Sanyo GCD 2700 Service Manual

..

Service Manual

...

I FILE NO.

I

CD Changer stereo
Music System

GCD 2700 (AU)

I II

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.Illaoa

II

LE=4E!l

Hww-M El

-..

CONTENTS

SPECIFICATIONS . . . . . . . ..’...... ..’ . . . . . 1

LASER BEAM INFORMATION . . . . . . . . . . . . . 1

OPERATING THE RESET SWITCH . . . . . . . . . 2

COOPERATION . . . . . . . . . . . . . . . . . . . . . . . 2

REMOVAL AND INSTALLATION . . . . . . . . . . . 5

TUNER ADJUSTMENTS . . . . . . . . . . . . . . . . . 7

TAPE DECK ADJUSTMENTS . . . . . . . . . . . . . 9

ILLUSTRATION OF CD CHANGER MOVEMENT 12

CD PLAYER’S SERVICE MODE . . . . . . . . . . . . 15

ADJUSTMENTS . . . . . . . . . . . . . 19

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PRODUCT CODE No.

129 390 02

EXPLODEDVIEW . . . . . . . . . . . . . . . . ...’... 23

PARTS LIST . . . . . . . . . . . . . . . . . . . . . . . . . . 26

INTERCONNECT DIAGRAM . . . . . . . . . . . . . . 37

IC BLOCK DIAGRAM . . . . . . . . . . . . . . . . . . . 38

LCD DESCRIPTION . . . . . . . . . . . . . . . . . . . . 41

SCHEMATIC DIAGRAM . . . . . . . . . . . . . . . . . . 42

WIRING DIAGRAM . . . . . . . . . . . . . . . . . . . . . 44

IC DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . 52

lC& TRANSISTOR VOLTAGES . . . . . . . . . . . . 70

REFERENCE No. SM 580050

I

ii

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;PECIFICATIONS

AMPLIFIER SECTION
Output po+vec

12 Watts/ch (10% THD)
Input sensitivii and impedance VIDEO 300 mV/50 kohms
Graphic equafizer control:

~ 6 d6 (100

Hz, 1 kt-fz. 10 kHz)

Bass expandez

+ 8 de

(lm Hz)

TUNER SECTION
(FM)
Frequency range

87.5 MHz -106.0 MHz (50 kHz eteps)

Usable sensitivity

20.7 d13f (mono)
(AM)
Frequency range

531 kHz -1,701 kHz (9 kHz steps)

Sensitivity:

800 pV/m (AM Loop antenna)

CASSEITE DECK SECTtON
Track system: 4-track, 2-channel stereo
Frequency response

60

t-fz-13 kHz (Cr02)

Signal to noise ratkx

50 dB/56 dB (DOLBY NR OFF/ON)

Wow and fluttec

0.15 % (WRMS)

Tape speed:

4.75 cm/sec

Fast fomard and Rewind time

Approx. 110 sec. (C-60)

CD PtAYER SECTfON
Channels

2-cham’tel stereo

Sampling freque~

441 kHz

Digital filtec

8x0

varsarnpfing

D/A conversion:

Dual 16-hi finear D/A

converters

Pick-up

Optical 3-beam semiconductor laser

Frequency response

20 Hz -20 kHz

Total harmonic distortiorx

0.04% (1 kHz)

Signal to noise ratio

96 dB

Wow and fluttec

Below measurable limits

GENERAL

Power requirements

AC 230-240 V. 50

Hz

Power consumption

sow

Dimensions (W x H x D):

Approx 360x353x399 mm

Weight

APpnJx. 8.2 kg

,, —

. . ... .-

RB-2000 WffRELESS REMOTE CONTROL
Power requirements:

2 “SUM-3/AWRLT’ batteries
Dimensions (W x H x D): Approx.41 x 175x 18mm
Weight

Approx. 63 g (without batteries)

.“ :.

,,

:.’ ..,,.,

.,

IMPORTANT INFORMATION
Because its products are subject to continuous improvement, SANYO reserves the right to modify producf designs and
specifications without notice and without incurring any obligation.

LASER BEAM INFORMATION -

...-. —

.“

:...,

.....

(1) A pick-up that emits a laser beam is used in this compact disc player.

CAUTION - USE OF CONTROLS OR ADJUSTMENTS OR

PERFORMANCE

OF PROCEDURES OTHER

THAN THOSE SPECIFIED HEREIN MAY
RESULT IN HAZARDOUS RADIATION
EXPOSURE.

LASER OUTPUT ...........0.6 mW Max.

DANGER - Invisible laser radiation when open.
AVOID DIRECT EXPOSURE TO BEAM.

I

I 11= EH-Em-=

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-1-

‘L-1

—

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if

“.“.

;----

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#

OPERATING THE RESET SWITCH

● This model is provided with a RESET switch.

● The RESET switch serves to clear the contents of the

memory in the microprocessor (IC103 UPD75112) which
controls the TUNER and CD block.

● Following the procedure below, press the RESET switch to

clear the memory when servicing, or if the key does not
register when the TUNER or CD playe~s operation button

is pressed, or if malfunction occurs.
(1)
(2)

(3)

(4)

Disconnect the power cord from the AC outlet.
Keep the RESET switch depressed for 60 seconds.
(The backed up electrolytic capacitor is discharged by
keeping the RESET switch depressed for 60 seconds.)
Re-connect the power cord to the AC outlet.

Press the TUNER and CD operations, and check their operation.

RESET
SWITCH

—

111—

CD OPERATION (PROGRAM)

....

..

PROGRAMMED PLAY

Up to 32 selections, from up to 5 discs, can be pro­grammed for play in any order.

The same track or disc can be programmed more then
once.

Programming procedure
Follow the example below to program tracks 2 and 6 on
DISC 1, track 9 on DISC 2 and all tracks on DISC 3. in thii
example, each disc has 9 tracks and DISC 3 is in playing
position.

-..

1. Press the MEMORY button.
“’PROG.” blinks on the display.

*

Disc 3 TRAcKAL i%. 1

P~~1234S 6789

2. Select DISC 1 by

pressingthe DISK SKiP (or DISC

SELECT button.

OISC1 TMCK AL Pr. 1

PROG.

/1!

3. Select track 2 by pressing the” DD/ti ““button.
OISC1

TRACK 2 Pr. 1

PROG.

/!!

4. Press the MEMORY button. “’PROG.” remains fit.

OISC1 TPACK2 pr. i

PROG. 2

5. Select track 6 by pressing the “ DO/M2 0’button.

“PROG.” blinks.

OISC1

TRACK 6 Pr. 2

PROO. 2

11!

