Clarion Cdc605 User manual

Ciarion

Co.,

Ltd.

Export

Division-

22-3,

Shibuya

2-chome,

Shibuyaku,

Tokyo,

150

Japan

Tal:

03-3400-1121

Fax:

03-3400-8679

Telex:

J22908,

J22152

Service

Dept.-

35-2

Hakusan,

5-chome,

Bunkyo-ku,

Toukyo,

112

Japan

Tel:

03-3813-5151

Fax:

03-3814-2550

clarion

exceet

wan

en

wenn

Service

Manual

RDC605

WISPECIFICATIONS:

©Common

Sampling

Frequency

:44.1kHz

Frequency

Response

:5Hz

to

20kHz

Dynamic

Range

:95dB

(1kHz)

Signal-to-Noise

Ratio

:105dB(1kHz)

Wow

and

Flutter

:Unmeasurable

Power

Supply

14.4V(10.8V

to

15.6V)

Power

Consumption

:Less

than

1A

©6DISC

CHANGER

Unit

Weight

:1268(W)

X63(H)X170(D)

External

Dimensions

:2.6kg

©12DISC

CHANGER

Unit

Weight

:268(W)

X98(H)

X170(D)

External

Dimensions

:3.3kg

©18DISC

CHANGER

Unit

Weight

7268(W)

X133(H)

X170(D)

External

Dimensions

:4.0kg

MDESTINATION:

OUS.A.

CDC605(PE-2116B-A)

RDC605(PE-2116C-A)

CDC1205(PE-2117B-A)

RDC1205(PE-2117C-A)

CDC1805(PE-2118B-A)

Published

by

Service

Dept

6DISC

COMPACT

DISC

CHANGER

vodel

COC

6QO5

vre-21168,£,k)

model

RIC

6Q5

tre-21160)

12DISC

COMPACT

DISC

CHANGER

model

COC

IZO55

(re-21178,£,K)

model

RDC

IZO5

(re-2117¢)

18DISC

COMPACT

DISC

CHANGER

modet

COC

I8QOS

(re-21188,,k)

OEUROPEAN

Model

|_Digital-output

CDC605(PE-2116E-A)

=

CDC1205(PE-2117E-A)

CDC605(PE-21

16K-A)

CDC1205(PE-2117K-A)

CDC1805(PE-2118K-A)

MICOMPONENTS:

©PE-2116B-A/PE-21

16C-A/PE-2116E-A/PE-2116K-A

Main

unit

-

1

CD

magzine

CAA-154-101

1

Bracket

300-9700-00

2

Bracket

300-9725-00

2

Extension

lead

854-3227-00

1

Parts

bag

-

1

Clamp

321

-0774-00

1

Lead

holder

335-0833-01

2

Machine

screw

714-5006-79

1

M6

wing

nut

722-0545-00

4

D-sems-hex

bolt

734-5008-37

4

Parts

bag

(Cushion

rubber)

921-9278-00

1

CDC605

RDC605

|

CDC1205RDC1205

|

CDC1805

©PE-2117B-A/PE-2117C-A/PE-2117E-A/PE-2117K-A

©PE-2118B-A/PE-2118E-A/PE-2118K-A

Main

unit

=

1

Main

unit

=

1

CD

magzine

CAA-154-101

2

CD

magzine

CAA-154-104

3

Bracket

300-9701

-00

2

Bracket

300-9702-00

2

Bracket

300-9725-00

2

Bracket

300-9725-00

2

Extension

lead

854-3227-00

1

Extension

lead

854-3227-00

1

Parts

bag

_

d

Parts

bag

—-

1

Clamp

321-0774-00

1

Clamp

321-0774-00

1

Lead

holder

335-0833-01

2

Lead

holder

335-0833-01

2

Machine

screw

714-5006-79

1

Machine

screw

714-5006-79

1

M6

wing

nut

722-0545-00

4

M6

wing

nut

722-0545-00

4

D-sems-hex

boit

734-5008-37

4

D-sems-hex

bolt

734-5008-37

6

Parts

bag

(Cushion

rubber)

921-9278-00

1

Parts

bag

(Cushion

rubber)

921-9278-00

1

MADJUSTMENT:

Procedure

Tracking

offset

|

1)

Make

sure

that

the

power

is

turned

off

and

connect

the

measuring

instrument

as

indicated

in

the

below

diagram.

