Aiwa Z-d7000m User manual

ana

Z-D/000M

—

COMPACT

DISC

STEREO

SYSTEM

e

BASIC

TAPE

MECHANISM

:

2ZM

—

1P1N,R1N

e

BASIC

CD

MECHANISM

:

KSM

—

2101ABM.

><

CENTER

GRAPHIC

CD

PLAYER

AMPLIFIER

|CASSETTE

DECK}

TUNER

SPEAKER

SYSTEM

EQUALIZER

(OPTIONAL)

*2

Z—

D7000M

x1

DX

—

Z980M,

DX

—

Z950M,

MX

—

Z7000M

|

FX—WZ7000

|

TX

—

27000]

GE-Z7000

Hie

eeD

Al

HE,LH,HR

SX

—

27000

bX

=

7850,

DX

—

2830

K2

Z

—

D7000M

MX

—

Z7000M

|

FX-W2Z7000

|

TX

—Z7000}

GE-

27000

EK.Z

e@

TYPE.

HE,LH,HR,E,K,Z

TURNTABLE

(OPTIONAL)

K3

PX

—

E900,

PX

—

E750

DX

—

Z950M,

DX

—

Z900M,

DX

—

Z850,

DX

—

2830,

DX

—

Z7000M

*K3

PX

—

E800,

PX

—

E750

«1

CENTER

SYSTEM

dose

not

have

1.

*%2

As

to

the

service

information

of

CD

PLAYER,

see

the

individual

service

manual

of

original.

*%3

As

to

the

service

information

of

TURNTABLE

see

the

individual

service

manual

of

original.

__

S/M

Code

No.

0266

DATE

OF

ISSUE

6/1993

~

K

SERVICE

MANUAL

TABLE

OF

CONTENTS

*

TRANSISTOR

ILLUSTRATION

(MX

—

Z7000M,

FX

-

WZ7000,

TX

—

Z7000,

GE

-

27000)

-

*

ACCESSORIES/PACKAGE

LIST

(MX

—

Z7000M]

+

ELECTRICAL

MAIN

PARTS

LIST

*IC

DESCRIPTION

*FL/IC

BLOCK

DIAGRAM

—

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DIAGRAM

—

L-veserseee

«SCHEMATIC

DIAGRAM

—

3:

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BLOCK

DIAGRAM

—

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*SCHEMATIC

DLAGRAM

—

4-

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BLOCK

DIAGRAM

-

2:

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VIEW,

MECHANICAL

PARTS

LIST:

(FX

—

WZ7000]

.

Cc

‘AUTIONS

WHEN

SERVICING:

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LIST

*

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+

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SERVICE

FIGURE

-

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DESCRIPTION

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VIEW

-

1,

MECHANICAL

PARTS

LIST::

*

EXPLODED

VIEW

-

2,

MECHANICAL

PARTS

LIST:-

«EXPLODED

VIEW

-

3,

MECHANICAL

PARTS

LIST--

*SPRING

APPLICATION

POSITION

(TX

-

27000]

*CAUTIONS

WHEN

SERVICING--

*

ELECTRICAL

MAIN

PARTS

LIST

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DIAGRAM

«SCHEMATIC

DIAGRAM

—

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WIRING

—

1

(H)--

*SCHEMATIC

DIAGRAM

—

2,

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-

2

(E)--

*

SCHEMATIC

DIAGRAM

-—

3,

WIRING

—

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(Z)--

*

ADJUSTMENT

—

1,

PRACTICAL

SERVICE

FIGURE

—

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(H)

+«

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—

2,

PRACTICAL

SERVICE

FIGURE

~—

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(E,Z)-

“IC

DESCRIPTION

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EXPLODED

VIEW,

MECHANICAL

PARTS

LIST

corsrcsrscttrececrersscsseseseneneesenssrerasarnsssesasocssenscceeverssaseaarsesreneas

87~88

[GE

—

27000]

«

CAUTIONS

WHEN

SERVICING:

PTTTTSTETITTETITTI

TELE

Tee

«ELECTRICAL

MAIN

PARTS

LIST

--

*IC

DESCRIPTION

/FL

:-

*

BLOCK

DIAGRAM

*

SCHEMATIC

DIAGRAM

*IC

BLOCK

DIAGRAM

*

EXPLODED

VIEW,

MECHANICAL

PARTS

LIST

(SX

~

Z7000]

«SPEAKER

LIST

*

REFERENCE

NAME.