6. Press the MEMORY button. “PROG.” remains lit.
DISC1 TRACK6 Pr. 2

PROG. 2 6

7. Select DISC 2 by pressing the DISC SKIP (or DISC

SELECT) button. “PROG.” blinks.

DISC2

TPACK AL Pr. 3

P~~.

6. Select track 9 by pressing the” CO/cci “’button.
DISC2

TRACK 9 pr. 3

PROG.

Ilt

9. Press the MEMORY button. “PROG.” remains lit.

DISC2 TRACK9 Pr. 3

PROG.

9

10. Select DISC 3 by pressing the DISC SKIP (or DISC
SELECT) button. “’PROG.” blinks.

OISC3 TRACKAL P;. 4

PROG.

18$

.11. Press the MEMOFtY button. ““PROG.” remains lit.

Disc 3 TPACKAL

Pr. 4

PRCG.

When programming, use the disc aefect buttons to
assign the discs end the K</~ or >>/CCi button
to assign the tracks.
The maximurn%umber of selections that ceh-t%-pr~
grammed is 32. ff you try to enter more selections,
“’FULL” will appear on the display.

Checking the program

1. While in the stop mode, press the MEMORY button. The
disc, track and program numbers wiff appear on the
display. Press the MEMORY button again to view the
disc, track and program numbers for the other pro­grammed selections.

These displays do not appear during programmed
play.

2 Press-the D/oo button” to--at-m Pkw. when all Pro-

grammed selections have played, the player stops
automatically.

During programmed play. if the programmed track
does not exist ofl \he -d=, the next programmed
selection is played.

NOTf3

The program is cleared in the following cases

When the ❑ button is pressed in the stop mode

Changing a program

To add a new aelectlon to a program:

1. In the stop mode. press the MEMORY butron repeat­edly until the following display appears

“’-- . . . ....”.

2. Select a disc and track number.

3. Press the MEMORY button.

To change a selection:

1. Press the MEMORY button repeatedly until the selec-

tion to be replaced is displayed.

2. Select a disc and track number.

3. Prass the MEMORY bulton.

Operation during programmed play

- Press the “ M lad “ or” WIDC4 - button to S~P

programmed tracks.
If the end (or beginning) of the currera srack is reached
in forward (or reverse) search mode, @w player enters
the pause mode.

-2- .

:D OPERATION ●

RECORDING COMPACT DISCS

EDIT RECORDING

NOTES

The following edfi recording operations can be performed.

- CD play starts automatically after 8 seconds, so the

Selections from muftiple discs can be programmed and

recording will not be interrup@d by the feader tape at

recorded automatically.

the beginning Ofsides A and B.

a) Normal edit recording

A short blank space is automatically recorded at the

b) Program edit recording

end of each track.
c) Fade-our edit recording - The highest track number wfriih can be ediied is 32.
d) Backward skip adii recording

s) Normal edit recording

Since track 3 will not rc on rhis side, site e is used inat&xk and M
umecorded blank is cfealed here.

To record a CD with no change in the track sequence,
follow the example befow.
To record all tracks on a S-track disc (total play time of 47
min 20 see) on DISC 2, onto a 50-minute tape:

1. Press the DISC SKfP (or DISC SELECT) button to select
the DISC 2.

lrlsc

SKIP

~

2. Press the EDIT button to select the recording tape
length.

EOIT

o

The display indicates

DISC2 C416

Eti S105 A

123...

..

Each time the EDIT button is pressed, the tape length
display changes in

me following sequence

#246 --C-54 -C@3--74 -C-90=- -(Cleared)l

To set the desired tape length up to C-99, use the

“ kM/c4 ‘“ or “ wlrxi “ button.

To set “C-5W,

press the EDIT button to sefect “CJ$6’. and press the
“’ COIN

“ button 4 times. “C-W” appears on the

display.

3. Insert a C-SOcaasettetapeinto thetapedeckto record

side A.

-. ..

4.

5.

6.

7.

8.

9.

Press the REC buttonto set the racordpause mode for
s“tie A.

● REC >RAv

Cn

——

Press the Plm button to start playback with track 1
on dtsc 2.

me deck starts recording at me sametime.

DISC2 TR4CK 1 0.01 EOITb SIOEA

123...

When all 6f the tracks for side A have finished playing,

the player will go to pause mode at the beginning of
the track to be recorded onto side B.

After the tape deck stops aufomadceffy, turn wer the

cassette and reinsen it-

-----

Press the REC button to start recording of side B.
The player will start playback with track 3 on disc 2.
When all tracks for side B have finished, disc play

stops.
The tape

deck will continue recording tome end ofthe

tape (side B).

The edit mode remains operational when recording

ends. Press the o button to cancef the edii

mode

--- .. . -

b) Program edit recordfrkg

Unrecorded blank

SlCEA23min.

Track 3 on DISC 3

Track 5 on DISC

1

II

-

Track 2 on DISC 1

II ‘ I

#i

I

1]

[1

‘,3

Mmud

r—

Track 4 on OISC 2

Track 1 on OfSC 3

[ Tr&k 7 on DISC 2 SIDE 823 min.

Unre&ded blank

1. Press the EDIT button until ““C-4& appears.

The desired selections can be rearranged and recorded
on the tape within a designated tape length.

EO,l

Q

Examde:

The f~llowing tracks are to be recorded.

Track 5 on DISC 1:10 min 00 sec
Track 2 on DISC 1:7 min 26 sec

2. Press the DISC SKIP (or DISC SELECT) button to
sefect the disc

(DISC1).

Track 3 on DISC 34 min 37 sec

Usc

YaP

Track 1 on DISC 3:11 min 09 sec

~

Track 4 on DISC 2:9 min 21 sec
Track 7 on DISC 21 min 10 sec

3. Press the MEMORY button.

These tracks are recorded in the following order on a 46-

minute tape.

SIDE A

Track 5 on DISC 1
Track 2 on DISC 1
Track 3 on DISC 3

SIDE B: Track 1 on DISC 3

Track 4 on DISC 2
Track 7 on DISC 2

Ie5

“PROG.” btinks and the dispfay indicates:

DISC 1 TR4CKAL 23.00 EOIT SIDEA

P:~

123...

The remaining time on side A blinks on the time

display.

-3–

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9

CD

......

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

OPERATION

4. press the w/@ or w/~ b~on to select the tfacfr 7. Repeat steps 2-5 to program the tracks to be re­(lRACK 5). ~~ XM

~

corded onto side B.

“PROG.” remains Iii. If a track exceeding the remaining time on side B is

OISC i TRAcK 5 13.00 EO~ s05 A programmed, “Err’” wiii appear in the display for 4

PROQ. 1 23 ...

seconds.