2)

Playback

the

first

music

of

SONY

TYPE4.

3)

Perform

the

manual

search

and

check

the

state

of

TR

Jump

(track

jump)by

an

oscilloscope.

Adjust

the

tracking

offset

adjusting

volume

(VR1)

so

that

the

waveform

may

become

symmetrical

in

both

forward

and

reverse

modes.

adjust

so as

to

be

a=b

Focus

offset

|

1)

Playback

the

first

music

in

the

normal

mode.

2)

Connect

the

RF

OUT

to

the

oscilloscope

and

adjust

VR2

so

that

RF

may

be

maximized

and

the

eye

pattern

may

be

optimized.

OADJUSTMENT

POINT

e@Tracking

offset

e@Focus

offset

Oscilloscope

0,2

u

Sidiv

0.2V/div

AC

mode

VR1

Pe

|

VR2_

TE-OFF

>

FO-OFF

VR1_svR2

TE-OFF..

FO-OFF

©

@®

©

CDC605

RDCENS

CDC1205

RDC1205

=

CDC1805

Ciarion

Co.,

Ltd.

Export

Division-

22-3,

Shibuya

2-chome,

Shibuyaku,

Tokyo,

150

Japan

Tel:

03-3400-1121

Fax:

03-3400-8679

Telex:

J22908,

J22152

Service

Dept.-

35-2

Hakusan,

5-chome,

Bunkyo-ku,

Toukyo,

112

Japan

Tel:

03-3813-5151

Fax:

03-381

4-2550

i

S

M

Ua

|

ree

Published

by

Service

Dept

model

CDC

1205

(re-21178,£,k)

RDC605

MISPECIFICATIONS:

OEvnOnest

5

©Common

Model

|_Digital-output

|

Sampling

Frequency

:44.1kHz

CDC605(PE-2116E-A)

|

=

Frequency

Response

:5Hz

to

20kHz

CDC1205(PE-2117E-A)

|

Oo

Dynamic

Range

:95dB

(1kHz)

CDC1805(PE-2118E-A)

|

O

Signal-to-Noise

Ratio

:105dB(1kHz)

©OTHER

COUNTRY

Wow

and

Flutter

‘Unmeasurable

Mocta

eal

Dicitacoutaut

Power

Supply

:14.4V(10.8V

to

15.6V)

oes

+g

ourpy

Power

Consumption

:Less

than

1A

CDC605(PE-2116K-A)

aa

CDC1205(PE-2117K-A)

_

©6DISC

CHANGER

CDC1805(PE-2118K-A)

‘e)

Unit

Weight

:268(W)

X63(H)

X170(D)

aes

External

Dimensions

:2.6kg

©12DISC

CHANGER

Unit

Weight

:268(W)

X98(H)170(D)

HICOMPONENTS:

External

Dimensions

:3.3kg

OPE-2116B-A/PE-2116C-A/PE-2116E-A/PE-2116K-A

Main

unit

-

1

©18DISC

CHANGER

CD

magzine

CAA-154-101

1

Unit

Weight

268(W)133(H)<170(D)

Bracket

ane

7608

‘

External

Dimensions

:4.0kg

Bracket

300-9725-00

2

Extension

lead

854-3227-00

1

Parts

bag

_

1

{Clamp

321-0774-00

1

MIDESTINATION:

Lead

holder

335-0833-01

2

Machine

screw

714-5006-79

1

Cue:

=f

=

M6

wing

nut

722-0545-00

4

ode

|

Digital-output

D-sems-hex

bolt

734-5008-37

4

1

|

CDC605(PE-2116B-A)

O

Parts

bag

(Cushion

rubber)

921-9278-00

RDC605(PE-2116C-A)

i

|

CDC1205(PE-2117B-A)

