Blqa044 NSX MT320 Aiwa MT321

User Manual: NSX-MT320

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SERVICE

NSX-MT320
NSX-MT321

COMPACT

DISC

CASSETTE

\

STEREO

RECEIVER

SUB

SYSTEM

REMOTE

SPEAKER

CD - CASSEIVER

WOOFER

CONTROLLER
SX-NA302

NSX-MT320

SX-R275

CX-NMT320

RC-8AS

SX-C605
TS-W35

NSX-MT321

●lf requiring
S/M
.If

Code

requiring
S/M

Code

information
No.

09-983

information
No.

about

the

CD

the

Sub

mechanism,

see

Service

Manual

of 4ZG-1,

-249-30T.
about

09-976-204-001.

woofer,

see

Service

Manual

of original.

TABLE
SPECIFICATIONS
OF

EYES

PRECAUTION

TO

REPIACE

ON

BEFORE

ELECTRICAL
TRANSISTOR

DIAGRAM–1

BLOCK

DIAGRAM

SCHEMATIC
1

(PRO)

–4

WIRING-5

(AC)

BLOCK

IC

DESCRIPTION

PRACTICAL

(FRONT)

-3

(TUNER

(PRO)


FIGURE

PARTS

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...26
27
-28

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..3l.

30
32

Connection

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...35
38

EXPLODED

TAPE

MECHANISM

PARTS

APPLICATION

LIST

LIST

46

1 / 1 . . . . . . . . . . . . . . . . . . . . . . . . . . ..! ..0 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48,49

1 / 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..5O
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..5l

INSTRUCTIONS

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...52

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . ..s . . . . . . . . . . . . . . . . ..........53

/ PACKAGE
NAME

1 / 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...45.

VIEW

POSITION

DISASSEMBLY

43

1 / 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..4 . . . . . . . . . . . . . ...47

MECHANISM

PARTS

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o...42.

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . ...44

VIEW
LIST

TAPE

REFERENCE

END)

22
-25

, . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....... 39-41

EXPLODED

ACCESSORIES

FRONT

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...27

(MAIN

AND

MECHANICAL

SPEAKER

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...23

– 2 . . . . . . . . . . . . . . . . . . . . . . . . . . ..o. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...36.

SERVICE

SPEAKER

20

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...................34

MECHANICAL

SPRING

. . . . . . . ..o. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..l3.l5

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o. . . . . . . . . . . . . . . . . . . . . ..s . . . . . . . . . . . . . ....................33

DIAGRAM

ADJUSTMENT

-2

-5

ASSIGNMENT

IC

/PRO)

1/2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16-18

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .................29.

(DECK)

FL GRID

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..l2

(MAIN

–4

DIAGRAM

6
lO

– 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .....26.

DIAGRAM

SCHEMATIC

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

. . . . . . . . ..o. . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .......2l.

DIAGRAM

WIRING–3

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...4

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..............l9.

DIAGRAM

SCHEMATiC

SERVICING

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o. . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..7.

/FRONT
-1

DIAGRAM

BLOCK

WIRING

.2(MAlN

(FRONT)

SCHEMATIC

DURING

.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...4

. . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . ..ll

~UNER)

(MAIN)

SCHEMATIC

IC

LIST

BEAM
BLOCK

REPAIR

PARTS

DIAGRAM

-2

LASER

OPTICAL

lLLUSTRATION

BLOCK

WIRING

FROM

STARTING

MAIN

WIRING-

CONTENTS

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .........................3

PROTECTION

NOTE

OF

LIST

LIST

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...53

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..o . . . . . . . ..o. . . . . . . . . . ....54

–2-

SPECIFICATIONS


Tuning

range

Usable

sensitivity

Antenna



type

3 way,

bass

160
+ 30

W

(50

THD

less

Rear

(Surround)

Rated:

than

Hz

1%,6

80

ohms)

than

1%,8

Impedance

ohms)

Output

W

(1 kHz,THD

less

than

VIDEO/AUX:

Outpute

SPEAKERS:

1.8

6 ohms

150
mV

mV

(10

sound

Dimensions

1%,

pressure
(W

level

87

speakers

in.)

cone

in.)

ceramic

type

(“/lG

type

x 324x

283

127/,x11

5.2

kg (11

V AC,

mm
‘/,

Ibs

in.)

7 OZ.)

of

:

of 8 ohms

to

Power

requirements

120

Power

consumption

120W

Dimensions

16 ohms
CENTER

SPEAKER:

speakers

of 8 ohms

PHONES

(3’/,



SPEAKERS

speakers

(stereo

accepts

type

dBIWlm

240

x H x D)

Weight

(adjustable)

or more

accept

cone

kohms)

accept

SURROUND

in.)

tweeter:

mm

(9’/2x

Inputs

(63/,

6 ohms

8 ohms)

MIC:

mm

20

less

Center
20

mm

Super

lOW+lOW

(1 kHz,THD

(magnetic

Tweeter:

kHz,

-20

raflex

type)

Woofer:

Speakere

W

O dB)

Unmeasurable

Front
30

nm)

step)

kHz

section>
output

(h =780

O dB)

(1 kHz,

shielded
cAmplifier

laser

1 bit dual

Signal-to-noise

section>

range

section>

convertar

Harmonic
cAM

player

Laser

(W

accept

Weight

or more

of

main

unit

260

x 330x

(10’/4

XHXD)
of main

unit

6.9

60Hz

x

346

13x

kg (15

mm

135/,

in.)

Ibs 3 OZ.)

jack):

headphones

of 32

ohms

or more


4 tracks,

format

2 channels

stereo
●

Frequency
Recording
Heads

response
system

50

Hz

AC

-15000

and

specifications

Manufactured

under

are
license

subject
from

to change

Dolby

without

Laboratories

notice.
Licensing

Hz
Corporation.

bias

Deck

1:

Playback

Deck

2:

Recording/playback/
erase

head

head

“DOLBY”

x 1

Licensing

x 1

-3-

and

“PRO

Corporation.

LOGIC’

are

trademarks

of

DolbyLaboratories

PROTECTION
This

set

the

OF

employs

instructions

laser.
below

EYES

Therefore,
when

FROM

be

sure

to

LASER

follow

BEAM

WHEN

SERVICING,
THE

TO

DO

EYE

TOO

CONFIRM

LASER

OBSERVE
FROM

FROM
THE

OPTICAL

NOT

Use

A

IT

OF

THE

LASER

IS

EMISSION.

DISTANCE
OF

THE

IN CASE

BEAM

SURFACE
PICK-UP

APPROACH

CLOSELY.

MORE

LENS

controls

than

ation

exposure.

or

those

adjustments

specified

or

herein

performance

may

result

of

procedures

in hazardous

radi-

ATTENTION

SURE

L’utilisation

TO

THAN

OBJECTIVE

of

other

EXIT

NECESSARY

BE

SERVICING

CAUTION

carefully

servicing.

WARNING!!

WITH

DURING

ceux

30cm
ON

THE

de

commandes,

specifies

peut

reglages

entraher

ou

une

procedures

dangereuse

autres
exposition

que
aux

radiations.

BLOCK.
ADVARSEL!
Usynlig
Caution:
open

Invisible
and

sure

to

interlocks

radiation

defeated

avoid

laserst2ding

sikkerhedsafbrydere

Undg~

uds@telse

ved

er
for

ude

UndgA

Compact

Disc

The

af funktion.

Kayttaminen

tavalla

tav~lle

muulla

saattaa

kuin

altistaa

nakym~ttomalle

tassa

kayt-tajan

player

CLASS

1 LASER

apparaten

i denna

kayttbohjeessa
turvallisuusluokan

I

1

KLASSE

mainit-

KLASS

LASER
1

LUOKAN

1 ylit-

Iasersateilylle.

anvands

bruksanvising,

laserstr#dning,

som

Precaution

(KSS

pa

annat

satt

kan

anvandaren

overskrider

gransen

to

replace

W

vad

som

utsattas
for

1
1

specificeras
for

Iaserklass

Optical

osynling
1.

block

- 213F)

PICK-UP

ASSY

P.C.B
\

Body

or

clothes

L
laser

diode

body

and

1)

After

the

right

figure.

in

electrostatic
the

potential

optical

workbench,

connection,

and

could

ruin

block.

Be

sure

ground

use

care

the

clothes

remove

solder

shown

sikkerhedsafbrydereer

ude

str~ling.

is classified

PRODUCT

VARNING!
Om

n~r
for

as

label

exterior.

str~ling.

CLASS

Laiteen

Abning,

a

CLASS

1 LASER

product.

Abning,

VAROITUS!

ulla

ved

udseXtelse

expoThis

Usynlig

laserst~ling

af funktion.

when

beam.

Advarsel:
n&

laser

in

-4-

PRODUCT

LASER

PRODUKT

LASER

LAITE

LASER

APPARAT

is

located

on

the

rear

NOTE

ON

1. Forced

BEFORE

STARTING

discharge

When

repair

across

the electrolytic
defect

In order

to prevent

Discharae

of electrolytic

is going

secondary

to be attempted
capacitors

in the set that

(C1OI,

102)

of power

supply

relay

in the power

uses

even

though

circuit

AC power

the secondary

trouble,

perform

the following

supply

is removed.

measures

I

Connect

a discharging

resistor

has clips

at both

Connect

to metal

before

block,

electric

If repair

potential

is attempted

is kept

in this

charged

condition,

the

cord.

ends.

at an end of lead
the other

wire

starting

repair

work.