S. Press the MEMORY button. 8. Insert the C-46 cassette tape into the tape

deck to

[=1

record side A

9. Press the REC button. ‘=CC

b

RAY

I 1

‘“PROG.O’remains lit.

DISC 1 TRACK 5 13.00 EOIT SIDE A

LL.1

PROO. 5

10. Press the Dim bunon. Recording starts.

6. Repeat steps 2-5 to program the tracks to be

re-

cmded onto side A

m

Ifa track which exceeds the remaining time oneide
A is selected, its remaining time bfinks on the d@

The programmed tracks will play in sequence starting

from track 5 on cksc 1, and pause at the end of track 3
on disc 3.

play.
When the MEMORY button is pressed, “SIDE A“

DISC 1 TRACK5 0.01 EOITD

SIOEA

disappears and “SIDE B“ appears. The rem-g

PROO. 25

time Dn side B appears on the display. Thii and
subsequent tracks are recorded on side B.

11. Follow steps “W’ to”1 O of ‘“Normal edit recording”.

C) Fade-ouf edff recording
The sound is automatjcaffy faded out at the

end ofsides A

end B, according to the selected tape len@’t.

Fade out (10 see.)

SIOE A so min.

.-.

1

II

2

II

3

II

4

II

s

11

a

II II II

11

>

Manual reverse

11

10

a

a

7

e

I

Fade our (10 sec.)

Example

To record onto a 60-minute tape

1.

2

3.

4.

5.

d)

1.

2

3.

4.

Press the EDfT button un~l “C-W’ appears on the
display.
Press the FADE button.

-.,
‘“FADE” appears.
Insert a C-60 cassene tape into the tape deck to record

side A.

(If you desire, program the tracks. Refer to PRO-

GRAMMED PLAV on page 10)

Press the REC button.

Press the D/oo bunon. Recording starts.
The pfayerwill start playback with track 1 onsideAand
proceed in sequence until track 6 is recordecL The
display indicates:

OISC 1 TRACK 1 FADE 0.01 EOIT D SIDE A

123...

. . ... .

Record from the beginning of a track. SIOE B 30 min.

6.

Follow steps “’6 to ‘“1W of “’Normal ed~ recording”.

“’FADE blinks as the sound fades out (1O seconds).
When the remaining tape length is lass than 10 sec.,
the track, curreryJ playing is not faded out.

. _.. _ ._

The sound isalso faded out when a track is interrupted

... .. .

at the end of side B.

.

Backward skip edit recording

Track 4 will be interrupted.

. .

S1OEA -1 -’

1

!1

2

II

3114

811711 6

II

5

II

4

~>

Manual rewerse

SIOE B f

Record from the beginning of a track.

Track a will be interrupted

Press the EDtT button until “C-”

appears cm the
display.
Press the REC button.
Press the b/Oo button.
Recording starts on side A with track 1.

Follow steps “6’ to “9’ of “Normal edit recorder@-.

MANUAL RECORDING

1.

2.

,..,.:..

.. . ..:”,

... . .. .

For programmed recording, program the matssi@f in
advance (as described under “PROGRAMMED PtXY’).
Press the REC button.
Press the D/oo bunon. Recording starts.

If-the FADE button is pressed during racordinf& the
sound begins to fade out irom that point (abm9t 10
seconds). The CD player pauses, but the

deck @rntin-

ues recording.

–4–

..

v

{EMOVAL AND INSTALLATION

. Disconnect the power cord plug from the electrical oudet.

● All wiring should be returned to the original posistion after work is completed.

. First have reading many tie new FIXERS (614 129 4971) for replacement.

I. REMOVAL OF FRONT PANEL ASSEMBLY

(1) Remove the 6 CD changer block mounting screws. ((0)

(2) Remove the 8 side panel mounting screws. (@)
(3) Remove the 11 rear

panel mounting screw. (@))

). REMOVAL OF FRONT PANEL BUTTONS

. . ..

‘.,,

., .,..

.’. ....

....

-5-

,..

.

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REMOVAL

AND INSTALLATION

c.

REMOVAL OF TAPE MECHANISM & P.C. BOARD

(1) Remove the 2 tape

deck P.C.Board mounting screw.

(0)

(2) Remove the 6 tape mechanism mounting

screws. (@)

A

d. WIRING IAYOUT

DISC TABLE SENSOR P.C.B

... .

-...

-A

——

—— .

(a) CD MECHANISM BLOCK

*

.—. — —.

>—’ “-”-”-

, ,!c-

. Arrange the wiring as shown in the figure.

h

.

MARK@

YELLOW m /

rGRAY

..,..,
...

‘“FL-i&ii!sI

\\ \ \\

A

%

-6-

:: TABLE MOTOR

ii

..

●

REMOVAL AND INSTALLATION

(b) POWER CORD
.

Arrange the Power cord as shown illustration.

(c) POWER AMP P.C. BOARD

(1)Arrange the lead wire so that they are not near the

heat sink of the POWER AMP P.C. Board.

LEAD WIRE MUST NOT

TOUCH TO HEAT SINK

N

POWER AMP P.C.B

HEAT SINK

rUNER

.

\\

\

POWER SWITCH PC.B

+~gy.

m

BLACK

RED

\ /

\

/

FXXER

(614

1294971)

(d) POWER TRANSFORMER
(1) See illustrations.

ADJUSTMENTS

.

----

-. .-.

TUNER P.C.B

1

J’

I@l

’432

J&Oc

T2202

J434

IL

’430

TP204

TP235 -

\

TP234

TP233

,.

,.. .

.....

..

....

“.

I

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●

TUNER ADJUSTMENTS

● Use a plastic screwdriver for adjustment. . Speaker impedance

8 ohm

●Standard Output

50

mW

●FM MODE switch STEREO

. TUNING : FM : 87.5-108.0 MHZ ( 50 kHz step ), AM: 531 -1701 kl-lz ( 9kHz 5teP )

“M ANTENNA :

Dummy 750hm U

lalance

VTVM

Oscilloscope or

DC voltmeter

flax.
V-curve)

FM ADJUSTM

T

Adjusting

Iep

Circuit

UT

BAND SELECT SWI1

Connections

i

: FM

SG Frequency

Position of tuning dial

I

Adjustment

input

output

connect sweep
generator to

TP 223 (H),
TP 224(G)
(V-curve)

[S-curve: not adj.)
Connect to Digital
DC voltmeter

TP 202 (H),
TP 201 (G)

Connect to VTVM,
Speaker output

Connect to Digital
DC voltmeter
TP 203

,TP204

( not Ground)

:onnect sweep
]enerator to
[P211 (H),
rP212 (G)

k

T2201

98.1 MHz

-----

~

1

IF

2

Detector

3

Tuning

4 Coverage

10.7 MHz

1.2to.lv)

less than

8.5V)

-+H-+-

87.5 MHz

108.0 MHz

-------

...