O

RDC1205(PE-2117C-A)

_

|_CDC1805(PE-21188-A)

O

CDC65§

RDCES

|

=

CDC19S

RDC1205

ICDC

MIBLOCK

DIAGRAM

'

e#

aS

H

Loar

1

LOANNOD

NId&1

LOANNOO

o/a

o# MS

Loafa

AG

Alddfs

YadOd

a1nW

VONOHPLOL

ind

Lod

G8SSPAEN

NOILYI0S1

QLOSTPLOH|

“And-Sng

O8SSPWEN

a

Oe Oa

|

“ON-9S10

YOSNAS

YOLOK

NaOG/dn

6rSTaT

YAALYG-ON

€108Lada

c008L0d"

GMd-NIVW

t '

i] i] i] i]

'

YATYO

1

i]

(

an

YOLOW

SNTQVOT

ONIGYOT

aS

YOSNAS

|

|-ONIGYOT

Ae

enn

ae

)

BS

LIWI1

YOLON

ceLlodn

aaTs

O&LTOdH

YOLON

i)

1

i]

‘

i]

1

t 1 1

'

i]

'

i]

'

i]

'

i)

i]

t

'

ATONIdS

i]

t

i]

t

1

i]

1

'

i]

1

t

i]

a

STSZ0X9

dSS3dSd

1109)

1109

Sane

Sod|

Wal

130

OLOHd

d-H01d

1

4-

r--

peer

eserreeen=

LINA

FATHC

CDCro

5RDC1205

CDCHs

RDC605

CDCIO

5

MIEXPLANATION

OF

IC:

vPD78002BCW-105

052-5009-01

:

|

‘2

PD78013CW-071

052-5010-01

©D

Mechanism

Controller

The

052-5009-01

is

for

6-disc

changer

type,

while

the

052-5010-

01

is

for

12/18-disc

changer

type.

The

following

description

applies

to

the

052-

5009-01

and

the

points

of

difference

for

the

052-5010-01

are

listed

at

the

end.

*

Outward

Form

64-pin

plastic

DIP

Terminal

Description

(052-5009-01)

Control

terminal

of

System

Power

1.When

Eject

Key

is

“ON"

and

magazine

has

been

inserted

with

Acc

Cont

1

PON

1

:

m

|:

3

RELAY

Changeover

Box.

Controlled

by

C-BUS

command,

in

which

"H"

is

output

normally

while

Auto

Changer

is

LDON

Control

terminal

of

System

Power

2.With

this

port

set

to"H"

while

in

Auto

Changer

Play,

power

is

supplied

to

CD

IC:CXD2515Q.

Ona

stop,

this

is

set

to

"L"

after

spindle

motor

has

stopped

and

CD

IC

power

is

turned

off.

Terminal

to

control

Audio

Relay

of

External

terminal

(45

pin)

held

at

"H"

(Acc

Cont

from

Head

°

at

Play.

ON/OFF

control

output

terminal

of

APC

amplifier

for

Unit

at

"L")

or

Acc

Cont

held

in.

"L"

state,

set

this

terminal

to

"H“

to

supply

power

to

the

entire

system.

taser

output

control.

L":

laser

"ON"

C-Bus

Service

Request

output

terminal.

Set

this

"H"

>

"L"

when

Stave

CPU

wants

Master

to

read

data

which

tells

a

change

in

state.

After

address

is

received

from

Master,

set

this

"L"

+

“H".

pos

for

ft]

Input

private

terminal

of

C-Bus

data

line.

|

7

sso

fo]

Output

private

terminal

to

C-Bus

data

line.

oe

[scx

|

C-Bus

serial

clock

line

input

terminal.

Clock

output

terminal

to

transfer

serial

data

to

CXD2515Q.

Latch

output

terminal

to

serial

data

supplied

to

CxB2515Q.

11

Serial

data

output

terminal

to

control

CX02515Q.

12

Clock

for

reading

SENS

data

from

CX02515Q.

me

OL.

rey

Se

oe

ire

Ais],

a]

a

Kw

x

a

4

Reset

output

teminal

supplied

to

CXD2515Q.