LST

osssccssssccssesssccensecsersennonsessssececscencecesssnansaessanneccassecennseacereserscaratseserasansnseesesenensresy

101

TUNER

TX-Z7000

<FM

section>

Frequency

range

Usabie

sensitivity

(IHF)

Alternate

channel!

selectivity

Signal-to-noise

ratio

Harmonic

distortion

Frequency

response

Stereo

separation

Antenna

<AM

section>

(YH,

YLH)

Frequency

range

Usabie

sensitivity

Selectivity

Signal-to-noise

ratio

Antenna

<MW

section>

(YE,

YZ)

Frequency

range

Usable

sensitivity

Selectivity

Signal-to-noise

ratio

Antenna

<LW

section>

(YE,

YZ)

Frequency

range

Usable

sensitivity

Antenna

<Timer

section

and

general>

Program

timer

Sleep

timer

Dimensions

(WXHXD)

Weight

AMPLIFIER

MX-Z7000

Power

output

Harmonic

distortion

SPECIFICATIONS

87.5

MHz

to

108

MHz

2.2

pV

(75

ohms)

18.2

dBt

50

dB

(+400

kHz)

70

dB

(STEREO),

78

dB

(MONO)

0.3%

(MONO),

1

kHz

0.8%

(STEREO),

1

KHz

20

Hz

to

15

kHz

(+0.5

dB,

—3

dB)

40

dB

at

1

kHz

75

ohms

(unbalanced)

531

(530)

kHz

to

1,602(1,710)

kHz

400

pV/m

22

dB

(9

kHz)

53

dB

(100

dB

input)

Loop

antenna

522

kHz

to

1.611

kHz

400

2V/m

22

dB

(9

kHz)

53

db

(100

dB

input)

Loop

antenna

144

kHz

to

290

kHz

1,000

pV/m

Loop

antenna

“Once”

and/or

“every”

Capable

of

setting

in

10

minute

increments,

99

minutes

maximum

360

x

88

x

315

mm

(14%ax

3%2

x

12'2

in.)

2.3

kg

(5.28

Ib.)

Front:

H.

HE,

HR:

75W+75W

(6

ohms,

T.H.D.

10%,

1

kHz)

E,K,

2:

65W+65W

(6

ohms,

T.H.D.

1%,

1

kHz)

Rear:

15W-+15W

(16

ohms)

0.1%

(25W,

1

kHz,

6

ohms)

Input

sensitivity

(load

impedance)

Signal-to-noise

ratio

Power

requirements

VIDEO

1/DAT:

300

mV

(39

kohms)

VIDEO

2/AUX:

500

mV

(39

kohms)

PHONO

IN:

500

mV

or

more

(36

k

ohms)

80

dB

H,

HE,

HR:

120/220/240

V

AC

selectable,

50/60

Hz

E,

Z:

230

VAC,

50

Hz

K:

240

V

AC,

50

Hz

Power

consumption

H,

HE:

140W

(System

total

170W)

HR:

170W

(System

total

210W)

E,K,2:

360W

(System

total

400W)

Dimensions

(WXHXD)

360

x

128

x

332mm

(14'/4

x

5'/e

x

13%

in.)

Weight

H.

HE:

7.4kg

(16.28

Ib.)

HR:

8.3kg

(18.26

Ib.)

E.

K,

Z:

9.1kg

(20.02

Ib.)

CASSETTE

DECK

FX-WZ7000

Track

format

4

tracks,

2

channels

Frequency

response

Signal-to-noise

ratio

METAL

tape:

20—

17,000

Hz

CrOz

tape:

20—

16.000

Hz

Normal

tape:

20—15,000

Hz

70

dB

(DOLBY

C

NR

ON,

METAL

tape

peak

level

above

5

kHz)

Wow

and

flutter

Tape

speed

Rewind

time

Fast

forward

time

Recording

system

Erase

system

0.12

%

(WRMS)=0.19

%

(WPEAK)

4.8

emsec.

(17/s

ips)

9.5

cm/sec.

(double

speed)

120

sec.

(C-60)

120

sec.

(C-60)

AC

bias

AC

erase

Motor

DC

servomotor

x

2

Heads

Playback

head

x

1

(deck

1)

Record/playback/erasure

head

x

1

(deck

2)

Dimensions

(W

XH

XD)

360

x

128

x

309.5

mm

(14%/e

x

Sax

12ein.)

Weight

3.0

kg

(6.6

Ib.)

GRAPHIC

EQUALIZER

GE-Z7000

Input

210

mV

(47

kohms)

Output

210

mV

(47

kohms)

Dimensions

(W

XHXD)

360

x

88

x

308

mm

(14°/4

x

3t/2

x

12%s

in.)