90.0 MHz

L2102,

L2103

106.0

MHz

CT201

90.0 MHz

~onnectto
rp211 (H),
TP212 (G)

i

5

Tracking

6

Max.

Ovto.osv

106.0 MHz

Zonnect to
rp211 (H),

98.0 MHz
(66 dB)

98.0 MHz

T2202

1-

7

Ov

Vco

8

(19.00kHz)

rP212 (G)

—-—. .

1

-----

98.0 MHz

SVR23

98.0 MHz ..

(66 d8)

Modulation :

OFF

..

Connect to
TP206 (H),

TP207 (G)

19.00 kHz
f 513Hz

-----b-

. CHECKING THE AM BAND

SG MODULATION :1 kHz, So”/o,

IRE LOOP ANTENNA

,.

....

I

VTVM

Connections

SG Frequency

Position of tuning dial

output

Adjusting

Step

Circuit

Adjustment

I

Oscilloscope or

DC voltmeter

Input

Connect sweep “ Connect sweep

generator to
TP 208 (H),

1

450 kHz

999

kHZ

(CF204)

(CF204 :

adjusted)

generalor to

-1_

1

IF

TP 251 (H),

TP 252 (G)

TP 207 (G)

Connect Digital

1

==4 “1-1”5V)

DC voltmeter to

TP 202 (H),

TP 201 (G)

---.---

3

Coverage

----- I (Iessthan

I

8.5V)

I

T

4

Tracking

5

Connect to VTVM,

603 kHz

603 kHz

Speaker output

1404k Hz

1404 kHz

Connect AM SG
to Test Loop

+

-----

-----

1

Checking the

Connectto Digital ]

I

6

SD
(Auto stop
sensitivity)

Connect AM SG
to Test Loop

voltage

2. O-4.OV

(at 85dB tBdB)

DC voltmeter
TP 205 (H).

999kHz

999 kHz

TP 207 (G)

..---

–8–

ii

.-

V

‘APE DECK ADJUSTMENTS

‘REPARATION FOR ADJUSTMENTS

AC; vCXTME T:R

, SCC+E >

1)

2)

3)

4)

5)

6)

7)

8)

9)

I)

pleasuring instruments, tools.

Test tape

MTT-114N (10

kHz)

r;il pill

-.—

TCW-211 (1,500 Hz) (Optional)

MTT-111 (3.000 Hz)
TCC-130 (DOLBY TAPE)
AC-224 (NORMAL)

OEcrrP.C.B

f

AC-5 13 (CrOz)

o

CNO06

o-

“0

L-CH E R-CH

o

Oscilloscope : (At least 10MHZ, dual channel)

TAPE OUT

Digital voltmeter (Input impedance 1MQ or more)
Automatic distortion analyzer or AC voltmeter

(–80dB, input impedance 1MQ or more)
AF-oscillator (400 Hz, 500mV RMS)
Frequency counter (5MHz; or more)

o

Frequency counter, probe.

1

Screwdrivers (non-metallic) for adjustments.

DC digital voltmeter

HEAD REPLACEMENT AND AZIMUTH ADJUSTMENT
A)

1.

2.

3.

4.

B)

1.

2.

3.

4.

c)

1.

2,

3.

4.

5.

6.

Head replacement
After replacement, demagnetize the heads by us­ing a degausser.
Be sure to clean the heads before attempting

to

make any adjustments.

Be sure both channels ( 1 and 2) are the same level

(Using a dual-channel oscilloscope).
All wiring should be returned to the original posi­tion after work is completed.

-..

Phase alignment

Prepare a dual-channel oscilloscope.

Set so that the left and right ranges of the oscillo­scope are the same.

Play the test tape (MTT-1 14N, etc.: 10 kHz).
Adjust so that the waveforms for the left and
right channels are in alignment, as shown in the il­lustration.

TAPE “ A “, “ B “Head azimuth adjustment

Load a test tape in Tape Deck * A “

(MTT-114N, etc.: 10 kHz) for azimuth adjust­ment.

Press the PMY (>) button.

Use a flat-tip (–) screwdriver to turrr the screw
for normal azimuth adjustment so that the left

and right outputs are maximized et the same

phase during playback.

Press the STOP button.

Repeat procedure for tape Deck” B‘.

After completion of the adjustment. use thread-

Iock (TB 1401 B) to secure the azimuth-adjustm-

ent screws.

TAPE “A”

PLAY HEAD

RED

WHITE

FROM CNO09(4P)

BLACK

CONNECTOR

..

....

.-.-- .-

TAPE “B’”

E. HEAD R/P

HEAD

SROWN

WHITE

PINK

YELLOW

RED

ra

f. ~ J

FROM CNO1O(7P)

AT

CONNECTOR

BLUE BLACK

~PLP.. .

TAPE ‘W
AZIMUTH

A

..

:’,

.,. .

...

,.

.’...

. ..

,.-.

..

.;:-..

.:

–9–

ii

.-

*

TAPE DECK ADJUSTMENTS

It)

CHECKING THE MECHANISM TORQUES

1. Clean the head, capstan and pinch roller before making any measurement.

Meawing Item

Take-up torque

Back tendon

Tape tendon

Cassette for PLAY:TW-211

1

PIAY:TW-211 1

Drive-power cassette

measurement F. FWD/REW:lM/2231

TW-2412

PLAY

3@60gr”cm

1.5-4 .5gr*cm

60gr or more

F. FWD/REW

55- 120gr “cm

IU) MOTOR REPLACEMENT AND SPEED ADJUSTMENT

A) Motor replacement

/

u

1. See illustration at right.
Q

Q

o

*A

>

,@

B) Motor speed adjustments

1. Make the adjustment near where the test tape

finishes winding.

‘~ T&*p

\\

2. Be sure to make the adjustment of the motor

i

k+

*/

speed only after completion of the high-speed tim-

ing adjustment for tape deck A and tape deck B,

and then making the normal-speed timing adjust-

bfl ‘\

ment

of decks A and B.

‘~ ‘---x 7

...

...

OECK F!C.B

o

CNOOS

o

“o

L-CH E R-CH

o

TAPE OUT

-. —...