Input

terminal

of

CDIC

internal

state

output

from

CXD2515Q,

XBUSY

:

Auto

sequencer

in

operation/

Average

in

measurement/

Auto

gain

control

in

operation

(L)

FOK

=:

Focus

OK

(H)

GFS

—:

Regenerated

frame

sink

has

been

obtained

in

correct

timing.

(H)

SSTOP

:

Limit

SWON

(H)

OQV64_:

Spindle

motor

low-speed

rotation

detection

(H)

Reading

clock

output

terminal

for

SUB-Q

data

from

15

cxD2515Q,

Input

terminal

of

SUB-Q

data

output

from

CXD2515Q.

GND

terminal

@

Not

in

use.

a

Se

a

<

~

iA

all

8

fo}

xz

21

Eject

Key

input

terminal.

With

“L”

input,

magazine

eject

operation

is

performed.

With

Eject

Key

input

when

z-COM

is

in

Stop

mode,

Stop

mode

is

released

and

magazine

eject

operation

is

carried

out.

(EJSEL

31pin:

at

“H")

22

wy

m

z

a

Z

at

w

=

23

a

Notin

use.

CDC605

RDCE0S5

CDC1205

RDC1205

CDC1805

Note:

Only

new

microcomputers

are

described

here.

Pe

[se

TEST

MODE

1

{key

operation)

Select

Terminal.

With

27

TEST

1

5

§

30

TEST

4

"L"

input

on

CPU

start,

TEST

1

starts.

EJSEL

TEST

MODE

2

(PWB

CHECK)

Select

Terminal.

With

"L"

Vss

input

on

CPU

start,

TEST

2

starts.

TEST

MODE

3

(DISC

CHECK

discontinued)

Select

Terminal.

With

"L"

input

on

CPU

start,

TEST

3

starts.

Operated,

when

in

TEST

1

or

TEST

2,

by

key

input

from

Pins

27/ 28/ 29/

30.

Input

terminal

of

Acc

OFF"

eject

selection.

With

Acc

OFF

at"H"

and

with

each

Eject

Key

"ON",

each

eject

operation

is

enabled.

With

it

at

"L",

the

operation

is

inhibited.

GND

terminal

Input

terminal

of

the

switch

serving

to

detect

that

disc

has

been

fully

drawn

out

of

magazine

and

has

been

completely

chucked.

“L"

:

Chucking

completed.

w

Nn

w

i

ia)

w

input

terminal

of

photosensor

to

detect

disc

load

state.

"H"

:

Disc

chucked.

LODTR

Disc

detection

photosensor

input

terminal.

Detects

disc

state

(if

it

is

provided

or

not)

and

also

confirms

whether

disc

has

been

completely

pulled

out

or

held

inside

magazine.

"H"

:

Disc

provided.

in

the

course

of

loading/

unloading.

DETTR

w

—

o

an

2

input

terminal

of

the

switch

serving

to

delect

that

Mechanism

is

ready

for

goint

up/down

operation.

“L"

:

Operation

available

Not

in

use

Output

terminal

controlling

the

motor

driver

for

Load/Unload

operation

of

Mechanism.

Ts

Pores

o

Output

terminal

controlling

the

motor

driver

for

Up/Down

operation

of

Mechanism.

w

N

w

poe

[|

poe

fefef

e

je]

=

|

°

7

i

:

3

2

1)

fay

am

2

“

=

ESET

|

RESET

input

into

this

IC.

Acc

Cont

input

terminal.

Acc

"ON":

“H".

With

"L”

input,

4-COM

enters

4s

ACCON

Stop

mode

where

clock

is

stopped.

With

"L"

2

"H"

edge

detected

in

that

state,

Stop

mode

is

cancelled

and,

on

completion

of

clock

oscillation

stabilization

period,

4-COM

enters

operation

mode.

Magazine

insertion

detect

SW

input

terminal.

"L"*

:

Inserted

state.