Weight

2.2

kg

(4.84

Ib.)

SPEAKER

SX-Z7000

Cabinet

type

3

way,

bass

reflex

Speaker

220

mm

cone

type

woofer

60

mm

cone

type

tweeter

30

mm

ceramic

type

super

tweeter

impedance

6

ohms

Music

power

Output

sound

pressure

level

Dimensions

(WXHXD)

Weight

COMMON

SECTION

Power

requirements

Dimensions

(W

XHXD)

Weight

BOW

90

dBAW/m

H,

HE,

HR:

270

x

530

x

230

mm

(10°F

x

207s

x

9/3

in.)

E,

K,

Z:

266

x

530

x

230

mm

(10%/2

x

207s

x

9's

in.)

7.3

kg

(16.06

Ib.)

H,

HE,

HR:

120/220/240

V

AC

selectable,

50/60

Hz

E,

2:

230

V

AC,

50

Hz

K:

240

V

AC,

50

Hz

952

x

520

x

332.5

mm

(

37/2

x

20/2

x

13%

in.)

(vertical

placement)

1,312

x

520

x

332.5

mm

(51%

x

20°/2

x

13°/a

in.)

(horizontal

placement)

H,

HE:

29.5

kg

(64.9

Ib.)

HR:

30.6

kg

(67.32

Ib.)

E,

K,

Z:

31.2

kg

(68.64

Ib.)

Design

and

specifications

are

subject

to

change

without

no-

tice.

Dolby

noise

reduction

manufactured

under

license

from

Dolby

Laboratories

Licensing

Corporation.

“DOLBY”

and

the

double-D

symbo!

D0

are

trademarks

of

Dolby

Laboratories

Licensing

Corporation.

The

word

"BBE"

and

the

“BBE

symbol”

are

trademarks

of

BBE

Sound,

Inc.

Under

license

from

BBE

Sound,

Inc.

TRANSISTOR

ILLUSTRATION

(MX—Z7000M,

FX—WZ7000,

TX—Z7000,

GE—Z7000)

MODEL

NO.

ai

ELECTRICAL

MAIN

PARTS

LIST

(MX

—

Z7000M)

DESCRIPTION

CH#IMT@

37k.

Mlk

“REFERENCE

NAME

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for

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please

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refer

to

“REFERENCE

NAME

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DESCRIPTION

’

adage

ceca

ee

S

ai

$

g

geeee

ge

ag

g

we

ees

mmmmm

mmmaat

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re")

g

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ps

=

m

Fal

gy

SE

Skss

mmmm

wow

1

Q

ano

%

3%!

33

ee.

eS

2

Lewd

oS

$

a

@

=<

~<

~s

joan

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ng”

RSSSE

SEES

a

~<

S458

S55

seg

g

RE

SESE

a4mmam

mmmmMm

mmmmm

o

A

RR

1

id

rage,

Se

am

B¥oz

%

BEES

aay

ye

Bo

Rok

Ki

SEES5

ww

0

Q

2%

23

S8e

28

RE

ge

pata

25"

ww

SS

ee

eet

a

ecsoo'

m

aaat™

P°sss

77s

7

ans

€

eer

ii

ans

ao

SSSS5

&

aannm

55

EeSan

SS58

Baas

B55

8

mast4

=

o:

a

PART

NO.

a

NO.

87-008-372-080

87-099-084-010

81-VP1-634-010

87-009-393-010

87-033-225-010

87-005-366-010

87-025-475-080

87-022-050-080

87-022-200-080

87-022-050-080

87-045-335-010

87-045-344-010

81-MT3-631-010

81-VP1-622-010

81-VP1-627-010

110

87-010-401

-080

87-010-401-080

87-010-405-080

87-016-088-040

87-010-263-080

87-018-209-080

87-018-134-080

87-018-131-080

87-010-401-080

87-010-401

-080

87-010-404-080

87-018-209-080

87-010-401

-080

87-010-260-080

87-010-263-080

87-018-201-080

87-018-131-080

82-VP1-631-010

87-003-098-080

87-003-102-080

87-005-153-080

87-036-215-080

DESCRIPTION

FLTR,

Ball

By

OIRNI

CE.

K,

2)

L

JACK,

6.3

8/S

JACK,

6.3

W/S

JACK,

6.3

8/S

JACK,

3P

JACK,

3P

JACK,

3P

JACK,

2P

EARTH

CONN,

SP_FG

JACK,

2P

EARTH

TERMINAL,

SP-4P

N

COIL,

1UHK

COIL,

1UH

COIL,

1UH

RES

NF

22-1/4WJXE,

K,

HR,

Z)

RES

NF

_22-1/4WJ(E,

K,

HR,

Z)

RES

METAL

18-0.