❑KOOTED”” -

\“” ~---

HIGH SPEED 21
TEST POINT #n CNO05

f 1

NORMAL SPEED

SHORT

HIGH SPEED

(1)

(2)
(3)

(4)
(5)
(6)

(7)

Insert the test tape (MTT-1 11, etc. 3,000 Hz)
into tape deck A.

Press tape deck A’s PIAY button.
Adjust SVROO1 so that the frequency counter
shows a reading of 3,000Hz.

Press tape deck A’s STOP button.

Insert the test tape into tape deck B.
Press tape deck B’s PLAY button.
Checking the frequency counter shows a reading
of 3,000 Hz (-40, + 70Hz).
Press tape deck B’s STOP button.

(1)

(2)
(3)
(4)
(5)

(6)
(7)

Insert the test tape (TCW–2 11, etc. 1,500 Hz op­tional). into tape deck A.

Prass tape deck A’s PLAY button.
Set to the high-speed condition.
Short-circuit test points CNO05 pins 1 and 2.
Checking the frequency counter reading is 3,000
Hz.

Press tape deck A’s STOP button.
After the completion of the adjustment, remove
the short-circuit between test points CNO05 pins

1 and 2.

–lo–

.-

V

‘APE DECK ADJUSTMENTS

. Make the following adjustments after first cleaning the head assembly and checking the adjustment of

the head azimuth.

f

w

47K 47K

PARTS LOCATION

DECK I?C.B

o

(J

BIAS

SVR504 SVR604

(’-CH); (R-CH)

o

!DQ

REC I PLAY GAIN

SVR603 SVR503

(F?-CH) (L-CH)

1

I

I

Adjustment Item Test tape

DOLBY Meeeurlrrg

Input

output

Adjustment

Adjustment

NR SW. Instrument connection

connection

location

value

TCC-130

(TAPE”A”) SVFM02,

‘a) :?$&@’Jt [DOLBY

OFF

AC-voltmeter

TAPE OUT

SVR602

(CNO06)

(TAPE%”) SVR501,

540mV

TAPE)

SVR601

lb) Recording/

plsybeck

AC-224

OFF

AC-voltmeter VIDEO SVR503,

gain

(NORMAL)

AF-oscillator – 14dB, lkHz

SVR603

O * ldB

adjustment

-.

., .

.- —— ..-

-.. .

k) Recording/

AC-224

AC-voltmeter VIDEO

O * IdBat

playback

(NORMAL)

OFF

SVR504.

AF-oscillator –34dB, 1kHz, 10kHz

lkHz and

frequency

SVR604

10kHz
response
edjuatment

[ ) AMPLIFIER ADJUSTMENTS 5.

A)

1.

2.

B)

1.

2.

3.

4.

Playback output adjustment
TAPE “ A n

- ..

Play the test tape and adjust SVR502 (L-channel)
and SVR602 (R-channel) so that playback output
becomes 540 mV.

TAPE “ B “
Play the test tape and adjust SVR501 (L-channel)
and SVR601 (R-channel) so that playback output
becomes 540 mV.

Recording/playback frequency gain adjustment.

DOLBY NR switch : OFF

Input signal :

– 14dB, 1

kHz.

Tape to be used :

NORMAL (AC-224, etc.)
Introduce input signals to the VIDEO terminals,
and, with the unit in the REC. PAUSE mode, ad­just input level for 3dB out,
Record the input signal.
Press the REWIND button and rewind the tape to
the beginning of the recording just made.
Press the PLAY button.

6.

c)

1.

a)
b)

c)

d)
e)

f)

-11–

Adjust SVR503 (L-channel) and SVR603 (R- chan-

-..’...

.,

net) so that the recording and playback output lev­el differences become * 1dB.

,’.:...-

‘........

Repeat steps (1) to

Recording/playback

ment. “

DOLBY NR switch

NORMAL TAPE

Tape to be used :
Input signal :

(5).

frequency response adjust-

: OFF

NOFWIAL (AC-224)

-34dB, 1kHz, 10 kHz

.....

introduce input signals to the VIDEO terminals.

With the unit in the REC. mode.

Record these input signals {1kHz_

10kHz

— 1kt-fz

—lokJ-tz).
Press the REWIND button and rewind the tape to
the beginning of the recorchg just made.
Press the PLAY button.

Adjust SVR504 (L- cttarwwl) and SVR604 (R­channel) so that the 10 ki-tz and 1 kHz output Iev- . “

.

el differences become * 1dB.
Repeat steps (a) to (e).

ILLUSTRATION OF CD CHANGER MOVEMENT

. This CD changer can accommodate and play up to 5 discs.

a. OPERATION

1.

“ POWER “ ON.

2.

“ FUNCTION “ CD.

3.

“ DISC SELECT “ 1.

4. The sub chassis (27) move$ down.

5. The disc table (82) turns, and the disc 1 table is
brought directly above the mechanism where it
stops.

6, The sub chassis moves up, the disc is chucked, the

turntable (11 -1 ) rotates, the disc’s TOC (table of con­tents) is read, and the turntable then stops.

If a disc has not been intalled, ” no disc “ appears on

the display.

7. When” DISC SKIP” is pressed, steps 4 to 6 are per­formed, and operation advances to the next disc num-

ber.

----,.

,.’

-.

b. NAME AND FUNCTIONS OF MAJOR PARTS

1.

Disc table (82)
Disc number detection slits 1 to-5 and a stop ~e~ec-

tion slit are cut into the outside circumference of the

disc table.

These slits are used by th_ephoto coupler to detact

the disc number, deceleration timing and stop poai-

-..

tion,
Also provided on the circumference of the table

area

stabilizing groove and rotation gear.

DISC

..’

DISC Tft3JE GEAR

LCc~3S}loE

I

PINCH LEVER

Jxsc’ STOP

K% No.

-12-

i

i

.+

●

.LUSTRATION OF CD CHANGER MOVEMEMT

2.

Disc table gear (51 )
This transmits the rotational force of the changew mo­tor assembly (60) to the disc table.

3. Sensor circuit board assembly
This identifies the detection signals from the pfmto
coupler and controls the changer motor.

4. Changer motor
When the motor moves in a clockwise direction. the
resulting power turns the disc table; when it mowes in
a counterclockwise direction, it causes the cam gear
(38), cam pulley (37) to rotate, and it moves the sub
chassis up and down.

5. Chucking detector switch circuit board assemb%
This circuit board is equipped with switches SW2 and
SW3 which are turned ON/OFF by the lock slide 631).
When SW2 is set ON, it means that the upward wno-

tion of the sub chassis is completed or, in other
words, that the disc chucking is completed. Wham
SW3 is SET ON,

it means that the downward motion

of the sub chassis is completed or, in other womls,
that the disc table is set to the rotation standby sta­tus.