MGSW

1

inserted,

Stop

mode

is

cancelled

for

disc

checking

operation.

ee

ES

CE

eee

X2

Ceramic

resonator

connecting

terminal

for

system

x1

clock

oscillation.

(4.91

MHz)

St

)

NC

Not

in

use.

53

Terminal

to

input

signals

from

CXD1167

Subcode

Sink

SCOR

A

SO

+

$1

output

terminal.

With

4-COM

in

Stop

mode

and

with

magazine

|

48

[von

-

|

Power

supply

terminal

(+

5V)

55

TEMP

Input

terminal

of

signals

from

the

temperature

detecting

circuit.

MEPARTS

LIST:

©MAIN

PWB

6DISC

CHANGER(PE-2116

Note)

Several

different

parts

listed

in

the

column

are

alternative

parts.

One

of

those

paris

is

used

in

the

set.

REF

NO.

[PARTS

NO.

DESCRIPTION

PARTS

NO.

DESCRIPTION

T

D106,110-112

001-0330-00|Diode

188119

Q102,106

103-1683-50|Transistor

2SD1683S,T

2

D118-120

_|

Q103,107

103-1858-50|Transistor

2SD1858Q,R

2

;

|001-0377-31|

Diode

MA4056L

Q101,109,112,116}

125-0027-01|Transistor

UN6111

4

[001-0377-35|Diode

MA4062M

Q105,110,114,117/

125-2018-01|

Transistor

UN6211

J

4

001-0377-38|Diode

MA4068M

C115,123

160-1012-05)Ceramic-C

100pF

2

001-0377-49|

Diode

MA4100L

C129

160-1022-05|Ceramic-C

_1000pF

1

001-0423-24|Diode

MA4091

C135,140

160-1212-05|Ceramic-C

_120pF

2

001-0466-00|Diode

S5688B

C108,128

172-1031-11}Polyestor-C

0.01

uF

2

001-0567-33|Diode

RD5.6JSN3

C117-122,125,131]

172-1041-11/Polyestor-C

0.1

uF

10

001-0503-33)

Diode

HZS6B2L

C136,141

{

$101

013-6100-00|Switch

#EJECT

1

|[C101,102,107

~1173-1021-11

Polyestor-C

1000pF

if

3

1C104

051-0160-01}1C

HD74L207P

|

1

|

C134,139

_|173-1821-11|Polyestor-C

1800pF

[2

1C

108,109

051-0422-51)IC

NJM4558D

2

1C133,138

__|173-3321-11

Polyestor-C

_3300pF

2

IC

102

051-0840-10}1C

=MN1280-L

C126,127,143,144)

176-1201-00}Ceramic-chip-C

12pF

CH

4

IC

105

051-0859-06}IC

TC74HCUO4AF

Cii2

178-1042-78|Ceramic-chip-C

0.1

uF

i

1C106

051-1408-00|/IC

LB1649

C109

042-0452-01|Electro-C

10V220

uF

1

1C107

051-6304-15|IC

MN6479A

=

=,

'|

C111

__|182-2273-13

Electro-C

6.3V220

uF

|

1

052-5009-01/IC__

ys

PD78002BCW-

105

C142

183-1063-31|Electro-C

16V10

uF

1

060-031

9-00|

Ceramic

resonator

4.1952MHz

C105,110,113,114|

183-1073-11|Electro-C

6.9V100

uF

i

4

061-1092-00|Crystal

16.9344MHz

C103,104,132,137|

183-3363-21|Electro-C

10V33

yw

F

4

Q104

101-1240-50/

Transistor

2SB12400,R

C124

__|183-4763-11)Electro-C

6.3V47

we

1

101-1320-50|

Transistor

2SB1320AR,S

C106

184-4773-32|Electro-C

16V470

uF

1

[103-1450-50

PARTS

NO.

Transistor

2SD1450S,T

DESCRIPTION

D106,110-112

D118-120

0104,105

D116

001-0377-35|Diode

MA4062M

D145

D102

D107-109

0101

D103

001-0330-00)

Diode

001-0377-31|

Diode

001-0377-38

001-0377-49

001-0423-24

001-0466-00

001-0567-33]

Diode

001-0503-33]

Diode

013-6100-00!