1 81
\I

the AC power

MAIN

C.B

that

end of the lead

chassis.

Contact

the other

positive

(+) side

Contact

cord

block

can occur.

Remove

end of the discharging
(+VH)

the same

@to

the negative

way.

(For

Check

capacitor

mocedure

“!

wire

REPAIR

two

of C101.

resistor

(For

two

end of the discharging
(-) side

(-VH)

to the

seconds)

resistor

of C102

as step

in the same

seconds)

that

voltage

across

1 V or less

using-a

multimeter

C101

and C102

has decreased

or an oscilloscope.

J
Select

a discharging

Charging

resistor

referring

(V)

voltage

to the following

table,

Discharging

Rated
(Clol

, 102)

Parts

(W)

number

3

87-AOO-247-090

49-140

220

5

87-AOO-232-090

reference

numbers

numbers

Check

items

Be sure

to check

confirming

2-1.

power

(Q)

100

reference

2.

resistor

25-48

The

Note:

Fig-1

before

the

the HOLD

correctly.

When

the HOLD

terminal

items

HOLD

terminal
(INPUT)

before

Good

that

Turn

that

before

depending

starting

on the models.

the discharging

Be sure

to check

the

work.

the MICROCOMPUTER.

of the

is “L”,

Exchange

the MICROCOMPUTER

after

defective.

MICROCOMPUTER

of the MICROCOMPUTER
the main

is not defective,
the abnormality

judgement

on the AC main

Confirm

can change

diagram

power

is “H”,

cannot

be turned

the MICROCOMPUTER
on.

Therefore,

be sure

is judged
to check

to be operating

the terminal

voltage

the main

the HOLD

detection

circuit

terminal

can also

on the MAIN

of the

MICROCOMPUTER

is turned

on and the HOLD

go “L” when

C. B. that

the POWER

sets the HOLD

AMPLIFIER

terminal

has any

to “L”.

power.
power

terminal

of the MICROCOMPUTER

keeps

the “H’

level

not.
When

the HOLD

terminal

MICROCOMPUTER
—-—

is “L” level,

is judged

the abnormality

detection

.—.
C.B

circuit

is judged

to be working

correctly

to be good.

-—.
FRONT

‘

PIN101

—

FAIN

c.B

i

In some

CON601

models,

.—.

it is PIN

—

.—.

—

(@

MICROCOMPUTER

PIN

number

depending
—.—

POWER

AMP

POWER

AMP

POWER

SUPPLY

is different
upon

microprocessor.
.—.

of

exchange.

triggers

or no good

exchanging
is surely

terminal

this terminal

capacitors

on schematic

the MICROCOMPUTER

before

the MICROCOMPUTER

abnormalities

●

of the electrolytic

capacitors

the MICROCOMPUTER

Regarding

When

C102)

exchanging

the following

that

When

(C101,

of the charging

—-

.—.

Fig-2-l

–5–

—.

—.—

-—-

—..

and the

or

In such

Regarding

2-2.

are cases

power

cord

that

also

When

the above

the machine

is re-inserted,

to exchange

@

check

if the POWER

AMPLIFIER

circuit

or power

supply

circuit

has any abnormalities

or not,

reset

There

no good

a case,

does

not work

or the software

described

phenomenon

correctly

reset

(pressing

occurs,

the MICROCOMPUTER.

because

it can leads

In such

a case,

the MICROCOMPUTER

the STOP

key + POWER

to wrong

perform

judgement

key)

is not reset

even

though

as if the MICROCOMPUTER

the forced-reset

the AC

is performed.

by the following

procedure

is defective
and check

good

and
or

of the MICROCOMPUTER.

Remove

the AC power

cord.

Fig-2-2

@

Short

@)

Connect

both

ends

of the electrolytic

the AC power

cord

capacitor

again.

Cl 13 that

is connected

If the MICROCOMPUTER

to VDD
returns

of the MICROCOMPUTER

to the normal

operation,

with

tweezers.

the MICROCOMPUTER

is good.

The

Note:

reference

depending

2-3.

number

Confirmation
Check

or MICROCOMPUTER

on the models.

of soldering

the soldering

MICROCOMPUTER

Be sure

state
after

pin number

to check

state

the reference

(Ql 10) and electrolytic

on schematic

diagram

before

capacitor
starting

(Cl 13) can change
the discharging

work.

of MICROCOMPUTER

of the MICROCOMPUTER
surely

of transistor
numbers

confirming

that

in addition
the trouble

itself.

-6-

to the above

is not caused

described

by poor

procedures.

soldering

Be sure

to exchange

but the MICROCOMPUTER

the

ELECTRICAL
If can’t

understand

REF. NO.

MAIN

PARTS

for Description

PART NO.

LIST

please

KANRI

kindly

refer

to”

REFERENCE

NAME

DESCRIPTION

REF. NO.

LIST”.

PART NO.

NO.

KANRI

DESCRIPTION

NO,

IC

C115

87-010-407-080

CAP , ELECT

33-50V

C116

87-010-407-080

CAP,

ELECT

33-50V

87-A2O-O83-O1O

IC, BA3835S

C117

87-010-430-080

CAP,

ELECT

100-63

88-NFV-602-O1O

C-IC, UPD780228-019-3BA

C118

87-010-263-080

CAP,

ELECT

100-1OV

87-NF8-614-O1O

IC, SPS-442-1-W

C119

87-010-260-080

CAP,

ELECT

47-25V

87-017-915-080

IC, BU4094BCF

87-A20-783-040

C-IC, BA7762AFS

C120

87-010-403-080

CAP,

ELECT

3.3-50V

C121

87-012-140-080

CAP

470P

87-017-888-080

IC, NJM4558MD

C122

87-010-263-080

CAP,

ELECT

100-1OV

87-A20-954-040

C-IC, M62445FP-601

C123

87-010-247-080

CAP,

ELECT

1OO-5OV

86-NFZ-655-O1O

IC, LC72131D(Z)

C124

87-010-112-080

CAP,

ELECT

100-16v

87-A2O-438-O1O

IC, LA1837

87-020-454-010

IC, DN6851

C125

87-010-235-080

CAP, E

470-16

C153

87-010-917-090

CAP, E

3300-50

M

SMG

C154

87-010-917-090

cAF,

3300-50

M

SMG

C209

87-010-546-080

CAP,

ELECT

0.33-50V

C21O

87-010-546-080

CAP,

ELECT

0.33-50V

C211

87-010-185-080

C-CAP,

S

3900P-50

B

C212

87-010-185-080

C-CAP,

S

3900P-50

B

C213

87-010-186-080

CAP, CHIP

4700P
4700P

87-A2O-853-O1O

C-IC, M62463FP

E

SME

TMNSISTOR

89-213-702-010

TR,2SB1370

87-026-610-080

TR, KTC3198GR

87-A30-076-080

C-TR,2SC3052F

87-A30-196-080

TR,2SC4115SRS

87-A30-075-080

C-TR,2SA1235F

87-026-609-080

TR, KTA1266GR

87-A30-198-080

TR, KTC3199GR

87-A30-074-080

C-TR, RTIP

87-A30-071-080

C-TR, RTIN

87-A30-087-080

C-FET,2SK2158

87-A3O-1O7-O7O

C-TR, CNBT5401

87-026-263-080

(1.8W)

87-010-186-080

CAF, CHIP

C215

87-010-403-080

CAP,

ELECT

3. 3-50V

C216

87-010-403-080

CAP,

ELECT

3. 3-50V

C217

87-010-260-080

CAP,

ELECT

47-25V

C218

87-010-260-080

CAP,

ELECT

47-25V

141C

C229

87-A1O-812-O8O

C-CAP,

S

220P-200

J CH

144C

C230

87-A1O-812-O8O

C-CAP,

S

220P-200

J CH

C233

87-010-544-080

CAP,

ELECT

0.1-50V

C234

87-010-544-080

CAP,

ELECT

0.1-50V

C-TR, RN141O

C237

87-012-368-080

C-CAP,

S

0.1-50

F

87-A30-190-080

TR, CC5551

C238

87-012-368-080

C-CAP,

S

0.1-50

F

87-A3O-1O6-O7O

C-TR, CNBT5551

C239

87-012-368-080

C-CAP,

S

0.1-50

F

87-A3O-1O9-O1O

TR,2SD2495
c240

87-012-368-080

C-CAP,

S

001-50

F

87-A3O-1O8-O1O

TR,2SB1626

C280

87-010-188-080

C-CAP,

S

6800P-50

87-A30-221-080

C-TR, DTA114WK

C301

87-010-318-080

C-CAP,

s

47P-50

CH

87-A30-159-080

C-TR, KTA1298Y

CH

89-112-965-080

TR,2SA1296

87-A30-073-080

C-TR, RTIN

14 lC

87-A3O-1O5-O8O

C-TR, RTIP

441C

87-026-238-080

C-TR, DTC144NK

89-327-143-080

C-TR,2SC2714

C214

(0.75W)

(0.lW)

