height)
(depth)

lb

oz

8

3oz

L9.2kg

240

ALIGNMENT

FM

ALIGNMENT

Disconnect
Position

Volume

STEPS

2

3

A

OF

OUTPUT

Switch:

of

Control

qu

E

onnect

C

Sweep

terminal

lN

lF

of

Remove

SweeP

terminal

lN

lF

of

Setting:

ipment

Generator

unit

electrolytlc

Generator

unit

INSTRUCTIONS

SECTION

terminal

SELECTOR
MUTING

Input

tons

f ront-end

of

..,..

.....

Counterclockwrse

Fully

F requencY

10.7MHz

'acitor C

caf

I I
|

10

rz

TMHZ

I

I

..

FM
OFF

(ol

I

rom

f

MONO

L evel

40dB

80dB

MIF

40dB

terminal

lN

D ial

Setting

niI

4.7

FF

lF

of

ut

O

EquiPment

onnect

C

scilloscope

O

termrnal

detector

in

scilloscoPe

O
OUT

unit

Put

ions

,4-h
\9

clrcu

terminat

lignment

A

ust

dj

A

Unit

iil""

sYmmetrY

Check

of

T+

Unit

lF

R emarks

Adjust

sensitivitY
trical

Adjust
of

straight
curve
steepest

for

characteristics

curve

of

the

so

T

a

will

secondarY

center

the

coincide

will

of

center

maxlmum

and

Primary

that

Portion

become

adjust

and

core

:

S"

of

with

the

sYmme'

core

slope

:

S"

of

the
the

that

so

curve

the

marker'

of

5

6

8

9

10

1l

I2

i3

l4

15

connect

Sweep
TP of

end

Connect

termrnal

FM
terminal

Repeat

ront

electrolY

terminal

capacitor

trc

j

and

L3

OUTPUT

Generator

F

G t l-;;l

Antenna

STEPS

front-e

of

10.7MHz

C

o6MHz

1

several

14

to

nd

4 0dB

4.7

\

ltF

t,

,.."

'.](+ooH

f::

0dB

l

(400H

30,,/o

limes

terminal

lN

of

Point

Inter-

no
ference

as

near
88MHz

)

90MHzO scil

lr11i

)

IO6MHz

as

of

lF

I

I

]

unit

scilloscope

O

@

inal

term

loscope

scil

O

terminal

OUT

loscoPe

t

our

OscilloscoPe

VTVM

termtnat

OUT

oI

Tz
front-end

Check

of

Tq

Unit

lF

--

^;--1

;"tsq-

of

+

CT

front-end

rl,

Lr.

OT

| :

-end

f ront

Qf',

of

CT:

front-end

symme

CTz,

__------..-

lAdiust
lsensitivitY

I trical

try

--

Adjust

-]

deflection

I
I

for

characteristics

curve

of

sim

for

Adjust
deflection

to(

maxrmum

sYmme

and

OF

I

ilarlY

maxlmum

maxlmum

PIONEEFI

ALIGNMENT
Position

Volume

of Switch:

Control

Input Signal

STEPS

Circuit to

adjusted

1

Separation Antenna

2

ALIGNMENT

*

VTVM

and oscilloscopeshould
Position
Volume

S

TLPS

of Switch:

Control Setting: Fully

OF MPX

SECTION

SELECTOR
MUTING

Settino

:

Fully
Main ( L+ R)

l9KHz Pilot

be

Connections

--

-'-

+

MPX SG

terminal

OF AM SECTION

SELECTOR..................MW

Lqu,pment

connectrons

to

I nput

I I

...

FM AUTO

...

OFF

Counterclockwise

40

.5KHz Deviation

7.5KHz

S ignal

l

Sub

-R)

trM

be connected

(L

LorR

parallel

in

Counterclockwrse

l

requency

Deviation

C onnect

AC VTVI\4

XLL

terminal
LorR

at

the output.

.:',::"

(.60,)o

(IO%)

VRr

)

.i,liLt.,

Adjust
other

gnment

A

I i

R

emarks

for maximum

for minimum

channel.

I

A dlu st

I

deflection

deflection

A Iignment

n

of

emart<s

,

t

2

^

3

4 Repeat

Sweep

Signal
Antenna
Tnrougn

l

Signal Generator

A ntenna

through

Generator

12

Generator

Terminal

dummy

steps

2 and

Terminal

dummy

455kHz

60OkHz

il4ookHz

3 several

times.

I

60OkHz

i

6OdB

30dB

Point of no

interference

- - --

]
i

':^:":;;'

600kHz

14o0kHz

I

600kHz

vrVM

^
Oscilloscope

8

VTVIM

Oscilloscope

8

T3
T4
T5

Adjust
sensitivity
rical

A djust
defrection

Adjust
deflection.

for maximum

characteristics.

f or maximum

for

and symmet

maxrmum

PARTS

LAVOUT

ToP

vlEw

w1t

o

28

VC 304

vc 303

L3o2

L2

142-024

w 23-003

..50

2200

2---\

//;)\

""

I |

i /

,,

lfl

"pO:O6,o,@8.6""';

9 ;- \^/1/ ^lq

3

5 i 6

,"qb@5p59

U5

o4

o5

*12028ou

w1fi7

il:

oJ

DIAL CORD
STRINGING

,
\\"

\\r.

\.i\

ot\

LuS

FM

TUNING

CAPACITOR

,7

2lurn

AM

TUNTNG

cApActroR

\

\\

\_.;'

REVERBERATION

TUNING

SHAFT

2

turn

\

CONTROL

ONEEFI

BOTTOM

VIEW

2200 1 00

\

Oa'

).F

w 23-003

o

//w16029

/6)

2200

o

,',

3 3' J,

.\or /1 /-\B1o

A2\)

z--'r

o'

(,

o

Jr 3,8,,?,"

Ic3)[c7)A]o

\--l \--l

\J

\-/

GD

vWl6028

50

Ll4

-

Br, tsr

'"

^^^

A2o

a,o

c

AFC IP2

AGC

IPl

j

otO

a,,

o,o

5 S

5

c,u

O Qoo,

E"

or.'i

.

.u

w 22 042

\

I

t8

PRINTED

CIRCUIT

BOARDS

TJIONEER

@o

rol Fql

Ql9

w26

-

OO2'

n

b

-o

rJIONEER

N

;

Rot ,

a

.s.-ii'#

t"tg-W

"i-*.+;

i,XI;ra!*iii.{trl+q

ti.b

sr6qF

PltltS

g.u*

FrcF

.c'ofS

s-lF"a-

N

:,.330*.

q#

f f

il,ir*

l^ lo I

**..*"4

S.

-tF

.f

;SB

'.t

":

'i'

110-

!3

V\fr-;f,:
ltrl

?;:{

i

*51

+-i

i

ti:$ia:"'

,,,;

;**ffi*,,,*$*\

0UTt E: iNr Er

c

o:

0,'4,

PIONEER

RS

t}

LIST

PARTS

CAPACIT

lN

uF ,IO?IIOLERANCE

Symbol

Ceramic

C1

Caramic

C2

Electrolytic

C3

ElectrolYtic

Ca

ElectrolYtic

C5
C6 ElectrolYtic

ElectrolYtrc

Ct

Ceramic

C8

Ceramic

C9

Ceramic

C ro

Crr

lCeramic

Mylar

C

r2

lvylar

C r :

ElectrolYtic

C

r+

RESIST(|RS

IN

O,iW,

k:kO

Symbol

Rr
R2
R3
Ra
R:

R6
RZ
R8
Re
R ro
Rrr

Rrz
Rr:
R r+
R rs

R ro
Rr7
R

r8
R re
Rzo
R zr
R22
R23

R24
R25
R26
R2t
Rze
R ze
R:o

Ct)ILS

Symbol

t-

Ll
L2

L, l

IOO%TOLERANCE

M:MO

film

Carbon

Jilm

Carbon

film

Carbon

film

Carbon

film

Carbon

film

Carbon

filrr

Carbon

f ilm

Carbon

film

Carbon

f ilm

Carbon

film

Carbon

film

Carbon

film

Carbon
Carbon film

film

Carbon

film

Carbon

film

Carbon

wound

Wire

wound

Wire

wound

Wire
Wire wound

film

Carbon

film

Carbon

film

Carbon

film

Carbon

J ilm

Carbon

film

Carbon

f ilm

Carbon

film

Carbon

film

Carbon

TRAI{SFt]RMER

AND

j

p*",

r-rr*",

I

Co,l

Choke

J

nM.Ferrite Loopstick

|

coit

cnoru

UNLESS

rplon

Descr

o.o1

ol

0.
2200
2200
2200

100

2200

0.01

0.01

0.01
3p

22OOp
22OOp

220

UNLESS

Description

F';*

150k

2.2k
56k
56k
47k
47k
56k
56k
56k
56k

4.7k

4.7k

3.3
a2k
a2k

150
150
150

56k

2.7k
a.2k

56k
33k
33k

4.7

4.7k

2.2k

Description

Antenna

OTHERWISE

I

OTHERWISE

T

k

lk

k

NOTED

50v
50v
50v
50v
35V

lOOV

lOOV
D C I 4KV
D.C L4KV
tJ c 1 4KV

5OV

50v
sov
50V

35V I

3W
3W
3W
3W

No.

Part

I

103(

cKOYl

i03K 50

c|(DYl

c52-045-A

045.A

c52
C52.075'O

l00lt1F lri

CETG

c52076
c43.003
c43.003

003.0

c43

030ti 5t

030c 50

c(jDsL

ccDst

222K

cQl\lA
cQr\4A 2221(

2201{F

CEIG

NOTED

Part

rso|(+, lrL

nrips

I5Ol(.K

RFiPS
RF:PS 2R2K

RFiPS 56K,K

56K.K

RFiPS

47l(.( Nt

RF:PS
RFiPS4T|(.r(
RFIPS 56l(-|(
RF}PS 56K
RFiPS 56l(.l(
RF}PS 56l(.I(
RF:PS 4R7|(
RFlPS 4R7l(.K
RFiPS 3R3K.l(

RFIPS
RFiPS 82K-K
RFIPS
R03P 150-K
RO3P 150-K
R03P 150-K

150-K

RO3P
RFIPS 56l(

2R7l(

RFiPS
RFiPS

8R2l(

RF}PS

33K.l( Nt

RFiPS

]3l(

RFiPS

RF:PS 4R7K.l(
RF.!PS 4R7(-K

RFJ!PS2R2X-I(

Part No

I

Ttu, *

T24'O3O O

I
lf42'O24-A

r24 o25 B

l

PTPF

50

0

0

50
50
35V

No.

NL

K

NL

NL

K NL

NL

NL

I( NL

Nt
NL

82K-K

K

lX

K Nt

r(

l(

56K.K

I( NL

o

SWITCHES

Symbol

[r,,

=

52
S3
Si
Se
Ss

P()TE

Symbol

VR1
VRz
VR3

VR5

C0MP0U1'lI]

Symbol

()THt

Symbol

MISCE

s"i;;

Selector

lvode

Switch

Selector

Switch

Slide

Switch

Power
Line

I'ITI(|

Volume Control(250k-A2)

Volume
Volume
Volume
Volume

Selector

Voltage

MET ERS

Control
Control
Control
Control

PARI

Terminal

REC

TAPE

R

Capacitor

Variable

AM

LLA]IE

Front

Spring for

Dial

Oiat

1

Dial
Oiat

I

Dial Pulley

I

Foot

I

AM

I

Pilot

Pilot
Pilot

()US

Panel

Panel

Front

Panel(R)

Side

Panel(L)

Side
Front Cover
Escutcheon

Board

Dial
Shaft

ng

Packi

Pulley
eultV for
Pulley
euttv

Ferrite

Lamp for

lamp,for
LamPfor
Lamp Ass'y

Pilot

Lampfor

Pilot

Lampfor

Prlot
Pilot Lamp

L5A

Fuse

Fuse 3A

Board

Dial

{or Reverberation

Pulley
Lens
Paper

Pilot Lamp

lor

for Dial

Front

(Small)

for FM

for

Loopstick

Ass'y for Tone

tor

Description

Descrption

(5Ok-A2)

switch

with
with
(25Ok'A2)
with

Ass'y

Cover

Reverberation

AM and FM Tuning

Dial

Program Indicator

Stereo

Signal

Reverb

Tuning

Pulley in

(5Ok-A2)

switch

(5Ok'HB)

switch

Descriptron

Description

Tuning Capacitor

Antenna

Board

Indicator

Pointer

Dial

Jor

lvleter

(8V

25OmA)

Color

Reverberation

Control

Capacitor

Ass'y

(8V

150mA)

No

Part

s 1 3,038.A
s 14,O35-O
s 15-035,A

.022-A

s 1 1

,030-A

s 11

.018-O

s 11

No

Part

I

010-0

c85

|

c85 056-0
C85-056'O

|

C88'010'O

L

C85'055'O

J

No

Part

w52.O04

No

Part

030.0

c64

M21.354-A

.355-A

M21
M21,356.O

-357-O

M2l

.358

M21

-217 -A

A67

055.8

A62
B 2 8.OO2.O

.145-A

E3 I

B3l-016-o
M42-O54.O
M42-053-A
M42.O27.D

M42.o2r-c

I

r.,r+z.oos,a

I

-017-o

M61

L

w72-oo2.B

i

E22.017

E22.O1a-A
E22.O29-O
E22.O3l
E22.OO2-O
E22-O26
€22.O30-B
E21 012 0

006-O

E21
A33.110-A

051.O

A59
A6 2,054
As 5-008.A

0

0

-O

-O

0

-O

Meter Escutcheon
Meter for
Meter lor FM
Lens
Lens
Lens
Lens
Lens
Knob fo. MODE
Knob for BASS, TREBLE,

Knob
Knob for TUNING
Knob for
Knob for SOURCE
Knob for POWER SWITCH
Knob lor TAPE

Knob lor LOW FILTER,

6p
4P Input

1P

4P Antenna

Spare
Socket

Jack tor
Jack
Socket for Pilot Lamp
Fuse holder

5P
Fuse
Short Pin Plug

FM Front-end Unit
FM lF Unit
AM Tuner Unit
FM MPX Unit
Muting Unit
Head Amp Unit
Control Amp Unit
Main
MIC
Reverb Amp Unit
Tone Color Unit
Demi Switch Unit
Demi
Push Switch
Power Supply Unit
Power Supply Unit

Reverberation

FM FR(]NT-IND

Signal

Tunang
for Program
tor
for

for Program
for

for SELECTOR.TONE

Input Terminal

Input Terminal

A, C Outlet

for SPeaker

tor Microphone

Connector

holder lor Protection

Amp

Amp

Switch Unit

lndicator
Indrcator

Program

Indicator

Program

Indicator

Program lndicator

MIC A, and

MASTER VOLUME

(DEMI

LOUDNESS

T*minal

Headphone

Unit

Unit

MIC B

VOLUME

MONITOR A, TAPE MONITOR

SWITCH)

HIGH FILTER, FM MUTING

Terminal

(1p)

(

DIN tx)e)

Unit

Unit

UNIT

CAPACITt)RS

Symbol

C1

Ca

C7

Ca
Cro

mic

Ce ra

Cerami c
Cerami c

mi

Cera
Cerami c
Cerami c
Cerami c
Cerami
Ceramic

c

c

Description

(RED)

Lamp

(BLUF)

Lamp

(GREEN)

Lamp

(WHITE)

Lamp

(PINK)

Lamp

REVERE,

BALANCE,

COLOR

B

Circuit

(W11-t)2B)

6p
100Op
1oOOp

lop
lop
lop

5p

10Op

25V

50v
500v
500v

50v

50v

50v

50v
500v

A6l.2l6.O

D

A9l,OO9
A9t.OOA.D

B

A62.039
462 040.8

041.8

462

M2 B

462

O43. B

462.
A12.203 B
A 12.195.

B

Ar2-].97-B
A12 196-A
A 13.020.8
A13.O21.A

038-O

A19
Ar9-078 0

A 19,077-O

K22-O73-C

-OlO.D

K2l

C

K21.005

.018.O

K i I

012

K82

0
K73.O28.O
K72-026-O
K72.O24.O

.002,8

K41

.005.A

K9l
K93 003.8

C

K96.OO6
K71.028-O

,o28-D

w11

wr2-028-o

A

w14-015
w 13.026.o
w18-028-A

w2r.oo2.o
w22-@2-O

w15,O52-F
w2l,003,A
w28.002,o
w28.001,o
w26-001.4

w26.@2.O

w26-003 0

w 16.028,o

w16.029-O

w38.001.o

Part No.