Switch

Diode

188119

MA4056L

MA4068M

MA4100L

MA40914

$5688B

RDS.6JSN3

HZS6B2L

#EJECT

|

2

11Q101,109,112,116

1

7C115,123

|

160-1012-05|Ceramic-G_

100pF_

1

3

||C135,140

PARTS

NO.

|

Q102,106

103-1683-50

Q103,107

Q105,110,114,117

0115,123

C129

C108,128

C117-122,126,1314

C136,141

C101,102,107

103-1858-50

125-0027-01

125-2018-01

160-1012-05

160-1022-05

160-1212-05

172-1031-11

172-1041-11

173-1021-11

Transistor

DESCRIPTION

28D1683S,T

oO

+

|

Transistor

Ceramic-C

UN6211

100pF

Ceramic-C

_1000pF

Ceramic-C

120pF

Polyestor-C

0.01

uF

Polyestor-C

0.1

uF

Polyestor-C

28D18580,R

UN6111

1000pF

NIN|HAIN

ALAIN

IND

[o)

[051-0160-0111C

HO74L207P

C134,139

crn

chi

173-1821-11

Polyestor-C

1800pF

1C

108,109

NJM4558D

C133,138

173-3321-11

Polyestor-C

3300pF

IC

102

051-0422-51}IC

—_—

ce

051-0840-10)IC

MN1280-L

C126,127,143,144

176-1201-00):

Ceramic-chip-C

12pF

CH

[051-0859-06)

IC

TC74HCU04AF

C112

178-1042-78

3|

Ceramic-chip-C

0.1

wr

051-1408-00/1C

LB1649

C109

042-0452-01

Electro-C

10V220

pF

_[051-6304-15)IC

MN6479A

C111

182-2273-13

Electro-C

6.3V220

ye

F

060-0319-00

art

C142

183-1063-31|

Electro-C

16V10

uF

|052-5010-04/1C

pu

PD78013CW-071

Ceramic

resonator

4.1952MHz

105,

110,113,114]

183-1073-11

pe!

Electro-C

6.3V100

uF

061-1092-00|Crystal_

16.9344MHz

afjoafjoafo}ajojaltpl]o|p

C103,

104,132,137

183-3363-21

Electro-C

10V33

nF

101-1240-50|

Transistor

28B1240Q,R

C124

183-4763-11

Electro-C

6.3V47

uF

101-1320-50|

Transistor

2SB1320AR,S

C106

184-4773-32

Electro-C

16V470

pF

a\-)alalsla)a\-laininio

103-1450-50

PARTS

NO.

D106,110-113

Transistor

2SD1450S,T

DESCRIPTION

__|

PARTS

NO.

|

DESCRIPTION

oT

001-0330-00)

Diode

18S119

051-1408-00

IC_

1Bi649

051-6304-15

IC

__MN6479A

001-0377-31|Diode

001-0377-35|

Diode

MA4056L

052-5010-01

IC

yz

PD78013CW-071

MA4062M

060-0319-00

Ceramic

resonator

4.1952MHz

001-0377-38)

Diode

MA4068M

—}—

|001-0377-49|

Diode

MA4100L

061-1092-00

Crystal

16.9344MHz

101-1240-50

Transistor

2SB1240Q,R

001-0423-24|

Diode

saat

MA4091

001-0466-00)

Diode

101-1320-50

Transistor

2SB1320AR,S

$5688B

Diode

RD5.6JSN3

|001-0567-33

001-0503-33|

Diode

H2S6B2L

013-6100-00/

Switch

+EJECT

103-1858-50

Transistor

2SD1450S,T

103-1450-50|

103-1683-50

Transistor

2$D1683S,T

Transistor

2SD1858Q,R

103-1991-50

Transistor

2SD1991AR,S

051-0160-01/1C

051-0422-51)1C

HD74L207P

Transistor

UN6111

NJM4558D

Q101,109,112,116)

125-0027-01

Q105,110,114,117]

125-2018-01

Transistor

UN6211

051-0840-10/IC

MN1280-L

160-1012-05

Ceramic-C

_100pF

CDC605

RADCE0S

CDC1205

RDC1205

C0C1805

051-0859-06)IC

TC74HCU04AF

160-1022-05

Ceramic-C

1000pF

FUNCTION

Not

in

use.