B

C302

87-010-318-080

C-CAP,

s

47P-SO

C303

87-012-157-080

C-CAP,

s

330P-50

CH

C304

87-012-157-080

C-CAP,

S

330P-50

CH

C305

87-012-145-080

CAP,

CHIP

S

270P

CH

C306

87-012-145-080

CAP,

CHIP

S

270P

CH

C307

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C309

87-010-196-080

CHIP

CAPACITOR,

0,1-25

0.1-25

87-A30-072-080

C-TR, RTIP

87-A3O-214-O1O

TR,2SB1344
C31O

87-010-196-080

CHIP

CAPACITOR,

87-A3O-215-O1O

TR,2SD2025

C311

87-010-198-080

CAP,

CHIP

87-A30-086-070

C-TR, CSD1306E

C312

87-010-198-080

CAP,

CHIP

C313

87-010-180-080

CAP, CHIP

S

1500P-50

KB

C314

87-010-180-080

CAP, CHIP

S

1500P-50

KB

C315

87-010-182-080

CHIP

CAP

2200P-50

KB

C316

87-010-182-080

CHIP

CAP

2200P-50

KB

144C

0.022
0.022

DIODE
87-002-225-010

MAIN

DIODE,

DBF4OC-K1O

87-A40-505-040

C-DIODE

,KDS181

C321

87-016-492-080

C-CAP,

S

0.33-16

FZ

87-A40-504-040

C-DIODE

,KDS184

c322

87-016-492-080

C-CAP,

S

0.33-16

FZ

87-070-274-080

DIODE,

1N4003

C324

87-010-260-080

CAP,

87-A40-435-080

ZENER,

MTZJ30D
C325

87-010-370-080

CAF, E

87-A40-345-080

ZENER,MTZJ1OC

C327

87-010-404-080

CAP,

SEM

ELECT

47-25V

330-6.3

SNS

ELECT

4. 7-50V
4. 7-50V

87-A40-004-080

ZENER,MTZJ16A

C328

87-010-404-080

CAP,

ELECT

87-A40-470-080

DIODE,

1SS254

C332

87-010-196-080

CHIP

CAPACITOR,

87-A40-509-080

ZENER,

MTZJ6

C335

87-010-401-080

CAP,

ELECT

1-50V

87-A40-488-080

DIODE,

1SS244
C336

87-010-401-080

CAP,

ELECT

1-50V

87-017-932-080

ZENER,

MTJ6.2B

C337

87-010-196-080

CHIP

CAPACITOR,

87-A40-002-080

ZENER,

MTZJ5

. lC

C339

87-010-196-080

CHIP

CAPACITOR,

0.1-25

87-A40-438-080

ZENER,

MTZJ4

.7A

C340

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C351

87-012-140-080

CAP

470P

C352

87-012-140-080

CAP

470P

C354

87-010-175-080

CAP

560P

C355

87-012-349-080

C-CAP,

C356

87-010-260-080

CAP,

ELECT

C357

87-010-197-080

CAP,

CHIP

87-A40-234-080

ZENER,

87-A40-116-060

DIODE

.EC

MTZJ5.6A

0.1-25

0.1-25

,RS403L-B-D-5L

C.B

S

1OOOP-5O

CH

47-25v

C109

87-010-196-080

CHIP

CAPACITOR,

0.1-25

Cllo

87-010-196-080

CHIP

CAPACITOR,

0.1-25

Clll

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C358

87-010-183-080

C-CAP,

S

2700P-50

B

C112

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C359

87-010-183-080

C-CAP,

S

2700P-50

B

C113

87-010-407-080

CAP,

ELECT

S

2700P-50

C114

87-010-407-080

CAP,

ELECT

33-50V
33-50V

–7–

C360

87-010-183-080

C-CAP,

C370

87-010-196-080

CHIP

C373

87-016-083-080

C-CAP,

0.01

CAPACITOR,
S

0.15-16

DM

B
0.1-25
RK

REF. NO.

PART NO.

KANRI

REF. NO.

DESCRIPTION

PART NO.

KANRI

DESCRIPTION

NO.

NO.
C374

87-016-083-080

C-CAP,

C378

87-010-196-080

CHIP

S

0.15-16

RK

CAPACITOR,

0.1-25

C782

87-010-405-080

CAP,

C783

87-015-819-080

CAPACITOR,

ELECT

0.01

1O-5OV
0.01

C379

87-010-382-080

CAP , ELECT

22 -25v

c784

87-010-197-080

CAP,

CHIP

C380

87-010-382-080

CAP,

ELECT

22-25v

C785

87-010-403-080

CAP,

ELECT

3.3-50V

C386

87-010-196-080

CHIP

CAPACITOR,

c786

87-010-403-080

CAP,

ELECT

3.3-50V

C401

87-010-405-080

CAP , ELECT

1O-5OV

C789

87-010-179-080

CAP, CHIP

S B1200P

C402

87-010-405-080

CAP,

ELECT

1O-5OV

C790

87-010-179-080

CAP, CHIP

S B1200P

C457

87-010-404-080

CAP,

ELECT

4 .7-50V

C791

87-010-405-080

CAP,

C458

87-010-404-080

CAP,

ELECT

4.7-50V

C793

87-010-177-080

C-CAP,

C516

87-010-196-080

CHIP

CAPACITOR,

C794

87-010-406-080

CAP,

C601

87-010-180-080

C-CER

1500P

C795

87-010-596-080

CAP,

S

c602

87-010-180-080

C-CER

1500P

c796

87-010-403-080

CAP,

ELECT

C613

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C797

87-010-181-080

C-CAP,

S

1800P-50

B

C614

87-010-196-080

CHIP

CAPACITOR,

0.1-25

c798

87-010-181-080

C-CAP,

S

1800P-50

B

C619

87-010-185-080

C-CAP(S

3900P-50

B

C799

87-010-194-080

CAP,

3900P-50

B

0.1-25

0.1-25

ELECT
S

DM

1O-5OV

820P-50

ELECT

SL

22-50

0.047-16
3.3-50V

CHIP

0.047

C620

87-010-185-080

C-CAP,

C812

87-010-197-080

CAP,

CHIP

0.01

DM

C621

87-010-401-080

CAP , ELECT

1-5 OV

c814

87-010-197-080

CAP,

CHIP

0.01

DM

C622

87-010-401-080

CAP,

ELECT

1- 50V

c820

87-010-408-080

CAP , ELECT

1O-5OV

S

C629

87-010-405-080

CAP , ELECT

c630

87-010-213-080

C-CAP,

S

0.015-50

B

47-5 OV

C821

87-010-197-080

CAP,

CHIP

0.01

DM

C822

87-010-197-080

CAP,

CHIP

0.01

DM

0.01

DM

c631

87-010-194-080

CAP,

CHIP

c823

87-010-197-080

CAP,

CHIP

C632

87-010-263-080

CAP,

ELECT

100-1OV

C828

87-010-196-080

CHIP

CAPACITOR,

0.1-25

c633

87-010-263-080

CAP,

ELECT

100-1OV

c829

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C634

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C959

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C635

87-010-196-080

CHIP

CAPACITOR,

0.1-25

c960

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C636

87-010-194-080

CAP,

CHIP

C637

87-010-183-080

C-CAP,

S

0.047

C961

87-010-152-080

C-CAP,

B

CF801

87-008-261-010

FILTER,

0.1-25

0.047
2700P-50

S

8P-50

CH

SFE1O

.7MA5-A

SFE1O

.7MA5-A

C641

87-010-196-080

CHIP

CAPACITOR,

CF802

87-008-261-010

FILTER,

C701

87-010-381-080

CAP,

ELECT

330-16v

FFE801

A8-8ZA-190-030

82A-1

C702

87-010-404-080

CAP,

ELECT

4.7-50V

J201

87-A6O-483-O1O

JACK, DIA6

.3 BLK

FEONW
ST

WIS

C703

87-010-197-080

CAP,

CHIP

0.01

DM

J203

87-033-240-010

TERMINAL,

SP

4P32SV1-05

C704

87-010-197-080

CAP,

CHIP

0.01

DM

J212

87-A6O-399-O1O

JACK, PIN

1P

BLK

C709

87-010-322-080

C-CAP,

J601

87-A6O-425-O1O

JACK,

2P

YKC21-3828

C711

87-010-263-080

CAP,

ELECT

C712

87-010-196-080

CHIP

CAPACITOR,

S

1OOP-5O

CH

100-1OV

PIN

J801

87-A6O-2O2-O1O

TERMINAL,

0.1-25

L201

87-003-383-010

COIL,

lUH-S
lUH-S

ANT

HSP-241VBL

4P

MSP-154V-02

C713

87-010-197-080

CAP,

CHIP

0.01

DM

L202

87-003-383-010

COIL,

C714

87-010-197-080

CAP,

CHIP

0.01

DM

L301

87-A5O-O49-O1O

COIL, TRAP

c721

87-010-312-080

C-CAP,

S

15P-50

CH

L302

87-A5O-O49-O1O

coIL, Tw+p

C722

87-010-312-080

C-CAP,

S

15P-50

CH

L351

87-007-342-010

coIL, osc

C723

87-010-178-080

CHIP

CAP

1000P

L771

87-A5O-266-O1O

COIL, FM

C725

87-010-178-080

CHIP

CAP

1000P

L772

87-A9O-733-O1O

FLTR, PCFAZH-450

C727

87-010-196-080

CHIP

CAPACITOR,

L781

87-005-847-080

COIL,

C728

87-010-248-080

CAP,

ELECT

L832

86-NFZ-694-080

COIL, 2. 2UH

C755

87-010-197-080

CAP,

CHIP

0.01

DM

L981

87-NF4-65O-O1O

COIL, AM

C756

87-010-197-080

CAP,

CHIP

0.01

DM

R123

87-022-200-080

RESISTOR,

CH

R237

87-AOO-257-080

RES, M/F

0.15-lW

J

R238

87-AOO-257-080

RES, M/F

0.15-lW

J

0.1-25

22 O-1OV

85 K(COI)
85 K(c01)
85K

BIAs

DET-2N

(TOK)
(TOK)