- .. .

If?-’‘

LOCK LEVER [

(32)—

0

<-~--.,

CAM

PULLEY (3X$

~,,i,$>

CAM 00S(3S3

\ ~s_/

‘ ,/

‘.-__~

<,

Lb

@

;~#WER MOTOR

. ...

IDLER PULLER

DISC TABLE

(41)

(82)s

/- (”-.

~)

o

“m “-

@ ‘c

o

\

ROTATION

-—. .

GEAR

MOVING GEAJ?(46)

—.—

P

r

SUB CHA&1S(27)

.. .-.

DISC TABLE ROTATION,
CD MECHANISM UP/DOWN

-UP -

:OFF

i{

1
I

1

I

U---H

! 1 , ,
I

I i I

t

SW3

OFF

CHUCKING

CHUCKING

RELEASE

COMPLETED

.

,.,.,...

.-

#

ILLUSTRATION OF CD CHANGER MOVEMEIW

6.

Limit switch (9)

This switch is provided on the CD mechanism (1 U) to

stop the pickup at its precise home position.

The sled motor (12) moves the pickup via the pcsanmr

gear(2), mid gear (3) and rack gear (1-2) which ~*­cured to the pickup. Moving toward the center -m
the outer circumference, the pickup sets the Iimilt
switch ON at the end of the rack gear, opens the ‘CD
main circuit board (91 ) circuit, moves forward f=r

about 10ms and then reverses.

The rack gear which movas in reverse sets the &rmit

switch, OFF, moves forward for about 10ms and
then stops.

c. ILLUSTRATION OF CD PLAYER MOVEMENT

1. The sub chassis (27), which is secured by the CEl
mechanism, is pulled upward at all times by tensaicm

.,

spring” L” (26), and tension spring U R “ (28), and it
is kept in place by the cam puny (37), lock slid, smc.

2. The rotational force of the changer motor is ap@ed
to the moving gear and idler pullyed secured to the
moving lever.
The moving gear performs two differant operations
depending on the direction in which tha canger rrtswor
is rotating.
When the motor is rotating clockwise, the gear
causes the disc table to rotate through the disc table

gear; when it is rotating counterclockwise, it roustes

the cam gear and cam pulley, and jt moves the =b

chassis up and down. At the same time, it activates
the lock Iaver, which is linked to the cam on the bot­tom of the cam gear, and then the lock slide in mm.

. .

L

J

“ON-

““OFF““

FORWARO@-----

SLED MOTOR
ROTATION

‘RET”N)==l k

REVERSE @

. . .

I

I I

Revolution

,., ---

...__ ___

---- -

. .... .. ..

LOC% SLIDE(31)

— ‘1

M

—

-sPR1NG(28)

t

u

,

T.

CAM GE& (38)J

CAM PULLEY(37)