25

CI(DYZ iO2P

ccDsL 060c 50
c47.005.A
c47.005.A

100K 50

cc0st
ccDsL i00K 50
ccDsL 100|( 50

050D

ccDsL

50

c47-004-o

Cerami c

Crr

Ceramic

Crz

Ceramic

C r:

C e ramic

C ra

Ceramic

Crl

Ceramic

C

16

Cerami c

C rz

Cerami c

C

re

Cerami c

C

rg

Cerami

C20

c

RESIST(lRS

Symbol

Rr

Carbon film

Rz

Carbon film

R3

Carbon film

Ra

Carbon film
Carbon film

R5
R6
R7

R8
Re
R
Ru
Rrz
Rrs

ro

lrlm

L;arbon

Carbon film |

Carbon film
Carbon film |

uaroonTllm

Carbon film
Carbon film

film

Carbon

c0rLs

Symbol

Lr RF Coil

RF Coil

Lz

Ls OSC

MIC()IIDUCT(lRS

SE

Symbol

Dr
Qr

vr

Qz
Qs

FM

CAPACIT(lRS

Cl
C2

Ca

C7
C8
Ce
C

ro
Cll
Ctz
C

l3
Cr+
Ct5
C

16
Crt

Coil

IS85

3SK22-Y

-B

2SC461
2SC461-A Transistor

(

UNIT

IF

Cerami
Ceramic
Ceramic
Ceramic

Cerami c
Myl ar
C e ramic
C erami c
Cerami
Cerami c
El ectrol
Cerami c
Cerami c
Cer ami c
Cer ami c
Cerami
Cerami

WI2-tl2B)

c

c

yti

c

c
c

c43,OO2-O

1p

IOOOp

0.01

1oOOp

5p
5p

7p
IOOOp
IOOOp
IOOOp

Description

lOOk

I

N4

1

22O

3.9k
22k

tx

I

22o

8.2k

|

2.2k

lcx

I

22k

22k

3.3k

|

Description

l-tvaw

500v
500v

25V

500v

50v
50v

50v
500v
500v

500v

1

/8W
1

/8W
1

/8W
I

/8W

r

/8w

1

/8W
1

/8W
I

/8W
1 /8W
1

/8W

1

/8W

r /8w

c47.O05.A
ct(DYZ r03P
c47.005.A
ccOui 0500 50
cc0sft 050D 50
ccDrJ 0700
c47.005,A
c47.005.A
c47-005,A

Part No

RFll8PS t00l(.K

RF1,18PS 1M
RFli

220(

8PS
RFli 8PS 3R9r(.l(
RFl/8PS

22K.r(

RFI,l8PS

1l(
RF1/8PS 220
RFli

8R2l(,l(

8PS
RF1/8PS 2R2l(.K
RFlr

1R5( l(

8PS

RFli

8PS 22|(
RFIl8PS 22I(
RFI,l8PS

3R3l(.l(

Part

T21.013.8

r23.026.D
r23-O32-B

25V

25V
25V
25V

50v

50v
25V
25V
25V
25V
50v
50v
25V
50v
25V
25V
25V

Part No.

O(DYZ l03P 2s
cl(DYz 103P 25
cl(0YZ r03P 25

IO3P 25

Cl(DYZ
ccDsL l00K 50
cQMA 104M 50
CKDYZ t03P 25
cI(DYZ 103P 25
cI(DYZ 103P 25
c|(0Yz t03P 25
CEMX lMF 5OV
ccDsL 030c
cl(DYz l03P
ccDsL l0t|( 50
CKDYI l03P
CKDY? I03P
cI(DYZ 103P 25

Description
Diode

Transistor
Transistor

Descriplion Part No.

0.01
o.01

0.01

0.01
lop

o.1

0.01

0.01

0.01

o.0i

1

0.01

1@p

o.01
o.01
o.01

25

50

K

I(

l(

l(
|(

No.

50
25

25
25

T

PIONEER

c,,

I

I
I

I
|

I

I

Erectrorytrc 4 7 rov

CF Ceramrc
C:o Electrolytic I
C:r Electrolytic 4.7
,r, Ceramic
a

Ceramrc

r.

t , cer..m'c

RE

SIST(]RS

Symbol Desc

Rr

Carbon film

R2

Carbon film

R3

Carbon film

R+

Carbon film

R5

Carbon film

R6

Carbon falm

Rz

Carbon film

R8

Carbon film

Re

Carbon film

Rlo

Carbon

Rrr
Rrz
Rr:

C()ILS

Symbol

T r Fl\i1 IFT
T2
T3 FM IFT
Ta FM
Lr RF Choke Coil

film
Carbon Jilm
Carbon film
Carbon I ilm

AND TRANSFt]RMER

Description

FM IFT

DET IFT

300p 5OV

IOD 5OV
10p

or

o

]

ription

47k

470

56k

470
56k
t2k

2.7k
33k
22k

100

220k

420

150

25V

5OV

zsv

I

l6V

,tnimr

crr,rl

I

CCDST

30lK 50

CtNlX lMF 25V

4R7|VIF

Ct[lX

CC|]ST 100K
CCDST l00|{

crovz Lo:p zs

Part No.

RF+PS

47K

RF:PS

470
RF:PS 56K.K
RFIPS

470
RFiPS 56X.K

l2K K

RF.!Ps
RFiPS 2R7K K

RFiPS

33K.K
RFJPS 22K.K

(]O

RF:PS 1

RF:PS

220K K

RF:PS

820.K

RF:PS I 5O.K

Part No.

f 13.O22.O
T 73.O22-O
T73 022 0
I74 009
T24.O29.4

rr;vl

|
I

l6vl

50

|

50

|

I

K
K

K

K

0

MUTING

Ul'llT ( W I

CAPACIT()RS

Symbol

C r lvylar
C2 Electrolytic
C: Electrolytic

RESISTORS

Symbol

Rr

Carbon film

Rz

Carbon film

R3

Carbon film

Ra Carbon

Rs
R6
Rz Carbon
R8 Carbon film

Mtc0t'tI]ucT0Rs

sE

Synlbol

Dr 1S188 or FtV-1
D2 15188

r 2SC71 1

r 2SC71 1

Q

Q
Qz
Q:

film
Carbon film
Carbon film

Jalm

0r

2SC71l
2SC711

FIV-I

B- 028

Descriptron

Description

Description

Diode
Diode
Transi stor
Transistor
Transi stol

)

o.47 5OV
o 47

Al

33k

22k
33k

1.8k
10k
r2k

100

1 .8k

50V
2^v

Part

No

CQIilA 4/4K

5o

04/v.1

tilv\

4 vt

tt14'

5,

Part No

*r:ps::xl

RF:PS
RFiPS

RFiPS

RFiPS ] OK KNTATJ 1UA A
RFiPS
RF+PS

RF+PS I R8K.K

22K
33K

IRSK K

1 2K
I 00.K

Part No

K
K

K

MIC()NDUCT(]RS

SI

Description

or

15188
1S188
13188
1s188
15188

1S188
LI\.1703L.8L tC
LIVTO3L AL
LIVTO3L,BL
Lt\4703L BL

or
or
or
or
0r

Fl\4 1

FM,1
FIM 1
FN4-1
FM 1
FM,1

Diode
Diode
Diode
Diode
Diode
Diode

IC
IC
tC

Part

No.