2. 2UH (CECS)
K

PACK

CECS
4N (TOK)

METAL

0.56

C757

87-010-318-080

C-CAP,

S

47P-50

C758

87-010-149-080

C-CAP,

S

5P-50

C759

87-012-156-080

C-CAP,

S

220P-50

J CH

R239

87-AOO-257-080

RES, M/F

0.15-lW

J

c760

87-012-156-080

C-CAP,

S

220P-543

J

CH

R240

87-AOO-257-080

RES, M/F

0.15-lW

J

C761

87-010-196-080

CHIP

CAPACITOR,

0.1-25

R629

87-029-082-010

RES, FUSE

100-1/4W

C762

87-010-197-080

CAP,

CHIP

0.01

DM

SFR351

87-A90-433-080

SFR, 50K

H NVZ6TLTA

C763

87-010-194-080

CAP,

CHIP

0.047

SFR352

87-A90-433-080

SFR, 50K

H NVZ6TLTA

c764

87-010-319-080

C-CAP,

X721

87-A7O-O61-O1O

VIB, XTAL

4. 500MHZ

C765

87-010-197-080

CAP,

CHIP

0.01

DM

C766

87-010-197-080

CAP,

CHIP

0.01

DM

C767

87-010-405-080

CAP,

ELECT

c768

87-010-197-080

CAP,

CHIP

88-91 r:091-110

FF-CABLE,

11P

C769

87-010-408-080

CAP,

ELECT

88-913-321-110

FF-cABLE,13P

C770

87-015-821-080

C-CAP

88-906-251-110

FF-CABLE,

c771

87-010-407-080

CAP,

c36

87-010-322-080

C-CAP,

S

1OOP-5O

CH

C37

87-010-322-080

C-CAP,

S

1OOP-5O

CH

S

CH

56P-50

CH

FRONT
DM

47-50V

0.047
ELECT

33 -50V

C772

87-010-194-080

CAP,

CHIP

C773

87-010-196-080

CHIP

CAPACITOR,

C774

87-010-263-080

CAP,

ELECT

C775

87-010-404-080

CAP,

ELECT

C776

87-010-197-080

CAP,

CHIP

CSA-309

C .B

6P

1.25
1.25
1.25

0.047
0.1-25

C38

87-010-322-080

C-CAP,

S

1OOP-5O

CH

100-1OV

C39

87-010-322-080

C-CAP,

S

1OOP-5O

CH

4.7-50V

C40

87-010-322-080

C-CAP,

S

1OOP-5O

CH

C41

87-010-322-080

C-CAP,

S

1OOP-5O

CH

C42

87-010-322-080

C-CAP,

S

1OOP-5O

CH

0.01

DM

C7-17

87-010-400-080

CAP,

c778

87-010-401-080

CAP , ELECT

1- 50V

C43

87-010-322-080

C-CAP,

S

1OOP-5O

CH

C779

87-010-401-080

CAP,

ELECT

1-50V

C44

87-010-322-080

C-CAP,

S

1OOP-5O

CH

c780

87-010-196-080

CHIP

CAPACITOR,

C45

87-010-322-080

C-CAP,

S

1OOP-5O

CH

c781

87-010-405-080

CAP,

ELECT

c46

87-012-156-080

C-CAP,

S

220P-50

CH

ELECT

lW

1O-5OV
0.01

0.47-50V

0.1-25

1O-5OV

-8-

KM

320MN

REF. NO.

PART NO.

KANRI

REF.NO.

DESCRIPTION

PARTNO.

KANRI

DESCRIPTION

NO.