22J

RES

METAL

18-0.

22)

RES

METAL

1¥

-0.

22)

RES

METAL

0.

56-18

(H,

HE)

RELAY,

G5Z-2A

12VDC

(EXCEPT

Z)

Y

MB

RELAY,

VB1

21

RELAY,

VB1

208

RELAY,

G5B-1

12V

YR,

SOKBX2

VR,

F-CABLE

5P-2.5

F-CABLE

5P-2.

5

Sores

228

phe

%

RESSE

&

43240

Mmmmm

aQa0

aa

PG

i__a———

ptt)

oc

so

en)

ammm

mm

a

an

VaR

v

eecox

&

sss

RK

RE

gee

ogee

2s77S

SB

BS

&

Ki

ammo

om

0

n

an

aan

m

oa0

,

TC-U

1000P-50

B

.

1-50

F

4700P-16

X

§

888

aaa

aa

°

SS

393

z

n

fu

n

yecce

r

=

NON

r=)

en

=

2

L

L,

470H

,

TACT

£VO21404M

Sw,

TACT

EV021404M

Sm,

TACT

EV021404M

Sw,

TACT

£V021404M

agse

8

-1

S600P-16

X

(HE.

HR)

$600P-16

Rite.

HR)

REFNO

PART

NO.

87-036-215-080

82-VP2-636-010

87-008-506-080

87-008-496-080

87-010-404-080

8

080

87-018-111-080

87-010-405-080

87-018-127-080

87-010-404-080

87-010-401-080

87-010-404-080

87-040-404-080

87-010-404-080

87-018-134-080

87-010-260-080

87-010-401

-080

87-010-401-080

87-010-112-080

87-010-406-080

87-010-101-080

87-010-546-080

87-018-203-080

87-018-133-080

87-022-474-050

av)

DESCRIPTION

NO.

SW,

TACT

EVO21404"

SW.

TACT

EVQ21404M

Sw,

TACT

EV021404u

SW,

TACT

EV021404M

SW,

TACT

EV021404M

SW,

TACT

£VO21404M

SW,

TACT

EVQ21404M

SW,

TACT

EVQ21404H

SM,

TACT

EV021404M

SW,

TACT

EVO21404M

SW,

TACT

EVO21404M

SW,

TACT

EV021404M

Sw,

TACT

4M

SW,

TACT

£V021404M

SM,

TACT

EVO21404M

SW.

TACT

EV021404M

SW,

TACT

£¥021404M

SW,

TACT

£V021404M

SM,

TACT

£V021404M

SW,

TACT

EVO21404M

SW,

TACT

EV021404M

SW,

TACT

EV021404u

VR,

SL10K

B{HE,

HR)

VIB,

CER

10.

OMHZ

CST

CERALOCK

CST2.

OSMG<HE,

HR)

CAP,

E

4.

7-50

SME

CAP,

E

4.

7-50

SME

CAP,

E

47-25

SME

CAP,

E

47-25

SME

CAP,

TC-U

27P-50

SL

CAP,

E

10-50

SME

CAP,

TC-)_

470P-50

B

CAP,

E

4.

7-50

SME

CAP,

E

1-50

SME

CAP,

E

4.

7-50

SWE

CAP,

E

4.

7-50

SHE

CAPE

4.

7-50

SME

CAP,E

47-25

SME

CAP,

E

4.

7-50

SME

CAP,E

4.

7-50

SME

CAP,

E

4.

7-50

SME

CAP,

E

4.

7-50

SME

CAP,

TC-U

1200P-16

X

CAP,

FC-U

1200P-16

X

CAP,

TC-U

0.

01-16

Y

CAP,

TC-U

0.

01-16

Y

CAP,

TC-U

0.01-16

Y

CAP,

TC-U

0.

01-16

Y

CAP,

TC-U

0.01-16

¥

CAP,

TC-U

0.01-16

Y

CAP,E

47-25

SME

CAP,

E

47-25

SWE

CAP,

E

1-50

SME

CAP,

E

1-50

SWE

CAP,E

100-16

CAP,E

22-50

SME

CAP,

E

220-16

SWE

CAP,

E

0.

33-50

Si

.E

0.

33

E

CAP,

TC-U

8200P-16

Y

CAP,

TC-U

4700P-16

X

RES

NF

10-3/4"

J

REF.NO

PART

NO.