Input

terminal

of

the

switch

serving

to

detect

reference

position

for

going

up/down

operation

of

Mechanism.

12

3 4

5

6

i

Disc

Load

position

Magazine

Eject

position

Input

terminal

of

Disc

No

Detect

photosensor.

Refer

to

the

column

of

POSSW

(Pin

59).

Analog

Mute

circuit

control

terminal.

Outputs

“L"

in

Play

or

Manual

Search,

and

cancels

Mute.

While

i

a

in

Stop

or

Track

Search,

outputs

"H”

and

operates

62

AMUTE

Mute.

63

[vo

|

=

|

Power

supply

terminal

(+

5V).

cs

ee

POINTS

OF

DIFFERENCE

(052-5010-01)

Prove]

sme

Each

Eject

Key

input

terminal.

With

"L"

input,

each

magazine

eject

operation

is

performed.

When

4-COM

in

Stope

mode,

with

each

Eject

key

being

input,

Stop

mode

is

cancelled

and

magazine

eject

operation

is

performed.

(EJSEL

31:

at

"H")

EJSW1

§

EJSW3

Magazine

3

Insertion

Wake

Up

input

terminal.

When

Magazine

3

is

inserted

in

ACC

OFF

state

and

"H"

+

"L"

isinput,

Stop

mode

of

Clock

stop

is

cancelled

and

Operation

mode

is

started

While

in

Acc

ON,

the

same

logic

as

that

of

57

MGSW3

is

input.

With

Acc

turned

off

with

Magazine

3

inserted,

26

CONT3

outputs

“L"

and

this

terminal

isset

to

“H"

>

Magazine

3

insertion

Wake

Up

control

output

terminal.

With

Magazine

3

inserted

and

while

in

Acc

OFF,

outputs

"L".

input

of

Magazine

3

SW

state

in

Wake

3

of

25

is

inhibited.

tn

other

states,

"H"

is

output.

Changes

over

the

“-COM

to

12-disc

or

18-disc

changer

control.

“H":

12-disc

changer

control

“L"

1

1B-disc

changer

control

incorporated

Pull

Up

terminal.

Acc

Cont

input

terminal.

Acc"

ON":

“H".

With

“L"

input,

“-COM

enters

Stop

mode

with

clock

stop.

With

"L"

+

"H"

edge

detected

in

that

state,

Stop

mode

is

cancelled

and,

on

end

of

clock

oscillation

stabilization

period,

“-COM

moves

into

Operation

mode.

Magazine

1

Insertion

Detect

SW

input

terminal.

“L":

inserted

state.

When

4-COM

is

in

Stop

mode,

with

Magazine

1

inserted,

Stop

mode

is

cancelled

and

disc

check

operation

is

performed.

Trane]

Magazine

2

Insertion

Detect

SW

input

terminal.

“L"

:

inserted

state.

When

4-COM

is

in

Stop

mode,

with

Magazine

2

inserted,

Stop

mode

is

cancelled

and

disk

check

operation

is

performed.

Magazine

3

Insertion

Detect

SW

input

terminal.

"L":

inserted

state.

Input

terminal

of

the

switch

detecting

the

reference

position

for

going

up/down

of

Mechanism.

POSSW

ONOTR

(60pin)

~O-—0—-@—O—@—-O—-8—O—®:

*_Magazine

1

_t

|

Disc

Load

position

Magazine

1

Eject

Operation

position

Magazine

2

Eject

Operation

position

Magazine

3

Eject

Operation

position

a

POSSW

2-8-8990

Magazine

2

_t

Disc

Load

position

ONOTR

(60pin)

POSSW

60pi

keopin

f__

Magazine

3

Disc

Load

position

cpCyps

RDCE605

CDC25

RDC1205

cDoC8O5

MICIRCUIT

DIAGRAM:

1/2

REF

NO.