NO,

C150

87-010-196-080

CHIP

CAPACITOR,

0.1-25

S405

87-A90-680-080

SW, TACT

KSM0612BTS

C153

87-010-196-080

CHIP

CAPACITOR,

0.1-25

S406

87-A90-680-080

SW, TACT

KSM0612BTS

C154

87-010-196-080

CHIP

CAPACITOR,

0.1-25

S407

87-A90-680-080

SW, TACT

KSM0612BTS

C170

87-010-194-080

CAP,

CHIP

S408

87-A90-680-080

SW, TACT

KSM0612BTS

C171

87-010-196-080

CHIP

CAPACITOR,

S409

87-A90-680-080

SW, TACT

KSM0612BTS

C172

87-010-406-040

CAP, E

S41O

87-A90-680-080

SW, TACT

KSM0612BTS

C173

87-010-194-080

CAP,

CHIP

S411

87-A90-680-080

SW, TACT

KSM0612BTS

C201

87-018-205-080

CAP,

CERA-SOL

S412

87-A90-680-080

SW, TACT

KSM0612BTS

C202

87-010-198-080

CAP,

CHIP

0.022

S413

87-A90-680-080

SW, TACT

KSM0612BTS

C203

87-010-198-080

CAP,

CHIP

0.022

S414

87-A90-680-080

SW, TACT

KSM0612BTS

C204

87-012-140-080

CAP

5415

87-A90-680-080

SW, TACT

KSM0612BTS

C205

87-010-316-080

C-CAP,

S

33P-50

CH

S416

87-A90-680-080

SW, TACT

KSM0612BTS

C206

87-010-318-080

C-CAP,

S 47P-50

CH

5417

87-A90-680-080

SW, TACT

KSM0612BTS

C207

87-010-312-080

C-CAP,

S

CH

S418

87-A90-680-080

SW, TACT

KSM0612BTS

C208

87-010-196-080

CHIP

0.1-25

5419

87-A90-680-080

SW, TACT

KSM0612BTS

0.047

22-50

0.1-25

M

SME

0.047
0.022

470P

15P-50

CAPACITOR,

C209

87-010-494-040

CAP, E

1-50

C21O

87-A1O-189-O4O

CAP, E

220-10

C211

87-010-194-080

CAP,

C212

87-010-555-040

CAP, E

C213

87-010-196-080

CHIP

GAS

CHIP

0.047

100-10

GAS

CAPACITOR,

0.1-25

C214

87-010-405-040

CAP, E

10-50

C215

87-012-156-080

C-CAP,

S 220P-50

CH

C216

87-012-156-080

C-CAP,

S 220P-50

CH

S420

87-A90-680-080

SW, TACT

KSM0612BTS

S421

87-A90-680-080

SW, TACT

KSM0612BTS

S423

87-A90-680-1380

SW, TACT

KSM0612BTS

S425

87-A90-680-080

SW, TACT

KSM0612BTS

SW201

87-A9O-535-O1O

SW, RTRY

EC16B24304

SW202

88-NF8-615-O1O

SW, RTRY

EC16B24204L=25

X201

87-A70-075-080

vIB, CER

4. 19MHz

cRHF

C217

87-010-197-080

CAP,

CHIP

C250

87-010-196-080

CHIP

CAPACITOR,

C270

87-010-196-080

CHIP

CAPACITOR,

C307

87-015-686-040

CAP, E

C354

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C103

87-016-051-090

CAP, E

2200-35

M

SMG

C355

87-010-196-080

CHIP

CAPACITOR,

0.1-25

C104

87-016-051-090

CAP, E

2200-35

M

SMG

C373

87-010-196-080

CHIP

CAPACITOR,

0.1-25

c106

87-010-196-080

C-CAP,

S

0.1-25
1OOOP-5O

0.01

22-25

C376

87-012-158-080

C-CAP,

87-010-196-080

CHIP

C401

87-010-405-040

CAP, E

C402

87-010-405-040

CAP, E

C404

87-010-194-080

CAP,

C405

87-010-246-040

CAP, E

C406

87-010-197-080

CAP,

C501

87-010-401-040

CAP, E

1-50

C502

87-010-177-080

C-CAP,

S

C504

87-010-546-040

CAP, E

0.33-50

C505

87-010-321-080

CHIP

C506

87-010-405-040

CAP, E

10-50

C508

87-010-248-040

CAP, E

220-10

C509

87-010-545-040

CAP, E

0.22-50

C511

87-010-406-040

CAP, E

22-50

10-50

S

0.1-25

PRO

0.1-25

M

C378

DM

7L

390P-50

SFA

CH

C.B

Clol

87-012-368-080

C-CAP,

S

0.1-50

Z F

C102

87-012-368-080

C-CAP,

S

0.1-50

Z F

Z F

Clll

87-010-178-080

C-CAP,

S

C207

87-010-545-080

CAP, E

0.22-50

10-50

C209

87-010-180-080

C-CAP,

S

10-50

C211

87-010-404-080

CAP, E

4.7-50

C217

87-010-406-080

CAP, E

22-50

C219

87-A1O-596-O8O

C-CAP,

S

C221

87-A1O-899-O8O

CAP, E

47-25

C223

87-010-544-080

CAP, E

0.1-50

C225

87-010-993-080

C-CAP,

S

0.056-25

C227

87-010-196-080

C-CAP,

S

0.1-25

C229

87-A1O-799-O8O

C-CAP,

S

5600P-16

J

B

C230

87-A1O-799-O8O

C-CAP,

S

5600P-16

J

B

C233

87-010-263-080

CAP, E

100-10

SME

C234

87-010-235-080

CAP, E

470-16

SME

C307

87-010-545-080

CAP, E

0.22-50

CAPACITOR,

CHIP

0.1-25

0.047

47-35
CHIP

SME
0.01

DM

SME

820P-50

SL
SME

CAPACITOR,

82P(J)
SME
SME

SME

C513

87-010-405-040

CAP, E

C514

87-010-186-080

CAP, CHIP

4700P

CON1O2

87-099-015-010

CONN,13P

6216v

CON301

87-099-013-010

CONN,

11P

6216

CON601

87-099-016-010

CONN,

14P

6216V

EM1501

87-008-372-080

FILTER,

FL4 01

88-NF8-603-O1O

FL, SVA-11MM12

J501

87-A6O-284-O1O

JACK,

LED2 08

87-070-281-080

LED, SLZ736A-25H-S-T1

LED209

87-070-281-080

LED, SLZ736A-25H-S-T1

EMI

3. 5M0

BL

M
M

100 P-1OO
M

J

M

SME
K

M

87-010-181-080

C-CAP,
CAP, E

4.7-50

C317

87-010-408-080

CAP, E

47-50

C319

87-A1O-596-O8O

C-CAP,

S

C321

87-A1O-899-O8O

CAP, E

47-25

C323

87-010-544-080

CAP, E

0.1-50

C325

87-010-993-080

C-CAP,

S

0.056-25

C327

87-010-196-080

C-CAP,

S

0.1-25

P-GRN

C329

87-A1O-799-O8O

C-CAP,

S

5600P-16

P-GRN

C333

87-010-263-080

CAP, E

100-10

SME

1800P-50

K

M
M

B

SME
SME

100 P-1OO
M

J

M

SME
K B
Z F
J

P-GRN

C501

87-010-176-080

C-CAP,

S

680P-50

J

LED, SLZ736A-25H-S-T1

P-GRN

C502

87-010-176-080

C-CAP,

S

680P-50

J

LED213

87-070-281-080

LED, SLZ716A-25H-S-T1

P-GRN

C503

87-A1O-8O4-O8O

C-CAP,

S

0.1-25

J

LED222

87-070-201-080

LED, SLP9118C-51-S

RED

C504

87-A1O-8O4-O8O

C-CAP,

S

0.1-25

J

B

LED223

87-070-201-080

LED, SLP9118C-51-S

RED

C505

87-A1O-8O4-O8O

C-CAP,

S

0.1-25

J

B

87-070-201-080

LED, SLP9118C-51-S

RED

C506

87-A1O-8O4-O8O

C-CAP,

S

0.1-25

J

B

87-070-201-080

LED, SLP9118C-51-S

RED

C509

87-010-112-080

CAP, E

100-16

M

SME

LED226

87-070-201-080

LED, SLP9118C-51-S

RED

C51O

87-010-221-080

CAP, E

470-10

M

SME

LED227

87-070-201-080

LED, SLP9118C-51-S

RED

C511

87-A1O-891-O8O

CAP, E

4.7-25

SME(K)

87-070-201-080

LED, sLP9118C-51-S

RED

C512

87-A1O-8OO-O8O

C-CAP,

S

LED229

87-070-201-080

LED, SLP9118C-51-S

RED

C513

87-010-374-080

CAP, E

47-10

S401

87-A90-680-080

SW, TACT

KSM0612BTS

C514

87-010-196-080

C-CAP,

S

S402

87-A90-680-080

Sw, TACT

KSM0612BTS

C515

87-010-400-080

CAP, E

0.47-50

M

S403

87-A90-680-080

SW, TACT

KSM0612BTS

C516

87-010-400-080

CAP, E

0.47-50

M

S404

87-A90-680-080

SW, TACT

KSM0612BTS

C519

87-010-544-080

CAP, E

0.1-50

LED22

5

8

-9

B

SME

LED, SLZ736A-25H-S-T1

LED224

CH

BP

87-070-281-080

LED22

B

Z F

87-070-281-080

o

CH

BP

LED211

LED21

B

SME

87-010-404-080

(MSC )

K
SME

C309

OIFJiI

SME

1500P-50

C311

V

K B

M

SL
B

6800P-16
M

SL

J

SME

0.1-25

Z F

M

SME
SME
SME

B

REF.NO.

REF.NO.

DESCRIPTION

KANRI

PARTNO.

DESCRIPTION

KANRI

PARTNO.

NO.

NO.

C520

87-010-546-080

CAP, E

C522

87-018-209-080

CAP, TC

0.33-50

C524

87-010-374-080

CAP, E

47-10

C526

87-010-196-080

C-CAP,

S

C530

87-010-544-080

CAP, E

0.1-50

U

SWE

0.1-50
M

Z F
87-035-416-010

FUSE,3A

Z F

87-A90-505-OSO

FUSE

CLAMP,

TP00351-51

SWE

87-A90-505-080

FUSE

CLAMP,

TPO0351-51

88-NFV-604-O1O

PT, 8NF-28U

87-A6O-317-O1O

TERMINAL,

1P

MSC

S7-A6O-317-O1O

TERMINAL,

1P

MSC

SME

0.1-25
M

C531

87-010-546-080

CAP, E

0.33-50

C532

87-010-971-080

c-cAP,

S

4700P-50

SME
J

B

C533

87-012-349-080

C-CAP,

S

1000P-50

J

CH

C538

87-010-971-080

C-CAP,

S

4700P-50

J

B

C539

87-012-349-080

C-CAP,

S

1OOOP-5O

J CH

C540

87-010-401-080

CAP, E

1-50

M

SMS

M

SWE

AC2

C541

87-010-401-080

CAP, E

1-50

C542

87-A1O-799-O8O

C-CAP,

S

5600P-16

C543

87-A1O-8O2-O8O

C-CAP,

S

0.047-16

C544

87-A1O-229-O8O

C-CAP,

S

0.68-10

250V

T

239

C.B

~

pR~ol

87-026-691-080

FUSE,1OA

125V

251

B

~

PR~02

87-026-691-080

FUSE,

125v

251

J B

~

PR105

S7-A9O-21O-O8O

FUSE,7A

125V

251

A

PRI06

87-A9O-21O-O8O

FUSE,7A

125V

251

WI04

85-NF5-628-O1O

F-CABLE

7P-2 .5

CON1O5

87-099-753-019

CONN,

CON3 01

86-ZM3-604-219

CON

ASSY,

K

CON35

86-ZM3-605-119

CON

ASSY,

K R

SFR1

87-024-581-089

SFR, 3. 3K

DIA

SOL 1

S2-ZM1-618-41O

SOL

ASSY,

27

SOL2

82-ZM1-618-41O

SOL

ASSY,

27

Swl

87-A90-248-OIS)

SW, MICRO

ESE11SH2CX0

SW2

87-A9O-248-O1O

SW, MICRO

ESE11SH2CX0

J
K

C545

87-012-393-080

C-CAP,

S

0.22-16

C546

87-012-393-080

C-CAP,

S

0.22-16

C547

87-010-404-080

CAP, E

4.7-50

n

SMZ

C548

87-010-404-080

CAP, E

4.7-50

M

SME

C549

87-012-393-080

C-CAP,

S

10A

K
K

0.22-16

DECK

K

C550

87-012-393-080

C-CAP,

S

0.22-16

C551

87-016-081-080

C-CAP,

S

0.1-16

C552

87-A1O-8O2-O8O

C-CAP,

S

0.047-16

C553

87-A1O-8O2-O8O

C-CAP,

S

0.047-16

C554

87-016-081-080

C-CAP,

S

0.1-16

J B

1

11P

H

9604

3P-PB
8P-RPB
6H

J B
K

R

87-016-081-080

C-CAP,

S

C556

87-A1O-8O1-O8O

C-CAP,

S

0.022-16

J B

SW3

87-A9O-248-O1O

SW, MICRO

ESE11SH2CX0

C557

87-A1O-8O1-O8O

C-CAP,

S

0.022-16

J

SW4

87-A9O-248-O1O

SW, MICRO

ESE11SH2CX0

C558

87-016-081-080

C-CAP,

S

0.1-16

C579

87-010-402-080

CAP, E

2.2-50

SW5

87-A9O-248-O1O

SW, MICRO

ESE11SH2CX0

W1

82-ZM3-601-019

RBN-CORD,

4P-75

C555

C580

CAP, E

87-010-402-080

0.1-16

C .9

2.2-50

J202

87-A6O-6O5-O1O

JACK,

3P

L201

87-003-383-010

COIL,

lUH

K

R

K R
M

M

WIR1O

SWE

SME
YKC2 1-3948

K

L202

87-003-383-010

COIL,

IUH

K

L301

87-003-383-010

COIL,

lUH

K

R243

87-AOO-258-080

RES, M/F

0.22-lW

J

R245

87-AOO-258-080

RES, M/F

0.22-lW

J

R343

87-AOO-258-080

RES,M/F

0.22-lW

J

R345

87-AOO-258-080

RES, M/F

0.22-lW

J

R509

87-022-214-080

C-RES,

100 K-1/10W

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1608

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4

5

I

6

1

(CST1)
Sw 1

(C AMI)
SW2

(BECK

MOTOR)
Ml

L–.

w-

LONG

m
11

(2
9

7
5

3

x
i?
L

(C AM2)
SW5

-34-

BASH~

r’

1

7

FL GRID ASSIGNMENT

AND ANODE

GRID ASSIGNMENT

CONNECTION

—r+I------l
r------!
+ I—-*—,
~,r
m

40

d m mm-

7iir

❑ DO

%

r

1m

70

...