C902

87-010-194-080

C903

=:

87-012-349-080

C904

=

87-012-349-080

C905

87-010-234-080

C906

—-

87-010-234-080

C907

=

87-012-349-080

C908

=

87-012-349-080

C311

87-016-264-080

C912

=

87-010-805-080

C913

87-010-263-080

C91S

=

87-016

-264-080

C916

=

87-010-196-080

C917

«=

87-010-196-080

C318

=

87-010-318-080

C919

=

B7-010-196-080

C920

«=

87-010-197-080

C921

=

87-010-075-080

C922

=:

87-010-075-080

C923

=

87-010-293-080

C924

=

87-010-293-080

C925

=

87-010-196-080

C926

=

87-010-401-080

C327

=:

87-010-405-080

C928

=

87-010-197-080

C929

=

87-010-196-080

C930

«=

87-010-196-080

C931

=

87-010-405-080

C933

87-010-166-080

C934

=

87-010-194-080

C936

«=:

87-010-197-080

C937

=

87-010-317-080

C938

«=

87-010-317-080

C939

87-010-234-0

C340

=

87-010-196-080

C941

=

87-010-318-080

C942

«=

87-010-404-080

C943

87-010-197-080

C944

«=

87-010-194-080

C945

=

87-010-197-080

C946

=

87-010-404-080

C947

=

87-010-197-080

C948

«=

87-010-404-080

C949

=

87-010-404-080

C951

=

87-010-197-080

(952

=

87-015-819-080

C956

=:

87-010-197-080

C960

=:

87-010-194-080

C961

«=

87-012-157-080

C966

«=

87-010-805-080

C967

=:

87-010-405-080

C370

«=

87~010-263-080

C971

87-016-264-080

C972

«=

87-016-264-080

C973

87-010-197-080

C974

=:

87-010-401-080

C975

=

887-010-197-080

C977

=:

87-010-194-080

C979

=:

87-010-263-080

C980

=:

87-010-263-080

C981

=:

87-010-263-080

(982

=

87-030-263-080

C985

—

87-010-260-080

C987

=

87-010-307-080

C988

=

87-018-129-080

€989

=—-87-010-

183-080

C980

=

87-010-183-080

C992.

87-010-260-080

(993

87-010-404-080

C994

0

87-030-404-080

C997

=:

87-010-320-080

Pe?

BSS

%3°0°5°3

mm

a?

gee

Serre

ge

QQaga

m

v

fi

e2o0

2555%

2

|.

3

F950

fet

=

8s

eH

MNNUNYW

Soo

VUTiS

2

PRPee?

Boas

BSRR"

t

%

2

5

~

a

o

F

p

peeey

°

555%0

Lo.

BRAD

ook

Per?

oo!

7

SPlew

eezsisc

seis

;

ek

3

om

x=

mn

3%

mms

mm

ee8S-

+28

2a

Sy

%

35%

i

cr

Ron

PEP

PPOD

22

202.

2

3.

m

BY

VHHSH

NNSTH

Be

age

8s

$57.

ac

os

3

8

%

See

R

1

DoT UNG

oo

n

27?

C

Tetated

m™.

oO

fi

s

OPED

BRYUDHR

YW

eyaS

wees

Ree

€

age

geees

SS

a

:

i

—J

2t

:

a

PEEP

Earn

NNN

5

T+yeS

%

PePe

ielwie

22

gorssS

S

ma%%m

me

g

¢

Ss

ram

sos

att

=H

a88

S88

+S

mm

m

Bs

sss

BLP

Seeee

38

as

5

,

TC-U

680P-50

B

5

2700P-50

B

CAP.

S_2700P-50

B

7-25

SME

.

7-50

SME

.

7-50

SME

68P-50

CH

mo

ppp

S85

o

2

%

n

REF,NO

PART

NO.

¢998

§7-010-

320-080

FBI

FB3

87-008-372-080

FB4

87-008-372-080

FBS

87-008-372-080

FBE

87-008-372-080

FB?

87-005-521

-080

L901

87-005-153-080

1903

87-005-153-080

C204

«=

87-010-405-080

€205

©

87-010-404-080

C206

©:

87-010-404-080

C207

«=

87-018-205-080

VRI

82-YP1-633-010

SUB

OC.B

FG-GEQ

C.8

J758

=

87-009-877-410

PT2

82-VP1-630-010

ay!)

DESCRIPTION

NO.

G-CAP,

§

68P-50

CH

C-CAP,S

68P-50

E-eTL

BLMGZANS

C-COIL,

BLN32A06

FILTER,

EM!