1

- ~~~

SUE tHASSIS (27)

,.

...

–14–

ii

..

*

LLUSTRATION OF CD CHANGER MOVEMENT

CAM

~>>L

1~~

SPRING (26) l~/L~Y cm PULLEY (37)

SUB CHASSIS (27)

3.

&f~~&&-.A.GEAR,~*,

SUB CHASSIS (27)

If the stop number and deceleration/stop signal are in-

put from the side of the rotating disc table, the table
decelerates and stops near the applicable number,
and after the center has risen by means of the pinch
lever (57), the lock slide enters the stop slit where it

is secured.
The pinch lever also measures the back tension of the

table and prevents jogging.

DISC

DISC TASLE GEAR

LOC~3S#E

(51)

I

PINCH LEVER

PINCH LEVER (57)

LOCK SLIDE (31)

TA

103)

DISC STCP

DISC No.

CD PLAYER’S SERVICE MODE

. The service mode can be used to check the CD player.

CD
OPERATION

.—

...

.. ... ...

~----

INTRO SCAN

7

~0 1>/88 (Play/pause)

..— ~

RANDOM PLAY+ I -.

7

EDIT++

I

L

I

I

FADE

“%- ‘Ezks’rch)

1

_l:

—.

&hATION

-15-

TUNER
OPERATION

.

.

“, ..

.......

......

:..’.

.:, ,

.-

●

CD PLAYER’S SERVICE MODE

a. THE DISPLAY WHEN THE KEY SWITCH HAS BEEN F%EESSED

(1)

(2)

(3)

(4)

(5)

(6)

Turn the POWER switch to “ ON. “
Switch the unit to the service mode by pressing “%kre
tuner’s” MEMORY” key within one second afmsw
pressing the CD player’s “ MEMORY” key and ftkaa
tuner’s” BAND “ key simultaneously.
When the tuner’s” BAND “ key is pressed, the Uf2D
reads” REC “to indicate that the key input has be?em
registered.
When the tuner’s” MEMORY” key is pressed, @we
LCD, in addition to “ REC “ described in (3) ab~,
also reads” TIMER”.
Thus, as shown in the table below, the characters
and symbols displayed on the LCD increase as lb
corresponding keys are pressed.
To cancel the service mode, press the “ FM/TUP$fE
MODE “ key .

I

KEY BUTTION

I

LCD INDICATED

1

KEY BUTTON

I

LCD INDICATED

(TUNFRI lcn~

I

BAND

REC

MEMORY PROG.

MEMORY

TIMER

REPEAT

FNVTUNEMODE

REPEAT

[To cancel the

PLAYIPAUSE

D

service mode)

TUNING ‘ UP 8 SLEEP

9TllP

TUNING “ DOWN “ CONT

PRESET“ UP w SIDE

A

++

PRESa wDOWN “ SIDE B

(CD) DISC SK

RANDOM PLAY ‘“-

pANnC)M Enlr

INTRO SCAN

INTRO I

I

C)NF

----

1

----

➤>

DISC

I

TRACK

I

I

(IP

I

ALL .,,

I

I rnlr I

.“ . .. -----

I

--, .

I

--, .

I

I 1

I

.——

(DISC”SELECT)

(PROG-tiM)

I

(FUNCTION)

(PROGRAM)

--

TUNER ii

3

3 TAPE

15

4

4

VIDEO

➤

5 5

-._.

-. .-.

b. CHECKING THE MOUNTING OF THE LCD’S PRINTED CIRCUIT BOARD

(1) Turn the POWER switch to “ ON ‘.

(2) Switch the unit to the service mode by pressing the

CD pjayer’s” REPEAT” key within one second after

.-

pressing the CD player’s “ MEMORY “ key and the

tuner’s “ BAND “ key simultaneously.

COMPUTEITflEC,

WIOECLOCI(INTROtiDOM OFFSIOEA

(3) Confirm that one segment of the LCD comes on

SLEEP‘–/-///~/, /-/ /~/ ~~lz 5//-/ /-/./-/ III ~~ZS~~EI

WAKE UP

each time the CD player’s “ REPEAT “ key is

LEVEL/l/@Jk/:/ Is/ LWAM-I1;1Iil:lil /2/ MI PM

TIMER

RECDISC ST TRACK AUTO MONO FAOE TIME EOIT

pressed.

D

(4) To cancel the service mode, press the” FM/TUNE

EjEEi123456789101112131415~i%EiLCONT

MODE” key.

-16-

.+

v

D PLAYER’S SERVICE MODE

TEST D[X

CHECKING

(1)

(2)
(3)

(4)

(5)
(6)

(7)

(8)

THE CD PLAYER’S OPERATIONS WITH THE

LCD’S

Set the CD player to disc table “ 1 “.
Press disc select key * 1 a.

Preparations for setting the unit to the” PLAY “ sta­tus are now complete.
To check the operation mode, switch to the service
mode.
Turn the POWER switch to “ ON “.
Switch the unit to the service mode by pressing the
CD player’s “ STOP “ key within one second after

pressing the CD player’s “ MEMORY “ key and the
tuner’s “

BAND “ key simultaneously.
The numbers (O through 5) that appear in the LCD’s
“ DISC NO, “ indicate whether the CD player is oper-

ating correctly or not,

[f a malfunction exists, refer to the table below to

de-

termine the nature of the malfunction.

NUMBER DISPLAY

DISC NO.

1

l-- \

.—— .

—

—

awurw

1

WUH(I(XX

IN HIO llANIXIM WI” SIOE A

SEEP

~M~ ,,,,-/-/ /:/ /:/ /:/ VW’ ~ _/ /:/ /:/”/:/ /:/ fllsyfio

I L~v~L

I_I/_/ [_/ /_/ ,,WAM/ /_/ /’_/:/’_/ /_/ Mll, IIM I

IIMIW IICC IIIS(; S1 [11A(:I( A(I ((l MONfJ F~ Tlw11)1[

L

D

-J

mlz3456? 8g1011121a 1415 F%T~[LCONT

—

— —

I

LCD

DISC NO.

I

CD ERROR MESSAGE

1

I o I No malfunction I

1 The pickup’s laser was not focused properly during a focus search.

2 The sub-code could not be read when the disc began spinning.
3 The TOC (table of contents) could not be read.

t

4 I The focus was lost when the servo was on (e.g. ~during playing). ... .

5 I The sub-code could not be read when the servo was on. (e.g., during playing).

“ TRACK NO. “in

the LCD indicated how far the CD

player’s operations have progressed.

LCD

TRACK NO.

CD OPERATION

-. ....

..

00 FOCUS SEARCH START

,

01 i FOCUS SEARCH START I

02 The ufit iswaiting for the pickup’s laser to focus during a focus search.

03

Focusing of the pickup’s laser during a focus-search%as been completed.
04 The kick when the spindle motor begins rotating.
05 CLT (Constant liner velocity)

and Tracking “ ON-”

06 CLT and Tracking “ ON “

o- FOCUS SEARCH END

30 I Brakina of the sDindle motor is beraun. I

..-.

,.’

4

40

➤> (FWD, SKlp/SEARCH)

41

+< (REVERSE, SKip/SEARCH)

50 PLAY
51

PLAY

52

PLAY (music skip)

... ,’.

‘.. .

-17-

.-

●

CD PLAYER’S SERVICE MODE

LCD

TRACK NO.

CD OPERATION

60 Reading of the TOC (table of contents) is begun.
61 Reading of the TOC is in progress.
62 Reading of the TOC is in progress.

6-

Reading of the TOC is in completed.

85 Pausing is begun.
86

Pause

I

I

90 I A CD track is accessed.

9’9

I
I A CD track is accessed.

9A A CD track is accessed. (final stages)

9–

A CD track is accessed. (final stages)

AO CD mechanism moves down
A2 The turn table besrins s~inning.
A7 The turn table sp-~s at low W-eed.
A8 CD mechanism moves up
A9 CD mechanism chucking

,

t

A–

I Chucking of the CD mechanism is completed.

1

(9) To cancel the service mode, press the” FM/TUNE

(lo)

MODE “ key.

..-

Turn the POWER switch to “ OFF”

., ..-

..——__

d. HOW TO ADJUST THE CD PLAYER’S TRACKING BALANCE IN T {E SERVICE MODE

.

Refer to pages 21 and 22 for instructions on adjusting

without using the service mode.

. Adjustment is easier in the service mode because it is not

necessary to repeatedly press the FORWARD SEARCH
button.

. ...

-. .-.

(1)

(2)

(3)

(4)
(5)

(6)

(7)

.-

..

‘.’.

t

I

Connect an oscilloscope to TP103 (TE).