MIC AMP

UNIT

CAPACIT()RS

Symbol

Cl

ir""t-b,.;;-I

Cz

Electrolytic

Ca

Ceramic

C4

Ceramic

Cs

Ceramic

C6

Cerami c

C7

Electrolytic

C8

Electrolytic

Crr

Electrolytic

Ctz

Electrolytic

Cr5 Electrolytic
C re Electrolytic

RE

SIST(]RS

Rt

Carbon

R2

Carbon

R:

Carbon

Ra

Carbon

R5

Carbon

R6

Carbon

R7

Carbon

Re

C a rbon

(W21-O()3)

Description

lt

I

10
30p
3Op

lOOp

I

lOOp

o.47
o.47

lo

lo

100
IOO

ption

Descri

1k

1k

1

50k

I 50k

220k
220k
r20k
r20k

Part

CEI\4X lOIVF 1(]V

lOV
t0v cEt\lx

ccDst 300K s1]v

50v

ccDsr l00K 50

50v

ccDsr l01r(

50v

ccDst 10tl(

50v

clllx 84/l\4F s0v

50v

ci[4x

50v

c|vx l0t!|F 10v

lov

cilltx 10t\4F

10v

Llv,i00lvf

35V

.Llv,l00vr

35V

RF:PS
RFiPS IK.K
RF,!PS I5OX K
RF:PS 15OK K

No

10NlF

10v

50

50

R47l\,1F

50V

t0v

K

1K

z6

Ca rbo n
Carbon
Carbon
Carbon
Carbon
C a rbon
C a rbon
Carbo n

R

Carbon
Carbon
C a rbon
C a rbon
Carbon
Carbon

film
film
film
f ilm
f ilm
film

1e
Rro
Rrr
R22

Rzs
Rz+

TRAI{ SISTORS

Symbol

2SC871.GR

Qr

2SC87l.GR

Qz

2SC870

Qs

2SC870

Qa

MPX

UNrT ( W

CAPACIT()RS

Symbol

-

C

r Electrolytrc

C2

Electrolytic

yrol

C: St
Ca Electrolytic

C5 Mylar
C6

Mylar
Ct Mylar
Cs Electrolytic
Ce

Electrolytic
C ro Mylar
C

lvlylar

r r

Ctz Ceramrc

RE

SI ST(}RS

C a rbon

Carbon

Carbon

Carbon

Carbon

Car bo n

Carbon

Ca

rbon
Carbon
Carbo
C

a rbon
Carbon
Carbon
Ca r bon
Carbon
Carbon
Ca rbon
Carbon
Carbon
Carbon

film
f ilm
film
t ilm
f ilm
f ilm
film
film
film

n

film
film
film
film
lilm
film
film
film
f ilm
f ilm
film

l3- 026

390

390
470k
470k

l5k

15k

2.7k

2.7k

33k

33k

56k
56k

2.2k

2.2k

pti

Descri

on Part

)

Description

I'2

10

330Op

3.3

o.15

22OOp

22cop

o.47

o.47
I sOOp
l5OOp

300p

6.8k

4.7k
39k

4.7 k
47k

47

2.2k
15k
100

330
33k

10k
10k
150

33k

2.7k

1.2k

2.7k

|.2k

l0k

50v
lov

25V
50v
50v
50v
50v
50v
50v
50v
50v

RF*PS 390-K
RFIPS 390,X
RFIPS 470K
RFiPS 470K
RF}PS I 5K,K
RFIPS r sK,r(
RF}PS

2R7K.X

RFIPS

2R7K.X

RFIPS

K-K

33

RFIPS

33X

RFlPS

56X-K

RFIPS

s6K.K

R FIPS

RF+PS

2R2K

No.

Part No.

i
i

ctMX 2R2tUF

CEMX ro|llF r0v

c15.011

CIMX 3R3|\,|F

cQilA 154(
cQr',iA

222X 50

CQMA 222K

CE]llX R47M I

]

CI|!1X R47MF

CQ||rtA 152|(

I

CQ||'|A 1521(
ccDsL

301l( 50

RFIPS

6R8X

RF}PS

4R7X

RFIPS

39K.K

RFiPS

4R7K

RFlPS

47X K

RFIPS

47 K

RFiPS

2R2K'K

RF}PS

1 5K X

RFIPS

100,X

RF*PS

330.K

RF}PS

33K.K

RF}PS

IOK,K
RFiPS IOK K
RFIPS

150 K
RF+PS

33K K
RFiPS

2R7K X
RFiPS

1 R2K
RF'PS

2R7K
RFiPS I R2K,
RFiPS

I 0K.K

50

50

50
50

Ca rbon

R

zr

Carbon

R22

Carbon

Res

Carbon

Rz+

Ca

Reo
Rzt
R28
Rzs

K

C()ILS A1{D TRAI{SF()RMER

Symbol

LPFr
LpFz

DI(]DTS

Symbol

AM

rbon
Carbon
Carbon
Carbon

I

Lt

l9kHz Coil

T1

il\4PX
'38kHz

38kHz Filter

|

A1{D TRAI{SISTllRS

Dr

lS188or FM.l

D2

1S188or FIV-1

2SC870-F

Qr

z 2SC711-F

2SC7I1.F

Q

Q2

2SC711

Q:

2SC 71

Qa

2SC711

Qs

CA3054

Qo

Ul{rT

Transformer

Frlter

Diode
Diode,
Transistor
Transistor

-F

Transistor

.F

I

Transistof

.F

Transi

tc

(W14-01s)

10k

1k
15k
15k

330

lk
33k
33k

Description

Description

stor

RFIPS

10K.K

RFiPS

lK.K
RF}PS I 5K,K
RFiPS

I 5X-K

RFiPS

330,x

RF*PS I X.

X
RFiPS 33K,K
RF}PS

f75.OZ3-O

175.026.O
T75.OI5-A
T75.O15

33K

Pa.t No.

K

A

CAPAC I T()RS

Symbol

-fcur"r'"--

c,

C2

5C

K

Electrolytic

Ca

Ceramic

C+ Ceramic

C5

Electrolytic

C6

Ceramic
C7 Ceramic
C8 Ceramic
Ca

Ceramic
C

io Mylar
Cl1 Mylar
Cl2

| Ceramic

Cr3

Electrolytic

i

Crl Ceramic

C rs Ceramic
Cro Ceramic

Ctt Ceramic
Cl8

Ceramic

Crs Ceramic

C2o l\4ylar

C

lvylar

zr

C22

Electrolytic

CB

Electrolytic

Cza I Ceramic

C:s

Electrolytic

I

Description

0.04
10

0.04

0.04

22

0.04

o.04

0.04

o.04
o.01

41Op

0.@

lo

o.o2

0. 04

0.04

0.04

47p

0.04

47OOp

47Cop

0.47
220

0.04
100

i=r-

l0v
25V
25V
10v
25V
25V
25V
25V
50v

50v
25V
50v

25

25V

25V
25V
50v
25V
50v
50v

50v

6V

25V
16V

Part

No.

c|(DYt 403P 2s
cEl!|x lor|.1|F

l0v
cKoYl 403P
cKDYt

403P 25

CT|tlX 22MF

lOV
c(DYZ 403P
Cl(DYZ 403P 25
Cl(DYZ 4O3P 25
cl(DYZ 403P
cQMA

l03l( 50

cQsA 41 ll(

50

c|(DYI

403P 25

CEIVX

lOMF 5OV
CI(DYZ 2O3P 25
cl(DYZ 403P
cl(DYZ 403P
Cl(DYZ

4O3P 25
ccDst 470l(
c|(DYI 403P
cQMA

472l( 50

cQMA

50

4721(

CtMX R47MF

CIMX 22Oli|F
Cl(DYZ 4O3P

CEMX

IOOMF 16V

25

25

25

25
25

50
25

6V
25

RESISTt]RS

Symbol

^I

nl

Carbon

R2
R3
Rq

Rs
R6
R7

R8
Rs
Rro
Rrr
R12
R

r:

R

la

Rrs
R

ro

Rrz

Rt8
Rle
R20
R21
R22
R23
R2a
Rzs
Rzo
Rzt
R

28

R:g

R:o

Ct|ILS ANI)

Symbol

'

r
12
T3
Ta
T5 AM

Mt c0ilDUcT0Rs

st

y

S

mbol

Dl
Dz
Qr
Qz
Q:
Qa
Qs

falm

Carbon

tilm

Carbon

film

Carbon

iilm

Carbon

t ilm

Carbon

iilm

Carbon

film

C a rbon

f ilm

Carbon

f ilm

Carbon

Jilm

Carbon

tilm

Carbon

t

ilm

Carbon

film

Carbon

f

ilm

Carbon

lilm

Carbon

film

Carbon

t

ilm

Carbon

f

ilm

Carbon

film

Carbon

tilm

Carbon

film

C

a rbon

lilm

Carbon

lilm

Carbon

film

Carbon

f ilm

Carbon

f ilm

Carbon

film

Carbon

film

Carbon

f ilm

Carbon

f

ilm

TRAI{SF()RMtRS

VW RF COIL
IVW

OSC COIL
AM IFT
AiV

IFT
DET

IFT

or

15188
1S188

2SC382
2SC460 B
2SC460
2SC46O
2SC460.8 Transistor

or

FM-l
FM,l

B
B

cilptronDes

I

22k
l5k
470
100

2.2k
t0k

3.3 k
470

4.7k
27k

+.t r,
l00k

27k

I

4.7k

4.7k
22k

470
470
100

3.3

6.8 k
100

3.9k

4.7

Description

ptr

Descrr

Diode
Daode
Transi

stor
Transistor
Transistor
Transistor

lk

lk

1K
68

1k
50k

on

TJIONEER

Part No.

RFiPS

22K.K
RFiPS
RFiPS
RFiPS
RF:PS
RF]PS
RF:PS
RFiPS
RF:PS

RF+PS
RFiPS
RFiPS
RFiPS

K

15K

K

470

r00.K

2R2K.

1 OX.K

3R3K.

470.K
IK-K

X

1K
4R7K K

K

27K

tK.K
RFiPS 68 K
RFiPS

4R7K.l(

RF]PS

1 OOK l(
RF:PS

27K X

RFiPS

lK.K
RFiPS

l50K.K
RFiPS

4R7K.K

RFiPS

4R7K
RF:PS
RFiPS
RF+PS
RF+PS

k

RFiPS
RFiPS
RFiPS
RFIPS

k

RF]PS

part

K

22K

470. K

470

I 00.

3R3K

6R8K

1 OO.K

3R9K

4R7|(

No

r41,008
143,007
I4|.O2S
I7I.O25

r72.017

Part

No

HEAD AMP
CAPACIT{lRS

Symbol

i

aa-E

C2
Ca
Ca
C5
C6
C7
Cs
Ce
C

ro
Crr
Crz
Cr:
C

ra

Crs

RESIST()RS

Symbol

Rr
R:
R3
R4
R5

Carbon falm

R6

Carbon

Rz

Carbon

R8

Carbon

Re

Carbon

R

lo

Carbon film

Rll

Carbon

R

l?

Carbon

R13

Carbon

R

r+

Carbon

R

rs

Carbon

Rro

Carbon

RtZ

Carbon

R

t8

Carbon

Rrq

Carbon

R20

Carbon

Rzl

Carbon

Rzz

Carbon

R23

Carbon

R2a

Carbon film

R25

Carbon

R26

Carbon

Rzt

Carbon

R28

Carbon

R2e

Carbon

R30

Carbon film

yti

El

ectrol
Electrolytic
Electrolytjc
Electrolytjc
Electrolytic
Electrolytic
Cerami

c

Cerami

c

Cerami

c
Ceramic
Mylar
Myl

ar
Mylar
lMylar
Electrolytic

Carbon film
Carbon film
Carbon

film

Carbon film

film
film
film
tilm

film
tilm

film
Jilm
film
film
film
film
film
film
film
film
film

film
film
film
film
film

Ul'llT ( W2l

c

-002

Description

22

22

4.7

4.7
10
10

I 00p
100p
330p
330p

0.01

0.01
3300p
33O0p

220

Description

1k
lk

56k
56k

1tv

I t\4
390
390

470k
470k

56k
56k

330k
330k

3.3

k

3.3 k

4.7k

4.7k
t0k

10k
47k

47k
270k
270k

22k
22k

2.2k

2_2k

t2k

12k

)

Fart No

I

crMx 22[1F r0v

10v

i

CEMX

10v
l6v

16V
25V
25V
50v
50v
50v
50v
50v
50v
50v
50v
25V

22MF IOV

cEr\lx

4R7t\4F l6V

]

CIMX 4R7IVF

CEMX

lOMF 25V
CiI\,|X IO[!F
cc0sL

10l|( 50

ccDsL l01K

ccDsl

3311( 50

ccDsL

33rl( 50

cQrvlA

103K 50

cQrllA l03K

50

cQruA

332|( 50

cQrvlA

332( 50

cilltx 22ot\,|F 25v

Part

No.

RF}PS 1 K.K
RF}PS

1K.K

RFiPS

56X.K

RF+PS

56K.X

RF+PS

l rV.K

RFIPS

lM.X

RFiPS

390

RFIPS

390 K

RF1PS

470K

RFiPS

470(

RFIPS

56i( K

RFIPS

56K

RF+PS

330X

RFiPS

330K.

RF:PS

3R3K

RFiPS

3R3K

RFiPS

4R7i(

RF*PS

4R7K

RF+PS

l0K K

RFiPS

I 0K K

RFIPS

47K.X

RF:PS

47K K

RFiPS

270K.K

RFlPS

270K,K

RF}PS

22K.K

RFiPS

22X.K

RFiPS

2R2X.

RF:PS

2R2K

RF:PS

1 2(.K

RF:PS

I 2K.K

] 6V

25V

50

K

K

TRANSIST()RS

ymbol

S

Qr
Qz
Q:
Qq
Qs
Qo

2SC458LG
2SC458LG
2 SC45
2SC45
2 SC45
2 SC45 8LG.B

8LG.
8LG.B
8LG,B

B
B
B

Descrtptron I

Part

No

DtMl swtTcH

RT

SIST(]RS

Symbol

.,,0- '*,

*

I

R: Carbon film

Rr carbon

Ra Carbon firm

uNrT

Description

frlm

SWITCH

Symbol

Demi

Switch

Sr

DrMt swrTcH

Descriotion

l,JtirT

CAPACITORS

Svmbol

t.'

Cz

!'