BL

OIRNI

FILTER,

EM!

BL

OIRNI

mem

n3se3

geese

gkkek

-

>

=,

50

SME

022-25

,

1OOKCX1

WM

seg

seeee

Fee

na

CONN,

9P_FG

(BLU)

PT,

2VP-1

FL

REF.NO

PART

NO.

AF2

87-035-436-010

AF2

87-035-366-010

ROG

87-022-200-080

Ro7

87-022-200-080

AF

87-035-191-010

AFI

87-035-367-010

AC

VOLTAGE

ASW

87-036-173-010

ASM

87-036-173-010

MISCELLANEOUS

87-050-034-010

PPDBP

3

o

2

3

es

o

87-085-184-010

a

87-085-185-010

APTI

82-VP1-624-010

APTI

82-VP1-622-010

APTI

82-¥P1~625-010

DESCRIPTION

FUSE,

2.

5A

T2BVARLEAD

(TE)

FUSE,

2.

5A

250VTE/K<E,

K,

HR,

Z)

RES

METAL

0.

56-18<E,

pares

RES

METAL

0.

56-1W(E,

K,

HR,

Z)

FUSE,

3.

15A(H,

HE,

HR)

FUSE,

3.

15A

250V

T

E(E,K,

Z)

©

CORD

ASSY,K

3P-()

ik

GORD,

H

W/PLUG

(H)

BUSHING,

AC

CORD

D<H)

BUSHING,

AC

CORD

EXEXCEPT

H)

E,

K¢E,

K,

Z)

PT,

2vP-1

HH,

HE)

PT,

2VP-1

HR

(HR)

IC

DESCRIPTION

(MX—Z7000M)

a

ND)

LEH}

ON

_tebit

[tie

Os

Taput

output

Noise

data

word

WSLI

|

WSL2

|

shaper

WSL

length

select

[_H

|

H

|

OFF

[

iebit

[

20bie

Pipi

fT

on

fT

ictit

16bit

a

eo

Le

eee

Sytem

eek

mou

GF

1

8.

(Cometd

@

VOD

Tee

oc

|

wee

|

Input/output

data

word

length

select

2.(Conneted

to

VDD)

IC,

SM5840ES

1

(Connect

|

[_L

{ON

|

__ibit_[_18e__]

System

clock

output

(the

CKI

clock

is

buffered

and

output).(unused)

level

Deemphasis

select

Lin

evel

sew

gre

a

as

a

44.1kH2

Deemiphiasis

‘select

Sa

48.0kHz

Hao

|

DSF2

fa

zy

a

PH

wR

on

32

ee

Ee

a

|

ef

ae

BCKO

|

Output

bit

clock.

ae

Rch

8fs

data

output.

a

CY

|

as

|

WCKO

Output

word

clock.

a

A

ed

a

es

a

Ne

IC,

CXD27010

No.

Name

yo

|

Description

i

1

|

-LMODE

{|

1

; |

;

+

Input

data

format

setting

terminal.

(Connected

to

VDD)

t

2

1-DIR

L

I

i

3

|

I-DATA

1

od

1-sampling

2-channel

serial

data

input

terminal.

Data

formatted

as

2's

complement.

|

i

=|

4

1-BCK

I

Serial

data

transmission

clock

input.

<=

5

L-LRCK

I

Serial

VO

sampling

clock

input.

L

channel

data

transmission

when

"H”,

R

channel

|

data

transmission

when

“L”.

i

—_|——-

4

6

_|

VSS]

pee

GND.

L

7

O-DATA

10)

Serial

data

output.

(2's

complement)

fs

—

[

8

O-BCK

to)

Bit

clock

output.

64

slots.

9

O-LRK

re)

Serial

data

sampling

clock

output.

is

10

BS1

I

Ovtput

data

bit

quantity

seting

terminal.

(Connected

to

VDD)

|

{oo

BS2

(1

|

Output

data

bit

quantity

setting

terminal.

(Connected

to

GND)

|

12

=

O-DIR

|

I

ae

Output

data

format

setting

terminal.

(Connected

to

VDD)

13

VSS3

=

GND.

4

SCK

re)

System

clock

output.

fsck

=

fxt

=

512fs

15

XOUT

oO

Xtal

oscillation

circuit

output.

(22.57MHz)

I

X'tal

oscillation

circuit

input.

fxt

=

512fs

(22.57MHz)

Power

supply.

(+5V)

Data

inpuoutput

for

external

dynamic

RAM.