PARTS

NO.

DESCRIPTION

PARTS

NO.

DESCRIPTION

©Main

unit

S

C135,140

160-1212-05|Ceramic-C

_120pF

2

C112

|178-1042-78

Ceramic-chip-C

0.1

uF

is

(SS

Se

eS

pes

C108,128

172-1031-11|Polyestor-C

0.01

uF

C109

042-0452-01|Electro-C

_10V220

uF

1

(S

C117-122,125,130|

172-1041-11|Polyestor-C

0.1

uF

14

[C114

182-2273-13|Electro-C

_6.3V220

uF

1

io

C131,136,141

C142

183-1063-31/Electro-C_16V10

uF

1

ae

eee

eT

a

C101,102,107

_|173-1021-11|Polyestor-C__1000pF

3

|]C105,110,113,114]

183-1073-11|Electro-C__6.3V100

uF

4

jn

134,139

173-1821-11|Polyestor-C

_

1800pF

2

|10103,104,132,137|

183-3363-21|Electro-C

_10V33

uF

4

GC)

()

i

173-3321-11|Polyestor-C

_3300pF

2

|\c124

__|183-4763-11|Electro-C

6.3V47

uF

1

é

\

é

\

°

176-1201-00/Ceramic-chip-C_12pFCH

|

4

|[C106

184-4773-32|Electro-C

_16V470

uF

1

|

a

L

erie

ob

ol

PARTS

NO.

DESCRIPTION

PARTS

NO.

DESCRIPTION

ic

ae

ee

fe

i

—-——4

001-0563-00|Diode

GL380

013-3988-00|

Switch

013-7001-00|Switch

074=1048-08(§)|

©PHOTO

PWB

mn

a

TOLMAIN

PWB

jl

REF

NO.

PARTS

NO.

DESCRIPTION

QT

<

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|

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cp

Q201,202

060-0252-01|

Photo

Transistor

2

Ko)

ee

0201

R201

0202

OCONECT

PWB

6L380

120

GL380

a

ee

REF

NO.

PARTS

NO.

DESCRIPTION

REF

NO.

PARTS

NO.

DESCRIPTION

[QT

ara

013-3906-00|

Switch

PT201

051-5801-00/IC_GP1S53V

1

meee

cl

OMG12

PWB

(PE-2117

|

REF

NO.

PARTS

NO.

|

DESCRIPTION

:

PARTS

NO.

DESCRIPTION

c

|

$204

013-7201-00|Switch

013-7201-00|

Switch

3S

3

“pare

hes

g

PARTS

NO.

DESCRIPTION

PARTS

NO.

DESCRIPTION

i

es

ut

010-2155-43|Coil

10

wH

|

Teen

wer

2

VR1,2

012-4431-09]

Variable

resistor_47kQ

2

||C19,22-24,30,33

|

178-1032-78/Chip-C

0.01

uF

16

a

$1

013-3808-11|Switch

[4

2

1C4

051-0858-05|IC__TC74HCO2AF

1

|[C28

178-1042-78|Chip-C

0.1

uF

1

o

IC1

051-1971-00|IC__CXA1610M

1

|[c25

178-1522-78|Chip-C

_1500pF

1

&

IC2

051-6003-05|IC__MPC1730M

1_|}C27,29

178-2212-78|Chip-C

_220pF

|

2

Ic3

051-6004-05|IC__MPC1732M

1

||C26

[178-4732-78|Chip-C

0.047

uF

1

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tenia

ee

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at

as

Se

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ene

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051-6305-00/IC__CXD2515Q

1

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25V0.47

uF

1

ae

[101-1

188-50|Transistor

2SB1188Q,R

1

|C5,6,8,13,14,18

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6.3V6.8

nF

7

ere

176-1007-00|Chip-C_

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CH

1

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CH

1

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183-1073-12|Electro-C_6.3V100

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Clarion CDC605 User manual

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