(2G)

(3 G- 10G)

(IG)

ANODE CONNECTION
I

\l
PI

la,

I

I

g,

dlB351

I

P3

I

P41
P5 I

2G 13 G- IOGI

I

S1

I

P9 I
Plol

P121

m

IB13 4-4

17

5-4

I 16

KHz

1-5

I 15

4-1

]

MHz

2-5

I 14

I

3-5

I

I RANDOM

2-2
3-2

Slo

B29

4-2

S2

IB241

5-2

2-3

I 13
I

1-2

B34

IB141

d

MONO

I

S9

S12

~

2G

3-1

5-1

IB1OI

lG

lIG
I

I

P71S81B5
P8

I

IB151
I

S7

I-1
!

c 1B25
e IB20]

I

P6 I

I

lG

)

P24

B22

4-5

I 12

I

5-5

11

I
I

1-4

I

I

P27

ml

B7

2-6

EDIT

#

10
I

9

3-6

8

4-6

7

5-6

6

1-7

5

w

P13

S3

B9

P14

S13

B4

P15\

S14

P16

3-3

I

—

P31 I

B31

IB21

+

4-3

lc -

P32 I

B32

IB16

2-7

IB33]

5-3

I

S15

P33

B33

IB1l

3-7

S4

B28

1-4

20

P34

B34

I B6

P17

55

B23

2-4

19

P35

B35

I B1

P18

S6

IB181

3-LL..J!L

5-7

I

4
3

I

1

IC BLOCK

DIAGRAM -2

IC, BA3835S
I

1
BIAS

‘REFck-----17 AOUT

16 TEST

I 5 N.c.

N.c.

5

EII FOUT

6

CIN

7

AIN

A-C

c

EIIF

340HZ

PEAK

BPF

HOLQ

1 KHZ

PEAK

BPF

HOLB

3. 4KHZ

PEAK

BPF

HOLQ

14 N.C.

1

15 sEL

MPX

8A

i

Ic, BU4094BCF

[]

OATA
SHIFT

CLOCK

REGISTER

Q“s

( ]Qs

1

)

SERIAL
OUTPUT

8-El 1T
STROBE

OUTPUT
ENABLE

LATCHES

3-STATE
15

OUTPUTS

Q1

\

)

Y

PARALLEL

OUTPUT

TRUTH TABLE
CLOCK

OUTPUT
ENABLE

PARALLEL
STROBE

L

x

x

z

-t

L

x

x

z

&

H

L

‘

&

H

H

L

L

J

H

H

H

“

*

H

‘

‘

Z=Hloh

SERIAL

Q,

0s

Q“s

z

(J7

NO Chg.

Q1

x

X= Don’t

OUTPUTS

OUTPUTS

EIATA

No

No

‘ha.

Chg.

z
No

Qs

Q7

No

Cho.

Qn-1

Q7

No

chg.

Qn-1

07

No Chg.

No

Chg.

NO Chg.

Chg.

No Chg.

Qs

Impudonco
Cors

-36-

IC, LC72131 D

PO

xIN
XOUT

AIN

FMIN

AOUT

AMIN

CE
91

IFIN

CL
90
vflFQ
V5S

BO1

B02

B03

B04

101

102

G

)
---1

I

I

I

I

I

G

I
OECOtlER
ANTI BIRDIE

II

I

PHAS& EIET

II

ST:jEO

m

C-3

6-3

w
1

I

1

1

1

I

1

1

I

v

(

I

7

1

FM
1

S-METER

STEREO
LIRIvE
I

I

I

-37-

MUTE

Cl

LOUT

Q RLC3

ROUT

47 RLC7

CVOLOUT

44 RLC4

CVOLIN

45 RLC1

COUT

i 44 RLC2

SOUT

RLC5

9JOL IN

SVOLOUT

PSC4
c-l

~

.,– l

I

I

I

I

1

1

Psc 1

s

CMC

PSC5

SOUT

PSC2

AGNEI

PSC6

MICIN

PSC3

EIVEIEI

SCK

f--l%
7“

REQ

6

OATA

LOGIC

-

OBC3
IOKBIT
BBC2

SRAM

9BC 1

BNR

N

z

‘2
0

!-

Z
0

%

-c

—
2

z

m
L

t’CL
J

IN

IC DESCRIPTION
IC, pPD780228
Description

Pin No.

Pin Name

1/0

1

K-SCAN

o

Key scan output.

2

LED b

o

E

3

LED E>

o

➤ > LED ~/OFF

4

LED ++

o

44

5

LED 9

0

■ LED ~/OFF

output.

6

LED 1!

o

II

LED ~/OFF

output.

7

O-MOTOR

o

DECK MOTOR ON/OFF output.

8

O-SOL2

o

DECK 2 solenoid output.

9

O-SOL1

o

DECK 1 solenoid output,

10

S-MUTE

o

Surround mute output.

11

O-DATA

o

Data output for MAIN,FRONT,PRO C.B,

12

O-PRO-CE

o

Prologic IC chip enable output.

13

O-4094.CE

o

Latch strobe output to shift register IC.

14

O-ECHO.CE (N.C)

-

Not connected.

15

O-POWER

o

System power supply ~/OFF

16

O-PLL.CE

o

PLL IC chip enable output.

17

Ic

18

Vss

GND.

19

VDD

Power supply input.

20

I-HP MUTE

I

“L” input prologic DSP off.

21

M-STB

o

Latch strobe output for MAIN C.B.

22

O-CD.OPEN

o

CD tray open data output.

23

O-CD. CLOSE

o

CD tray close data output.

24

O-CD.DISH.F

o

CD turntable forward rotation output.

25

O-CD.DISH.R

o

CD turntable reverse rotation output.

26

I-WRQ/I-STEREO

I

CD WRQ inpu@mer stereo input.

27

I-DRF/I-IFCNT

I

CD DRF input~une IF count serial data input.

28

RDS CLK (N.C)

I

Tuner RDS clock input.(Not connected.)

29

l-SUBQ/RDS-DATA

1

CD SUBQ data input/RDS data input.

30

RESET

I

System reset.

31

O-CD DATA/O-CLK

o

CD data output/Main PLL shift register clock output.

32

O-CDCLK

o

CD clock output.

33

O-CD.CE

o

CD enable output.

34

I-RMC

I

System remote control input.

35

LDISHSENSE

I

CD turntable photo sensor input.

36

O-C.SHIFT

o

Micon clock shift output.

37

VDD1

Power supply input.

38,39

X2,X1

4.19MHz oscillatorcircuit.

40

Vssl

GND.

41

AVDD

42

I-HOLD

1

Power failure detected input “L” to stop clock and main memory. “H” for normal operation.

43

I-CD.SW

1

CD mecha switch input.

LED 0=/OFF output,
output.

LED ?XQ/OFFoutput.

output.

Internal connection.(Connected to GND.)

Power supply input.

–39–

Pin No.

Pin Name

I

1/0

Description

I

44

I

I-SPEANA

]

I

]

A/D input for spectrum analyser display.

I

45

\

I-RE.VOL

I

1

I

Volume jogAD input.

]

I

46

I-RE.MULTI

I

Multi jog AD input.

47

I-SIG (N.C)

I

RDS Tuner signal input. (Not connected.)

48,49

I

I-KEY2,1

50

AVSS

51

O-CDLED

52

I

I

I

I

I
I

I

KeY2,1 input,
GND.
CD flash window LED ON/OFF output.

o

LED 4

]

O

I

-

LED switch ON/OFF output.

P1-P6

]

O

I

FLsegment PI-6 output.

I

59

I

P71REV2

I 1/0 ]

FLsegment P70utput/REV2

data input.

I

60

I

P8/REvl

I 1/0 [

FLsegment P8 output/REVl

data input.

1/0

FL segment P9 output / AM1OK data input.

1/0

FL segment P1Ooutput / AMSTWIDE data input.

H-t+%%%

I
I
I

1

63

I

PI l/LW

] 1/0 I

FLsegmemt Pll output/ LWmode data input.

I

I

64

I

P12/sw

I 1/0 I

FL segment P12 output /SW mode data input.

I

H--l-%=
+--i-==
69
I

I
I

70

1/0

FL segment P13 output / FM1 data input.

1/0

FL segment P14 output / RDS data input,

1/0

FL segment P15 output / DECK2 cassette detect switch data input.

1/0

FL segment P16 output / DECK2 side B record OK switch data input.

1/0 [

FL segment P17 output / DECK2 CAM switch data input.

P18/AuTol

1/0

FL segment P18 output / DECK1 AUTO stop switch data input.

P19/AUT02

1/0

FL segment P19 output / DECK2 AUTO stop switch data input.

1/0

FL segment P20 output / DECK1 CAM stop switch data input.

1/0

FL segment P21 output / DECK1 cassette detect switch data input.

1/0 I

FL segment P22 output / DECK2 side A record OK switch data input.

1/0

FL segment P23 output / KARAOKE data input.

1/0

FL segment P24 output f TM-BASE data input.

P17/CAM2

I

I
t

71

R--l-+=
~

74

I

P22/REA

H---R==

I

I

77,78

I

P25,P26

01

FL segment P25,P26 output.

I
I

79

VDD2

-

]

Power supply input.

80

–VFL

-

I

Powersu pply for FL display.

81

SPEANA-AfP27

o

FL segment P27 output / Spectrum analyser band switching data output.

82

SPEANA-B/P28

o

FL segment P28 output / Spectrum analyser band switching data output.

83

SPEANA-CP29

o

FL segment P29 output / Spectrum analyser band switching data output.

P30-P35

o

FL segment P30-35 output.

G1l-G1

O

84-89
90’”100

I

I

I

FL grid GI 1-1 output.

–40–

I

I

IC. LC72131

I/o

Pin No.

Pin Name

1

XIN

22

XOUT

2

NC

3

CE

I

4

Dl

1

5

CL

1

6

DO

o

Digital data output to CPU (pPD780228).