Column

address

strobe

output

for

external

dynamic

RAM.

cas

bis

m

Data

inpuYoutput

for

external

dynamic

RAM.

22

yol

|

YO

23

‘WE

O

|

Write

enable

output

for

external

dynamic

RAM.

“L”

active.

let

24

AO

'

0

|

Address

output

for

external

dynamic

RAM.

25

RAS

i

oO

Row

address

strobe

for

external

dynamic

RAM.

26

Al

oO

;

[2

7

AD

Ps

Address

output

for

external

dynamic

RAM.

28

VSS2

<n

GND.

29

A3

5 5

re)

Address

output

for

external

dynamic

RAM.

34

Ag

1

i

35

TEST1

|

36

TEST2

1

|

Testterminal.

(Connected

to

GND)

37

TEST3

ad

38

TESTO

O

|

Test

terminal.

(Not

used)

39

VDD2

—

|

Power

supply.

(+5¥)

.

|

40

PRGD

I

eer

1o

receive

commands,

coefficients

and

control

signals

from

|

i

4)

PRGCK

i

I

_|_

Serial

clock

input

for

PRGD

data.

Data

is

latched

at

the

starting

edge

of

the

clock.

|

42

J

PRGL

fo

put

to

latch

serial

data

from

microcomputer

in

IC.

"L"

active.

|

43

i

INIT

I

Initializing

input.

“L”

active.

Put

in

sync

again

at

leading

edge.

i

“4

i

OVF

O

;

Notused.

10

IC,

CXP82324-12

:

eae

=I

No.

Name

:

YO

Description

ae

|

HOLD

input.

“L":

HOLD

mode.

|

1

t

T:HOED

|

!

“H":

Normal

mode.

t

;

—

:

2

|__-REMOTE

1

oT

Remote

control

input.

;

3

!

NC

os

Not

used.

4

O-CE

(M-EVR)

oO

Not

used.

5

\

NC

=

Not

used.

'

6

O-CE

(DSP)

oO

Strobe

output

for

DSP

microcomputer.

7

|

O-CE

(EVR)

|

O

Strobe

output

for

electrical

volume.

8

|

O-CLK

(DSP,

GEQ)

|

0

Clock

output

for

DSP

and

GEQ.

9

I-DATA

(GEQ)

|

I

Data

input

from

GEQ

microcomputer.

O-DATA

|

for

DSP

and

GEQ.

10

(DSP,

GEQ)

ie)

Data

output

for

DSP

an

Q.

|

11

|

O-CLK

(4094,

etc)

ce)

Clock

for

shift

register

and

electrical

volume.

[

12

O-STB

SR

(4094)

ei

18)

Strobe

output

for

shift

register.

13

|

O-DATA

(SR,

EVR)

/

O

Data

output

for

shift

register

and

electrical

volume.

r

4

|

O-CE

(GEQ)

O

|

Strobe

output

for

GEQ

microcomputer.

j

15

YO-SERTAL

'

YO

|

Serial

data

for

system

conwol.

_

=

|

1

|

1

|

s

NC

|

—

|

Notused.

1

1-INITIAL

Initialize

input.

(Not

used)

!

———

O-VOL

-

LED

Volume

LED

contro!

output.

LED

lights

on

when

“H”.

!

24

I-KEY3

A/D

input

for

key

input.

Key

input.

(Power)

[25

|

1-KEY4

I

A/D

input

for

key

input.

-

\

26

=|

O-SPLEVEL

—

|

Notused.

ve

|

;

27

|

NC

=|

Notused.

r

:

|

!

i

Microphone

input

detection

A/D

port.

Vocal

fader

switched

on

at

an

input

of

over

28

'

I-MIC

|

0.34V

in

auto

vocal

fader

mode.

|

!

|

Resct

time:

Fast;]

sec.,

Slow;

4

sec.

\

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f

H

29

t

1-VOL

it

A/D

input

for

volume

position

detection.

a

Sa

oe

i

30s

RESET

|

1

|

Reset

input.

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cee

‘a

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terminal.

(10.0MHz)

;

32

|

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[|

—

!

be

+.

—_——

—_—-

|

33

1

VSS

{|

TI

|

GND.

a

!

:

1

|

34

:

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\

|

5

H

NC

i,

|

Not

used.

45

i

1

H

!

l

!

om

ey

46

COS!

0-814

:

|

5

:

i)

O

|

FLdisplay

segment

output.

(

5

60

|

0-80

ae

--

ee

-0-G10

;

:

§

:

4

fe)

FL

display

grid

output.