V4
C5
C6
C7
Cs

Myl ar

I

Myl ar
Myl ar
Myl ar
Myl ar
lvlylar
Cerami c
Cerami c

Descnption

(w26-001)

n;

I

I

I

I T ]-':'s

lOk

tor

I I I

rol

(w26-002)

0.015

0.015

o.M7
o.M7

0.033
o.033

22Op
22Op

T

sov

sOV
5ov

5OV
5ov
50v
50v

5OV

Part No

-*

RFIPS 10K X

RflPs

loKK

RFiPS lOK

Part No

-029

s 31

Part

I

'QMA r53K 50

I

cQl',iA 153K 50
0QMA 473K so

I

cQlVlA 473( 50
OQMA 333|( 50

I

CQMA 333K 50

I

ccDsL 22lx 50

221K 50

CCDST

L

No

0QMA 332K 5o

C

Cl5

Cr7
Cre

Mylar

ra

ar

Myl
lVylar
Mylar
N,'lyla r

50v
50v
50v
50v
50v

cQ|uA 822l( 50
cQ|llA 822l( 50
cQMA 823K 50
coMA 823( 50

RE SIST(]RS

Symbol

Rr

K

Rz
R3
Ra
R5
R6
R7
Rs
Rs
R

ro
Ril
Rrz

Rr3
R
R
R
Rrr
R
R
R20
R
Rzz
R23
R2a

C a rbon

ra
15
16

re
rs

zr

Ca rbon
Carbon
Carbon
C a rbon
Ca rbon
Carbon
Ca rb on
C arbon
C a rbon
Carbon
Carbon
Carbon
Carbon
C a rbon

Carbon

Carbon

C a rbon
Ca rbon

rbon

Ca

bo n

Car
Carbon
C a rbon
Ca rbon

lm
lm
lm
lm
tm
lm
lm

Im

rlm
ilm
Im
rlm
rlm
rlm
ilm
ilm
rlm
Im
tlm
ilm
rlm

ilm
rlm
rlm

Description

470k

+ton

2.7k

2.7

33k
33k

47k

1

k

i

l.

I

Li;ll

i:r

2.2k
15k

15k

ll3l

lsll

2.7k

2.7 k

3il

I

o.ek

o.an

I

I

i

Part No.

RF}PS 47OK,K
RF}PS 47OK
RFlPS 2R7K,K
RF}PS 2R7K.K
RFIPS 33( K

RFIPS
RFiPS 4 7K.K
RF}PS 47K-K
RFiPS lOK.K
RFiPS I OK.K
RFiPS
RFIPS 2R2K-K
RFiPS I5K.K

RFIPS
RFiPS
RFiPS 3R9K,X
RF}PS 6R8K.K
RFiPS 6R8K
RF}PS 2R7K
RFIPS 2R7K,K
RFIPS 6R8K.K
RF*PS 6R8K,K
RFiPS 6R8K.K
RFiPS 6R8K K

K

33K.K

2R2K.K

15K.K
3R9K.K

K
K

RE SIST()RS

Symbol

I

frtm 15ok

carbon

Rr

Carbon film

Rz

I
R. Carbon frtm
R+ I carbon

tilm

SWITCH

Symbol

Sl Demi Switch

Tt]NE

C't)L(]R

UNIT

CAPACIT()RS

Symbol

Cr
C2

Ca
C+
Cs
C6
C7
C8

Cro
Crr

Ctz

C r:

yti

El ectrol

yti

El ectrol
Cerami c
Ceramic

Cerami c

Cerami c

Electrolytic

Electrolytic

Electrolytic

yt

El ectrol

yti

El

ect rol

yt

ectrol

El

a r

N4yl

c
c

i c

c

i c

Descnption

l50k
12k
r2k

I I

Description

(W2B_t]l|1)

47p
I O0p
lOOp

10
10
47
47
10

10

33O00

TRAI{SIST()RS

25V
25V

25V
25V
25V
25V
25V
25V
50v
50v
50v
50v
50v
50v
25V
25V
25V
25V
25V

Pa rl No

ctMX l00M 25v
ctMx 100M
CEMX IOMF 25V
CTMX IOMF
CIMX 47MF 25V

4iMF 25V

cEMX
CEMX IOMF
CEMX IOMF
CQMA 473M 50

473M 50

0QMA
0QMA 473M 50
c0rvlA 473M

cQruA 332M 50
cQrt4A 332rV 50
cEt||x lor'.|F 25v

I

CEMX loMF

I

CEMX lMF 25V

IMF 25V

CEMX

47MF 2sv

CEMX

I

25v

25V

25V
25V

50

2sv

Part No

]

Part

l50K

l2K K

No.

No

10t\4F l0V

IOMF ]OV

470( 50

25V

rour zsv

K
K

10v
10v
50v
50v
50v
50v
25V
25V

10v
10v

25V

25V

50v

RF:PS

RFIPS 150K
RriPS l2K.K

I

RFiPS

s31-016.A

cE|,iX
CIMX
ccDsL
ccDsl 470K 50

ccDst 10lr( 50
ccDsr 10lK 50

,

cEr\l1X loMF

I

cEt\,tx 10t\rF 25v
cErllF 47t\lF l0v
ct]llx 47r\4F 10v
CEMX l0MF 25V

I

ceux

I

CQTVTA 332K 50

I

I

Symbol

2SC458LG B

Qr

2SC458LG.B

Qz

2SC458LG.B

Q:

2SC458LG,B

Q+

c0tfTR0L

AMP

CAPACITtlRS

Electrolytic

Cr

Electrolytic

Cz

Electrolytic

Ca
Ca
C5
C6

Cj

Ce
C

ro
Crr
C12
C13

C

14

C

to
Ctt
C

l8
Cte

yti

ectrol

.El

yti

El ectrol
Electrolytic

yti

El ect rol
Electrolytic
lMylar
lvy la r
lVy la r
lMylar
Myl ar
lMylar
Electrolytic
Electrolytic

ytic

Electrol

Electrolytic

yti

El ectrol

c
c

c

c

Description

(W22-002)

Ul{lT

Description

C20
Czr
Czz
C::
Czq

Tt)RS

RE SIS

Symbol

R

r Carbon

R

2
R 3 Carbon
R+ Carbon
R

5 Carbon
R 6 Carbon
R

7 Carbon
R

8
R 9 Carbon
R

ro Carbon
R

r r
R

rz
R

r:
R

ra Carbon
R

r 5 Carbon
R

ro
R

r z Carbon
R

re
R

ig
R

20 Carbon
Rzr
R22
Rz: Carbon
Rz+
R25
R

zo
R27

R:e Carbon

R29 Carbon

R:o

1

Rar
R:z

Electrolytic
Electrolytic
Electrolytic
Ceramic
Ceramic

tilm

Carbon

tilm

film

film
film
tilm
film

Carbon

tilm
tilm
Iilm

Carbon

f

Carbon

film

Carbon

film
tilm
film

Carbon

film
i ilm

Carbon

tilm

Carbon

tilm
film

Carbon

film

Carbon

film
film

Carbon

film

Carbon

film

Carbon

film

Carbon

film
film
f ilm

Carbon

f ilm

Carbon

f ilm

Carbon

f ilm

ilm

Descri

41
100
100

1oop
t O0p

pti

1k

1k
4tk
41k
33k
33k

1 50k
1 50k

3.9k

3.9 k

1.2k
|

.2k

6.8k

6.8k
10k
10k

lk

lk
iok
10k

4.7k

4.7k
330k
330k

1 50k
150k

10k
10k

2.2k

2.2k

i .8k
1 .8k

P()TEIITI()METERS

Symbol

BASS

VRr

CONTROL

VR2 TREBLE CONTROL

Description

(IOOKO.A)

(100KO.A)

TRAIIS IST()RS

Symbol

,..orr.n,,

or |

2SC458LG.B

Q2

2SC458LG B

Q3

2SC458LG B

Q4

MAIII AMP

UNIT ( W15-052)

Description

CAPAC ITt)RS

S y mbol

Cr
C2
C3
C4
Cs

Electrolytic
Electrolytic
Electrolytic
Electrolytic
Electrolytic

Description

to0
roo

t0
10
22

on

25V
25V
25V
50v
50v

25V
25V
10v
l0v
25V

cEt\,lx 47illF

25V
cElvlx 100MF 25V
cEr\4x

100ilrF 25v
ccDsL 101l{
ccDsL 101( s0

RFiPS

47K

RFlPS

33K.K

RFiPS

33K

RFiPS 1

5OK.K

RFiPS 1

50K

RFiPS

3R9K K
RFiPS 3R9K.K
RFiPS I R2K K
RFlPS

1 R2K,K

RFiPS

6R8X.K
RF4!PS 6R8K'K
RFiPS IOK.K
RF}PS

1 OX
RFiPS 1 K.K
RFiPS I K K
RFiPS l0K,K
RFiPS I OK K
RFiPS

4R7X
RFiPS

4R/X
RF+PS

330K.K
RFiPS

33OK.K
RF*PS 1

5OK

RFiPS

1 5OK.K
RFiPS I OK.K
RFiPS

1O(,K
RFiPS

2R2K.K
RFiPS 2R2K.X
RFiPS I R8K-K
RFiPS I R8K.K

Part No.