7

T-BASE

o

Outputs a reference clock signal (8Hz) for the clock.

8

MONO I BEAT

o

Outputs “H” when MONO / BEAT is switched.

1/0

Description
A crystal oscillator (4.5MHz) is connected between these pins.
Not used.
To enable the IC. Active “H”.
Digital data input from CPU (1.@D780228) when relevant key is operated.
Active “H”.
To clock in the data DI.

Output “L” or “H” as follows:
9

.—
FM I SW

2 BAND
o

3 BAND

3 BAND

AM

FM

LW

MW

FM

MW

Sw

FM

H

L

H

H

L

H

L

L

Outputs “L or “H” as follows:
2 BAND
10

M~lSW

o

3 BAND

3 BAND

AM

FM

LW

MW

FM

MW

Sw

FM

L

L

H

L

L

L

H

L

11

IF-MUTE

o

To control internal counter.

12

IF-IN

I

General purpose counter input.

13

TUNE

I

Receives “L” when station is tuned.

14

NC

—

Not used.

15

AM-IN

1

Receives the AM local oscillator frequency signal.

16

FM-IN

I

Receives the FM local oscillator frequency signal.

17

VDD

18

PD

o

19

A-IN

I

20

A-OUT

o

21

Vss

Supply power to IC (+5V).
PLL charge pump output.
The MOS transistor for PLL active low pass filter.
Ground.

-41-

ADJUSTMENT



)

)0367(
—--—

—

e
Jq
@ T~sL772
L771

L961

--@

m+
(3/3)

qT#

(1/3)

TP4

2

-8 4

9
10
11
12

3

13

5

[ 14

6
1

❑ DECK

C.B

7

DECK–1 P, DECK–2 R / P / E HEAD

o
9

REV

< TUNER

FWD

SECTION>

1. Clock Frequency Check
Settings : Teat point: TP2
Method : Set to AM 1710kHz and check that the test point is
2160kHz * 45Hz.
●

2. AM VT Check
Settings : Test point: TPl
Method : Set to AM 1710kHz and AM 530kHz and check
that the test point is less than 8.5V(1710kHz) and
more than 0.6V(530kHz).

3. AM Tracking Adjustment
Settings : Test point: TP8(Lch), TP9(Rch)
Adjustment location:
L981(l/3) ...................................... 1000kHz
Method : Set to AM 1000kHz and adjust L981(l/3) so that the
test point is max.
●

●

●

4. FM VT Check
Settings : Test point: TP1
Method : Set to FM 108.OMHZand check that the test point is
less than 8.OV.
Set to FM 87.5MHz and check that the test point is
more than 0.5V.
●

-42-

5. FMTracking
Check

Settings: Testpoint:TP8(Lch),
TP9(Rch)
Method: SettoFM98.OMHZ
andcheckthatthetestpointis
lessthan9.OdB.

< DECKSECI’ION>





9. TapeSpeedAdjustment
Settings: Testtape:lTA-100
Testpoint:TP6(Lch),
TP7(Rch)
Adjustment
location:SFR1
Method: PlaybackthetesttapeandadjustSFR1sothatthe
frequency
counterreads3000Hz~ 5Hz.


IHFSensitivity
:
Lessthan10/9/ 9dB
(THD3%)
[at87.5/ 98.0/108.OMHZ]
S/N50dBQuieting
sensitivity
:
Lessthan35dB
[at98.OMHZ]
Signaltonoiseratio: Mono:Morethan68dB
Stereo:Morethan66dB
[at98.OMHZ
]
Distortion
:
Mono: Lessthan1.2%
Stereo: Lessthan2.0%
[at98.OMHZ]
Autostoplevel:
25dBk 10dB[at98.OMHZ]
Stereoseparation:
Morethan30dB[at98.OMHZJ
Intermediate
frequency
: 10.7MHz

Tapespeed:
3000Hz
A45Hz
Wow&flutter:
Lessthan0.25%(W.R.M.S)
Take-up
torque:
30- 55g-cm(FWD,REV)
F.F torque:
75- 180g-cm
REWtorque:
75- 180g-cm
Backtension:
2- 7g-cm(FWD,REV)
PBoutputlevel:
2.8V*2dB(SPOUT2V)
(NORM)
REC/PB
outputlevel: Ok 3.OdB
Distortion
(REC/PB): Lessthan2.0%(NORM)
Lessthan25mV(NORM)
Noiselevel(PB):
Noiselevel(REC/PB):Lessthan30mV(NORM)
Morethan60dB
Erasing
ratio:
(at125Hz,+1OVU,
NORM)
‘ITA-602
(NORM)
Testtape:

●

●
●

6. AMIFAdjustment
Settings: Testpoint:TP8(Lch),
TP9(Rch)
. Adjustment
location:
L772..........................................*.....
450kHz

●

●

7. DCBalance/MonoDistortion
Adjustment
Settings: Testpoint:TP3,TP4(DCBalance)
TP8,TP9(Distortion)
Adjustment
location:L771
Inputlevel:54dB
Method: SettoFM98.OMHZ
andadjustL771sothatthe
voltagebetween
TP3andTP4becomes
OVY0.04V.
Next,checkthatthedistortion
islessthan1,3%
●

●
●

8. AutoStopLevelCheck
AM
Settings: Inputlevel:52dB
. Testpoint:TP5
Method: SettoAM1000kHz
and checkthattheautostopis
at37- 62dB.
●

FM
Settings: Inputlevel:25dB
Testpoint:TP5
Method:SettoFM98.OMHZ
andcheckthattheautostopisat
25dB* 10dB.
●
●

10.HeadAzimuth
Adjustment
Settings: Testtape:TTA-300
Testpoint:TP6(Lch),
TP7(Rch)
Adjustment
location:Headazimuth
adjustment
screw
Method: Playback(FWD)the10kHzsignalofthetesttape
andadjustscrewsothattheoutputbecomes
maximum.
Next,perform
onREVPLAYmode.
●
●
●

11.PBFrequency
Response
Check(DECK1,DECK2)
Settings: Testtape:TTA-300
Testpoint:TP6(Lch),
TP7(Rch)
Method: Playbackthe315Hzand10kHzsignalsofthetest
tapeandcheckthattheoutputratioofthe10kHz
signalwithrespecttothatofthe315Hzsignalis
within5dB.
●
●

12.PBSensitivity
Check(DECK1,DECK2)
Settings: Testtape:TTA-200
Testpoint:TP6(L.ch),
TP7(Rch)
Method: Playbackthetesttapeandcheckthattheoutput
levelatTP6,TP7
becomes120mVk
3.OdB.
●
●


Sensitivity
:
(S/N20dB)

Lessthan60dB
[at600kHz]
Lessthan58dB
[at1000kHz]
Lessthan58dB
[at1400kHz]
Signaltonoiseratio: Morethan36dB
[at1000kHz]
Distortion
:
Lessthan1,5%
[at1000kHz]
Autostoplevel:
52dB+10/-l5dB
[at1000kHz]
Intermediate
frequency
: 450kHz

13.REC/PB
Frequency
Response
Adjustment
Settings
: ‘Testtape:TTA-602
“Testpoint:TP6(Lch),
TP7(Rch)
Inputsignal:1kHz/ 10kHz(LINEIN)
Adjustment
location: SFR351
(Lch)
SFR352
(Rch)
Method: Applya lkHzsignalandRECmode.Thenadjust
OSCattenuator
sothattheoutputlevelattheTP6,
TP7becomes
-28dBV.Recordandplaybackthe
lkHzand’10kHz
signalsandadjustSFRSsothatthe
outputofthe10kHzsignalsbecomes
OdBk 0.5dB
withrespecttothatofthelkHzsignal.
●
●

14.REC/PB
Sensitivity
Check
Settings: Testtape:TTA-602
Testpoint:TP6(Lch),
TP7(Rch)
Inputsignal:lkHz(LINEIN)
Method: Applya lkHzsignalandRECmode.Thenadjust
OSCattenuator
sothattheoutputlevelattheTP6,
TP7becomes
-8dBV.Recordandplaybackthe’
lkHzsignalsandcheckthattheoutputisOa 3,5dB,
●
●
●

–43-

-44–

MECHANICAL
EXPLODED
VIEW1/ 1

2

\

-45-

-46-

MECHANICAL

PARTS

LIST 1 / 1

If can’t understand for Description please kindly refer to” REFERENCE NAME LIST”.

REF.NO, PARTNO.

KANRI
NO.

DESCRIPTION

REF.NO, PARTNO,

WINDOW,
CASS 1
1 87-NB8-O12-O1O
EJECT1 (SIN)
2 82-NF5-218-O1O SPR-T,
BOX,CASS 1 lWAY
3 88-NF8-044-010
CASS 2
4 87-NB8-O13-O1O WINDOW,
EJECT2 (SIN)
5 82-NF5-219-010 SPR-T,

KANRI
NO.