\

:

70

‘

0G1

i

71

|

VFDP

—

FL

display

power

supply.

(—31.4V)

:

|

11

[Pin

No.

4

Name

(9)

i

Description

|

n

VDD

=

Power

supply.

(+5V)

:

B

|

NC

ore

Not

used.

t

4

i"

VOL

UP

©

|

Volume

control

output.

(UP)

=

‘_

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_

VOLDOWN

©

|

Volume

control

output.

(DOWN)

|

16

O-MUTE

O

|

Mute

output.

Muting

when

"H™.

-

71

4

O-POWER

_'o

|

Power

control

output.

Power

on

when

"L*.

Bm

|

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ol

att

”

NC

ae

Not

used.

80

NC

—!

IC,

CXP81312-333Q

No.

Name

VO

|

Description

|

in

|

NC

16]

Not

used.

14

|

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15

I-FADER

I

Connected

to

GND.

.

16

I-OVER

I

Not

used.

|

;

17

1-FSO

I

Connected

to

GND.

I

Connected

to

GND.

O-CLK2701

oO

Clock

signal

for

CXD2701

control.

‘

20

O-DATA2701

O

|

Serial

data

for

CXD2701

control.

|

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used.

i

|

22

0-32K

|

O

|

Notused.

i

|

23

0-48K

O

|

Notused.

|

24

0-44.1K

|

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Not

used.

i

|

25

NC

|

O

|

Notused.

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26

I

O-DAT

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0

|

Not

used.

|

27

|

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A

O

;

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i

3

|

ODIGB

|

O

|

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j

29

ie

0-K

MODE

oO

Not

used.

|

30

O-STB2701

oO

Ei

Strobe

signal

for

CXKD270)

control.

|

31

MP

:

0

i

Not

used.

(connected

to

GND)

;

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=e

RST

fo]

Reset

signal

for

microcomputer.

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VSS

—

°

GND.

:

34

XTAL

|

:

|

X'tal

terminal.

(4.19MHz)

35

EXTAL

ia

36

CSO

1;

Connected

to

VDD.

Be

sO

:

—

.

Connected

to

VDD.

i

38

S00

O

_

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39

SCKO

10]

Not

used.

40

1-STB

DSP

I

Strobe

signal

input

from

main

microcomputer.

4l

:

1-DATA

DSP

1:

Data

input

from

main

microcomputer.

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1

Yoo

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to

VDD.

12

No.

Name

yo

Description

43

1-CLK

|

I

Clock

input

from

main

microcomputer.

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44

I-BAND

+

I

Connected

to

GND.

45

5

I

Connected

to

GND.

51

T

erg

|

52.

|

vss

—

|

GND.

53

VREF

coe

Connected

to

VDD.

7

54

1

VDD

_

Power

supply.

(+4.5V)

:

+

{

55

PG7

|

5 5

I

Connected

to

VDD.

62

PGO

63

5

ie)

Not

used.

68

i

[-r

t

re

69

i

PEI

_|

1

Connected

to

VDD.

70

PEO

_|

I

Connected

to

VDD.

n

NMI

J

Connected

to

VDD.

72

|

VDD

=i!

Power

supply.

(+4.5V)

73

VSS

=

GND.

po

74

:

|

§

|

oO

Not

used.

80

|

IC,

PCM69AU

No.

Name

|

YO

Description

1

+VCC

goed

Power

supply.

(+5V)

2

L

V

COM

(L)

ie)

V

common

for

L-channel.

3

NC

i

—

:

Notused.

4

I-OUT

(L)

oO

Current

output

for

L-channel.

5

SERVO

DC

=

Servo

filter.

Bypassed

via

capacitor

to

GND.

|

6

REF

DC

|

_

|

Reference

filter.

Bypassed

via

capacitor

to

GND.

:

7

1-OUT

(R)

|

0)

|

Current

output

for

R-channel.

8

=:

NC

i

a

Not

used.

9

i

VCOM(R)

©

|

Vcommon

for

R-channel.

10

|

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—

|

Analog

GND.

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Il

i

DGND

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Digital

GND.

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Test

terminal

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1o

GND)

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|

DATA

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Data

input

for

R-channei.

|

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BCK

io

Bit

clock

input.

15

i

SYS-CLK

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System

clock

input.

!

16

WDCK

I

Word

clock

input.

17

DATA

(L)

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Data

input

for

L-channel.

18

TP3

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|

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terminal

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(Not

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19

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1

Test

terminal

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to

VDD)

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supply.

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[

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6

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1,

Address

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A3

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Aiwa Z-D7000M User manual

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