ca2 04,5

c82-045

Part No

+

l

Part No

CEMX

IOOI\4Q5V

ctMx l00r\4F25v
CTMX IOIll FIOV

cEir,tx l0tllFl0v
cEl!|x 22rll F25v

50

rJIONEER

Ce

Electrolytic

Ct

C8

Ce
Cro
Crr
Crz

C

rq
Crs
Cro
Crz
Cre

K

Cl9
Czo

yti

El ectrol
Electrolytic
Ceramic
Cerami

c
Electrolytic
Electrolytic
Electrolytic

yt

E I

ectrol
Ceramic
Ceramic
Ceramic
Ceramic
Ceramic
Ceramic

c

i c

22

47

47

56p
100
100
100
100

0.01

0.01
lOOp
1O0p
30Op
3OOp

K

RE

K

K

K
K

K

SISTt)RS

S y mbol

Rr

Carbon film

Rz

Carbon film

R3

Carbon film
Carbon film

Rr

Carbon

R5
R6

Carbon film
Carbon

Rz

Carbon

R8

Carbon film

Rs

Carbon film

R 1o

Carbon

Rtr

Carbon

R

l2

Carbon film

R r:

Carbon

R

r+

Carbon

R

ls

Carbon film

R re

Carbon

R

l7

Carbon

R

r8

Carbon film

R rs

Carbon

R20

Carbon

R

2r

Carbon film

R22

Carbon

R23

Carbon film

Rzq

Carbon film

R25

Carbon

R26
R27

Carbon film
Carbon film

Rze

Carbon

R2e

Carbon

R30

Wire wound

R

sr

Wire wound

R32

Wire

R33

Wire wound

R3a

Carbon film

R:s

Carbon film

R36

Carbon

R

37

Carbon

R38

Carbon film

R3e

Carbon film

R+o

film

tilm
film

film
film

film
film

tilm
Jilm

film
film

film

film

film
film

wound

film
film

Description

150k
1 50k

l5k

15k
220k
220k

22k

22k

4.7k

4.7k
470
470
150
150

a2k
a2k

3.3k

3.3 k

68
68

4.7k

4.7k

6.8k

6.8k
220
220

lo

10
220
220

o.5

0.5

0.5
o.5

22

22
15k
15k
15k
15k

P()TEl{TI()MTTERS

Symbol Description

VRr
VR2
VR3

Bias

Control
control

Bias
Bias Control

Control

Bias

Semi'fixed

50KO-B)

Semi-fixed

50KO-B)
5OO-B) Semi-fixed

Semi-fixed

5OO-B)

25V

3V

3V
50v
50v

3V

3V
50v
50v
50v
50v
50v
50v
50v
50v

5W
5W
5W
5W

crux zzur zsv

I

I

CEMX 47MF

3V

CIIVX 47MF

3V
cl(DYZ 5601( 50
ct(DY7 560|( 50
CEiVX l00MF

r
] CTMX IOOMF 3V
r

cEt|,lx l00tvlF

I CEMX IOOI\,lF 3V

ct(0Yl

l03t\1 50
O(DYZ l03M 50
cc0sL

l01l( 50
ccDsL

l0lr( 50
ccDSL 30rl(
ccDsL 30ll( 50

Part No.

RFIPS

I 5OK K

RFlPS

r s0K

RFiPS

I 5K.K
RFiPS I5K.K
RF}PS 22OK.K
RFIPS

220K,K
RF}PS 22K.K
RFiPS

22K.K
RFlPS 4R7K-K
RF}PS 4R7K-K
RFIPS 470.K
RFIPS

470
RF+PS ls0.K
RFIPS

150-K
RFIPS

82K,K
RFiPS 82K.K
RFIPS

3R3K.K
RF}PS 3R3K-K
RFIPS

68.l(

RFaPS

68,K
RFIPS

4R7K
RF1PS 4R7K
RFIPS 6R8X
RFIPS

6R
RFIPS

220.K
RFIPS 220.K
RFIPS

l0.K

RFIPS

l0-K

RFiPS

220.K
RFIPS

220.X
ROsB

OR5.K

R058

0R5,K

R058

0R5-K

RO5B

OR5-K

RFIPS

22-K

RFIPS

22-K
RFIPS I5K.K
RF}PS 1

5K.K
RFIPS I5K.K
RF}PS I

5K.K

Part No.

c92.O44
c92-U4
c92-046
c92.M6

3V

3v

50

K

30

SEMICtlI{DUCT(lRS

Symbol

Dl

STV.3
STV-3

D2

2SC87O

Qr

2SC87O

Qz

2SC62j

Q:

25C627

Q+

2SC484.y

Qs

2SC484

Qo

2SA484,y

Qz

2SA484-y

Qa

2SD218

Qs

2SD218

Qro

2SD2i8

Qrr

2SD218

Qr:

(]THE

R

Symbol

Heat
Mylar
lnsulalor bush E32 O39

DEMr

SWTTCH

Varistor

Varistor

y

sink

insulator

Descriptron

Transistor
Transistor
Transistor
Transastor
Transi

stor
Transistor
Transistor
Transistor
Transistor
Transistor
Transistor
Transistor

pt

Descri

(W26-003)

UilrT

i

on

Part

Part

Ml4 048
E32

039

swrTcH

Symbol Description Parl No.

S l Demi switch s31.030

Mrc AMP
CAPACIT(lRS

Symbol

C r Electrolytic 10

C2

Electrolytic l0v
Ceramic

Ca

Ca I Ceramic 5ov

C5 Ceramic 50v ccDsL 101x 50

Ceramic

C6

Electrolytic

Ct

Electrolytic

C8

Cs Electrolytic 6V

Cro Electrolytic 6V I
C

Electrolytic IOV

l l

Cr2 Electrolytic IOV I CEMX IOIVF IOV

RE

SISTt}RS

Rl

Carbon tilm

R2

Carbon

R3

Carbon film

Ra

Carbon film

R5

Carbon film

R6

Carbon

R7

Carbon film

R8

Carbon lilm

Re

Carbon film

(W21-003)

UiltT

Description No. Part

film

film

Descri

10
3op
3op

l@p
lOOp
o.47
o.47

33
33

l0

10

pti

tk

1k

1 50k
I 50k
220k
220k
1,20k
120k

390

on

IOV

50v I

50v

5OV
50V

CEMT

IOMF

I

cEMx rOr',lF t0v

I

ccDsl 3001( 50

ccDsl 3ool( so

I

ccDsl 10Ll( 50

R4TMEOV

CEMX

R4TMEOV

CEIVX
CEr|,iX 33tUF 6VV

I

CIMX 33MF 6VV
CE||iX IOMF IOV

I

Part No.