DESCRIPTION

26
27
28
29
~ 30

88-NF8-O46-O1O
87-NB8-O51-O1O
88-NF8-O48-O1O
87-085-189-010
87-050-053-010

PANEL,TRAY
PANEL,LEFT U
PANEL,
RIGHT2 U
BUSHING,CORD (U)
AC CORD ASSY,U-2

BOX,CASS 2 lWAY
KNOB,RTRY JOG
LABEL, CASS. COMPT
KNOB,RTRYVOL
WINDOW,
DISPLAYU

31
32
33
34
35

88-NFv-O21-O1O
84-ZG1-245-21O
87-NF9-O55-O1O
86-NFZ-OO1-O1O
88-NF8-207-O1O

CABI,REAR USTNMMT320
CAP,OPTICAL
PANEL,TOP
WINDOW,
TOP
GUIDE,
FF

11 88-NFV-OO7-O1O
12 87-NB8-OO9-O1O
13 88-NFV-OO1-O1O
14 87-NF8-22O-O1O
15 87-NF4-216-O1O

KEY,GEQ PRO
WINDOW,
CD
CABI,FR U
DMPR,150
HLDR,
LOCK 1

36
37
38
A
B

88-NF8-205-O1O
88-NF8-208-O1O
88-NFV-201-O1O
87-067-703-010
87-NF4-224-O1O

GUIDE,
FL
GUIDE,
PLAY lWAY
GUIDE,PRO
TAPPINGSCREW,BVT2+3-10
S-SCREW,
IT3B+3-8CU

16
17
18
19
20

86-NF9-224-O1O
82-NF5-229-O1O
87-NF4-217-O1O
88-NFV-O1O-O1O
88-NF8-OO6-21O

SPR-C,LOCK
PLATE,LOCK
HLDR,
LOCK 2
PLATE,PRO
KEY,REC

C
D
E
F
G

87-067-688-010
87-721-096-410
87-078-019-010
87-721-097-410
87-067-641-010

BVTT+3-6
QT2+3-10GLD
S-SCREW,
IT+4-6
QT2+3-12GLD
UTT2+3-8
(W/O SLOT)BL

21
22
23
24
25

88-NF8-O14-11O
88-NF8-OO7-O1O
88-NF8-OI9-O1O
88-NF8-O13-O1O
88-NFV-OO6-O1O

KEY,CD
KEY,FUNCTION
KEY , PLAY lWAYASSY
KEY,ASSY FF
KEY,PRO

H 87-723-096-410 QT2+3-10W/OSLOT BL
I 87-067-579-010 TAPPINGSCREW,BVT2+3-8

6
7
8
9
10

88-NF8-O43-O1O
88-NF8-O16-O1O
81-532-080-010
87-NB8-015-010
88-NFV-O11-O1O

–47-

TAPE MECHANISM EXPLODED VIEW 1 / 1

PH(DECK 1)
RPH(DECK2)
(DECK L

only)
CK UR)

2

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TAPEMECHANISM
PARTSLIST1/ 1
KANRI DESCRIPTION
NO,
ASSY,SS
86-ZM3-212-O1O CHAS
86-ZM3-202-O1O BASE,HEAD
S
86-ZM3-205-O1O SPR-C,RPH
S
82-ZM1-333-21O PLATE,LINK
2
86-ZM3-206-O1O SPR-C,EH
S

REF,
NO,PARTNO,

REF.
NO. PART
NO,
1

8

2
3
4
5

II

44
41
m
q?

24

(DECKLSIDE)
18

1
I

?

(DECKRSIDE)
30
)

I Ifcan>tunderstand forDescriptionplease

REF.NO. PARTNO.

1
2
3
4
5

KANRI
NO.

86-NS5-O12-O1O
87-NS7-611-O1O
87-NSH-612-O1O
87-NSJ-602-O1O
88-NSJ-OO1-O1O

SPEAKER

PARTS

kindly refertoC$. ]

DESCRIPTION

BADGE,AIWA35
CORD,SPKR
SPKR,CERAMICASSY
SPKR 120
PANEL,FR

LIST (SX-R275)

If can’t understand for Description please kindly refer to” REFERENCE NAME LIST”.

REF.NO. PARTNO.

1
2
3

KANRI
NO,

DESCRIPTION

87-YS1-OO4-O1O GRILLEFRAMBASSY
87-YS6-OO2-O1O SPKR,CORD Y
87-YS6-601-O1O SPKR,100

SPEAKER

PARTS

LIST (SX-C605)

If can’t understand for Description please kindly refer to” REFERENCE NAME LIST”.

REF.NO. PARTNO.

1
2
3
4

KANRI
NO.

83-NSM-O1O-O1O
87-YS3-OO1-O1O
87-YS3-OO3-O1O
87-YS7-602-O1O

ACCESSORIES

DESCRIPllON

SPEAKERCORD
PANEL,
FRONTST(C600
)
GRILLFRANSASSY(C600
)
SPKR, 100

/ PACKAGE

LIST

If can’t understand for Description please kindly refer to” REFERENCE NAME LIST”.

REF.NO. PARTNO.

1
2
3
4

KANRI
NO.

88-NFV-903-O1O
87-006-225-010
87-A9O-O64-O1O
88-NFv-605-O1O

DESCRIPTION

IB,U(ESF)M
AM LOOP ANT NC2
FEEDER-ANT,
FM(SHS)
RC UNIT,RC-8AS

–53-

REFERENCE
ELECTRICAL

NAME LIST
MECHANICAL

SECTION

SECTION

DESCRIPTION

REFERENCE

C-CAP TN
C-COIL

ANTENNAS
CHIP
CAP,CHIP
CAP,CHIPTANTALUM
COIL,CHIP

ADHESHIVE
AZ
BAR-ANT
BAT
BATT

SHEETADHESHIVE
AZIMUTH
BAR-ANTENNA
BATTERY
BATTERY

C-DI
C-DIODE
C-FET
C-FOTR
C-JACK

DIODE, CHIP
DIODE, CHIP
FET,CHIP
FILTER, CHIP
JACK, CHIP

BRG
BTN
CAB
CASS
CHAS

BEARING
BUTTON
CABINET
CASSETTE
CHASSIS

C-LED
C-RES
C-SFR
C-SLIDE SW
C-sw

LED, CHIP
RES, CHIP
SFR, CHIP
SLIDESWITCH,CHIP
SWITCH,CHIP

CLR
CONT
CRSR
Cu
CUSH

COLLAR
CONTROL
CURSOR
CUSHION
CUSHION

C-TR
C-VR
C-ZENER
CAP, CER
CAP, E

TRANSISTOR,CHIP
VOLUME,CHIP
ZENER,CHIP
CAP,CERA-SOL
CAP, ELECT

DIR
DUBB
FL
FLY-WHL
FR

DIRECTION
DUBBING
FRONT LOADING
FLYWHEEL
FRONT

CAP, M/F
CAP, TC
CAP,TC-U
CAP, TN
CERA FIL

CAP, FILM
CAP,CERA-SOL
CAP,CERA-SOLSS
CAP,TANTALUM
FILTER, CERAMIC

FUN
G-CU
HDL
HIMERON
HINGE,BAT

FUNCTION
G-CUSHION
HANDOL
CLOTH
HINGE, BATTERY

CF
DL
EICAP
FILT
FLTR

FILTER, CERAMIC
DELAY LINE
CAP, ELECT
FILTER
FILTER

HLDR
HT-SINK
!~LE
IND, L-R

HOLDER
HEAT SINK
INSTRUCTION BOOKLET
IDLER
INDICATOR, L-R

FUSE RES
MOT
P-DIODE
P-SNSR
P-TR

RES, FUSE
MOTOR
PHOTO DIODE
PHOTO SENSER
PHOTO TRANSISTOR

KEY, CONT
KEY, PRGM
KNOB, SL
LBL
LID, BATT

KEY, CONTROL
KEY, PROGRAM
KNOB, SLIDE
LABEL
LID, BATTERY

POLY VARI
PPCAP
PT
PTR, RES
RC

VARIABLE CAPACITOR
CAP, PP
POWER TRANSFORMER
PTR, MELF
REMOTE CONTROLLER

LID, CASS
LVR
P-SP
PANEL, CONT
PANEL, FR

LID, CASSETTE
LEVER
P-SPRING
PANEL, CONTROL
PANEL, FRONT

RES NF
RESO
SHLD
SOL
SPKR

RES, NON-FLAMMABLE
RESONATOR
SHIELD
SOLENOID
SPEAKER

PRGM
PULLY, LOAD MO
RBN
sSEG

PROGRAM
PULLY, LOAD MOTOR
RIBBON
SPECIAL
SEGMENT

SW. LVR
SW; RTRY
SW, SL
TC CAP
THMS

SWITCH, LEVER
SWITCH, ROTARY
SWITCH, SLIDE
CAP, CERA-SOL
THERMISTOR

SH
SHLD-SH
SL
SP
SP-SCREW

SHEET
SHIELD-SHEET
SLIDE
SPRING
SPECIAL-SCREW

TR
TRIMER
TUN-CAP
VIB, CER
VIB, XTAL

TRANSISTOR
CAP, TRIMMER
VARIABLE CAPACITOR
RESONATOR, CERAMIC
RESONATOR, CRYSTAL

SPACER, BAT
SPR
SPR-P
SPR-PC-PUSH
T-SP

SPACER, BATTERY
SPRING
P-SPRING
P-SPRING, C-PUSH
T-SPRING

VR
ZENER

VOLUME
DIODE, ZENER

TERM
TRIG
TUN
VOL
w

TERMINAL
TRIGGER
TUNING
VOLUME
WASHER

WHL
WORM-WHL

WHEEL
WORM-WHEEL

DESCRIPTION

REFERENCE

ANT
cC-CAP

NAME

m

[
19620450,750038

7+7151msa.

AIWA CO.,LTD.
7110-8710

%~%lJ~FiilX%iiZitil-2-l

NAME

Tokyo Japan
1 ft03

(3827)

3111 (tt~)

Printed in Singapore



---

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