RFIPS
RFlPS I K.K
RFlPS I5OK.K
RFIPS
RF}PS

22OK K
RF}PS 22OK.K
RF*PS I 20K
RFIPS I2OX-K
RFTPS 390 X

No

No

IOV

1X.l(

I 5OK.K

K

R

ro
Rrr
R

re
R

r3
R

r+
R

rs
R

ro
R

tg
Rzo
R

zr
Rzz
R z:
Rza

Carbon film

film

Carbon
Carbon film
Carbon film
Carbon tilm
Carbon film
Carbon film
Carbon film
Carbon film
Carbon film
Carbon film
Carbon film
Carbon film

390
470k
470K

15k
15k

2_7k

2.7k
27k
27k
56k
56k

2.2k

2.2k

RFIPS 390.K

I

RFiPS
RF}PS 47OK
RFiPS
RFiPs 15x.K

]

RFiPS 2R7I(
RF}PS 2R7K
RF+PS
RF}PS 27K
RFiPS
RFiPS 56K.X
RFiPS
RFiPS 2R2K.K

TRAIIS ISTORS

Symbol Descriptron Part No

2SC871.GR

Qr

2SC871

Qz

2SC870

Q:

2 SC870

Q+

REVERB AMP UNIT
CAPAC

IT(lRS

Symbol Description

C r Electrolytic

Cz Electrolytic 25V

Ca Ceramic

Ca Ceramic 50v
C5 Electrolytic 25V CEtVtX lo|i,lF 25V

Electrolytic

C7

Mylar

C8

Electrolytic

Ca Electrolytic

C

Ceramic

ro

Cr1

Electrolytic

C

r2 Myl ar 5OV

Cr3 I Mylar 5OV

C

Electrolytic

r4

|

C

Electrolytic

r5

|

C

ro I Mylar 50v

C

Mylar

17

|

C

Electrolytic

r8

J

Cre

Electrolytic 25V CSYA

I

RESIST()RS

Symbol

Rr

Carbon film

R2

Carbon film

R3

Carbon film

Ra

Carbon film

R5

Carbon film

R6

Carbon film

R7

Carbon tilm

Rs

Carbon film

Rs

Carbon film

R

ro

Carbon film

Rrr

Carbon film

Rrz

Carbon film

R

r:

Carbon film

R

Carbon film

r+

R

rs

Carbon film

R

rs

Carbon film

-GR

or BL

BL

or

(W2B-t)02)

rT

o'

I

0.1

l00p
lOOp

10

lr0

0.033
10
33

33Op

33

o.o22
o.o22

10
i0

o.o22
o.o22

0.1
o.1

Description

lk
1k

330k
330k
470k
470k

10k

10k
220k
220k

5.6k

5.6k

330k

22k

3.3k
220

zsv

50v

25V
5OV

25V
5OV
50v
sOV

25V

25V

50v
25V

Part No

csu nriui isv

I

CSYA Rll,lF 25V

ccDsl t0l|( 50
ccDst roil( 50

CEMX l0MF 25VC6
CQ[|A

r

333K 50
CEMX IOI|'|F 25V
CIMX 33MF
ccDsl 33lK 50
CIMX 33MF sOV
CQ|VA 223( s0
CQTVA 223r(
CEMX IOMF 25V
CEMX IO|,iF 25V
CQMA

223K 50
0QMA 223X s0
CSYA RIMF 25V

RlMt

Part No.

RF}PS I K
RF}PS IK,K
RFiPS
RF+PS
RF+PS
RFiPS 470K.K
RF}PS 1OK.K
RFiPS 1OK.X
RFIPS 2201( K
RF+PS
RF:PS
RFiPS 5R6K-K
RF+PS
RFiPS 22I(-K
RF}PS
RFiPS

470K.K

i(

K

I5K

K
K

2iK-K

K
K

s6K

K

2R2r(

5OV

50

25V

K

K

33OK

K

330X
470K,K

220X,K
5R6X.X

K

330K

3R3K.K

K

220

Rii

Carbon
Carbon

Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Oarbon
Carbon

Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon

lrlm
Tilm
t ilm
f ilm

film
{ ilm
film
film
lilm
tilm
film
film

Rrs
R
R:o
R2l
R

22
Rz:
R:a
R:r
R

26

R2/
R28
R

2e
R30
R:r
R::
R

3i
Rla
R:5
R:o
R:r
R:8
R

3e
R30
Ra1
R az
R a:

rs

TRANSIST(]RS

Symbol

2SC870

Qr
Q:
Q:
Q+
Qr
Qe

a-

Q8

P()WER

Y

2SC870

Y

2SC870

Y

2SC734

O
2SC734P.\
25456lP

O

2sc870

Y

2SCB70

Y

SUPPLY

UNIT

CAPACITt)RS

Symbol

Cr

Electrolytic

c?

Cerami

Ca
C4
Cr
C6
C7
C8
Ce

c
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Ceramic
Ceramic

3.9k

2.2k
56k

55k

lk

270

150

39
39
47

loo

1k
390k
120k

22k
10k

560

10k

10k
390k
390k

2tk
27k
10k

10k
680
680

Description

(W1S-(]2B)

pti

Descri

on

roo

I

lOOp

100
220
100
100
220

0.01

0.01

RFiPS
RFlPS
RFIPS
RFiPS
RF:PS 1K K
RF:PS
RF1!PS
RFlPS

RFlPS
RF+PS
RF;PS
RFiPS
RFiPS
RFiPS

RFJPS
RFlPS
RFiPS
RF:PS
RF;PS
RFiPS
RF:PS
RF]!PS

RFiPS
RFiPS
RFiPS
RFIPS
RF:PS

---

l

50v cEr\|x l00t\itF
50v

ccDst
Ciltlx

35V

25V C[[l!X
25V Cil\,|X

CEr\rX

26V
16V

CEilIX 22OI\4F 16V

DC l.4KV

C43,003

DC I 4KV

C43 003

Part

l0tl(
100lVF 35V
220tVF 25V
lootyt 25V
100rVF 25V

3R9K K
2R2K K
s6( K
5R6K K

270 K

150 K

K

39

K

39
47 K
I OO K

IK K
39(]K K
r20K K
22K K
Ic)K K

K

560

1OK K

(]K

I

K
39(]K
39OK K
27K.|(
27K K
I 0K K
I OK K
680 K

680.K

No

50\/

50

Pt()NEefil

RTSIST()RS

2W

1W

part

RFi!PS
RFiPS
RFiIPS

RFiPS
R02 680.K
RFiPS
RF+PS
RF:PS
RF:PS
R01
RF+PS
RF}PS

Part No

part

Mt4.O24

Part

part

l-

No.

4R7K K
150( K
33K K
I

5K

3R9K K
33K K
1

8X

3R9K.K

470.X
47 K
IO K

No

No

No.

X

K

Symbol

*

r"--...-'..-.'..'.. ' curoon tit.

R2

Carbon
Rl
Ra
Rr
R6
R

7 Carbon
R8
Re
R r

o Wr re wound
Rrr
R

r: Carbon

MIC(]IIIlUCTt)RS

K

SE

film

Carbon

film

Carbon

film
Wire wound
Carbon

film

film
Carbon

film

Carbon

frlm

Carbon

film
film

S y mbol

i

Dr

1S1850

D2

I S 1850

D3

I 5338

25C627

Qr

2SC485

Q:

2SC968

Q:

2SC971

Qa

Description

4.7 k

150k

33k
15k
680

3.9 k
33k
18k

3.9 k
470

10

Description

Di ode
Di ode
Di

ode
Trans i stor
Transistor

Transi

stor

Transi stor

i-r

I

t]THE R

Symbol

Heat

sink

P(]WER

SUPPLY

Description

(WI6-029)

UI{IT

CAPACITt|RS

ptron

Desc

?t.o"l

C

r Cerami c
C2
C:
Ca

l

Ceramic
Ceramic
Ceramic

r

o.01
o.01

0.01

o.0l

I]I()DES

Symbol

D1
D2

D3
Da

SR3AM-8
SR3A[/.8
SR3AlV.8
SR3AM.8

Description

PIclN

15-5,
PIctNEEFI

14O
PIo|NEEFT

Fnanknijkiei

EEFI

4-Chome,

Srnith

ELECTFIGIN IC

Ohmoni-nishi,

ELECTFIclNICS

Fanrningdale, Ll.,N.

St.,

ELECTFIGINIC

64-EB,

2OOO

CctFI]'GIFIATIctN

Ohta-ku, Tokyo,

U.S.A.

(EIJFIOPE)
Antwenp, Belgium

CclFIPOFIATIctN

Y.

11735,

NV

Japan

U. S.A.

(70G01Y53S)

Printed

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R1

2-066-0

in

Japan

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