Switch the unit to the service mode by pressing the
CD player’s” PLAY/PAUSE k key within-one second
after pressing the CD player’s” MEMORY” key and
the tuner’s” BAND” key simultaneously.
Program numbers” 1 ‘and m 15 “on the LCD come

on, and the unit enters the service mode for adjust-

ing the tracking blance.
Play the test disc.
Using an oscilloscope to measure signal TP103

(T.E.), adjust SVR 11 so that a vertically symmetrical
wave-form for the OV level is obtained.
if the wave-form is

not vertically symmetrical 4ilce

the one shown in the illustration, press the CD
player’s” MEMORY “ key to adjust SVR11.

Press the stop button.

-18–

CD MAIN F?C.B

... .. - .

E

TPIOl(RF)

TPI02(FE)
TP103(TE)
TPIW(GND)

a
SVR1l

TP103 O

(+)

I SCOPE I

TP104 O

(-)

I

TP103

Ov

(TE)

ii

.-

*

1 PLAYER ADJUSTMEIUTS

(a)

●

●

●

(b)

Replacement of the pickup

solder for

Note that the mechanism of the CD player is very

short-circuiting

delicate.

the patterns

When handling the pick-sap. take care not to exert ex­cessive force, and particular care should be taken

t

not to touch the lens or tEwedrive circuit’s printed* ir-

U

w

cuit board pattern.
In order to prevent da-e by stati

ing shipment, the indic-d pattern

P.C. Board are short-circdted by so
After the pick-up replacement, rem
that is short-circuiting the patterns

Replacement and Iubric*n of the CD mechanism

I

(BE SURE, AT THIS TIM=, NOT TO

POWER GEAR

I

,...L<=

MIDOLE GEAR

EM-SOL

+1

w

SLED MOTOR “ -

-. .

Iote:

M-50 .“””.”.”.””””.”

MOLYKOT& EM-50L

G-7

............... SANGREASE, SG-7

149p

............... FLOIL OIL, 949P

TOUCH ANY OTHER PART. )

( SHORT)

u

4J!3

=%@E

(OPEN)

-19-

,. .-..

-...,..

...

.’. .

.,:

i

.. :

CD PLAYER ADJUSTMENTS

(c)

Replacement and lubrication of the CD changer

CAM PULLEY

After Insert gear [ever and special washer, apply
MC-grease EMSOL to 113 length portion of shaft

WASHER

w

-.

EMSOL

—~

MOVINGLEVER

VIEW-A

I

I

After insert gear lever to shaft,

Lever in set under the ribs

P

&

J -“”

—.

-..

id ? ILLAI -–_

J&-=-k

-----

GEAR, DISC TABLE

EM50L—

. .

CHASSIS, SHAFT

~LY&kft7

q>

@

0°0

--& .0

-.

1

t);

8.95 tO.1 mm

DISC TABLE

MOTOR.

–20–

ii

..

#

D

PLAYER ADJUSTMENTS

PREPARATION FOR ADJUSTMENTS

1)

Measuring instruments, tools and filter

) Test disc :

F30L-50146 (Poly Gram) etc.

!)

Oscilloscope : SS5711 (1 O MHz or dual phenomen­on) or,

Memory scope : DSS6521 (Storagescope)

I) AC voltmeter (–80dBt input impedance 1MQ or

more)
H AF-oscillator (400Hz, 500mV RMS)
;)

Screwdrivers (non-metalic) for adjustments.
j)

Band pass filter

. PARTS LOCATION

-----

.....

COMAIN PC.B

IF

TP101(RF)
TP102(FE)
TP103(1E)
TP1043ND)

-$&

IOTE: 1. All measurements are referred toTP104 (GND).

2. Adjust SVR11 is initial setting position, as shown in the illustration.

.

.-. .— -

:. ADJUSTMENTS

Adjustment

Test

Measuring

Input

output -

- Adjustment

Adjustment

Item

disc instrument

connection

connection

location

value

(a) Tracking

TP103 (TE)

Waveform

balance

Oscilloscope

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

TP104 (GND)

SVR11

symmetrical

adjustment

F30L-

referred to OV.

(b) Checking the

50146

Memory scope

IC101 @ (H),

TP102 (FE) .... ......... ..

500m Vp-p * 3dB

focus gain

Oscilloscope

TP104 (GND)

TP104 (GND)

(c) Checing the

Oscillator
Band pass

IC101 @ (H),

TP102 (TE)

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

500m Vp-p * 3dB

tracking gain

filter

TP104 (GND)

TP104 (GND)

(d) Checking the

TP101 (RF)

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

Oscilloscope

....... ........ “ Eye n pattern.

eye pattern

TP104 (GND)

... .

-21–

i

.-

8

CD PLAYER ADJUSTMENTS

(a)
(1)

(2)

(3)

(4)

(b)

(1)

(2)
(3)

,.

(4)

(c)
(1)

(2)

(3)

(4)

(d)

—

Tracking balance adjustment

Connect an oscilloscope to TP103 (TE).
Play the test disc.
Push the FORWARD SEARCH button.
Keep the button pushed and adjust SVR 11 (T.
Balance) until the track-jump TE-waves on Tpl 03 are
symmetrical referred to OV.

Checking the Focus gain

Connect an oscilloscope via the band-pass filter to
TP102 (FE).

Play the test disc.

Connect an AF-oscillator via a 120k ohm resistor to

pin 24 of IC1OI.

Frequency = 400Hz, amplitude = 500

mV RMS.
Check the average 400 Hz FE-signal amplitude on
TP1 02, measured through the band-pass filter, is

500m Vp-p * 3dB.

Checking the Tracking gain

Connect an oscilloscope via the band-pass filter to
TP103 (TE).
Play the test disc.
Connect an AF-oscillator via a 47K ohm resistor to

pin 140flC101.

Frequency = 400Hz, amplitude = 500 mV

RMS.

Check the average 400 Hz TE-signal amplitude on
TP1 03, measured through the band-pass filter, is
500m Vp-p &

3dB.

-.....

Checking the eye pattern
The adjustments (a)-(c) complete the adjustments of
the CD player.

Next, check the eye pattern wavetorm.

TP103

(+)

o

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T

Measuring

Test

Output connection

instrument

disc

“ Eye “ pattern

point

● Check to be sure that the” eye U pat-

Oscilloscope

F30L-

TP101 ((RF)

tern is at the center of the waveform

50146 TP104 (GND)

and that the diamond shapeis clear­ly defined.

,,.

,...

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....

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PARTS LIST

,,,

IEF.NO,

PART NO. DESCRIPTION

CN254 614 244 1596 QSSY, CONNECTOR-S ,4 P, CN252/CN242

CONNECTOR

●

CN255

414035 4?28 SOCKET,3P,IR P.C.B.

CN503 6142440155

SOCKETr9P.CN603/CN718 CONNECTOR

CN504

614 211 3202

SOCKET,5P)CN604 /CN717 CONNECTOR

CN505

614211 3233

SOCKET,5P,CN605/CN701 CONNECTOR

CN506

614 2440148 SOCKET,6P,CN606/CN702 CONNECTOR

CN507

614211 2991 SOCKETs2P,CN607 /CN703 CONNECTOR

CN601

61.42402450

PLUG,13P,, C0 CONTROL P. C. B.,

(CN109)

CN602

6142269978

PLUG, 10P,COMICROPROtESSOR
P.C.B., (CN108)

CN603

614 0206616 SOCKET,9P,0ECKP.C.B.

CN604

614 0206579

SOCKET,5P,0ECKP.C.B.

CN605

6140206579 SOCKET,5P,POWERAMP.P.C.B.

CN606

6140206586 SOCKET>6P,POWERAMP.P.C.B.

CN607

6140201222 SOCKET,3P,POWERAMP.P.C.B.

CN608

6140354973 SOCKET.8P,SWITCHP.C.B.

(BASSXPANOER/DUBBINGSPEEO”BEAT

OR

CANCEL/OOLBYNR)

02501

4070079904

DIODEGMAO1
OR 407012 440A OIODE1SS133
OR

4070125809 OIODE1SS176

02502

4070054505

OIOOEDS442X

02503

4070079904

OIOOEGMAO1(02503,02504)
OR

4070124406

OIODE1SS133
OR

4070125809

OIODE1SS176
04402

4070369203

LEO SLP-138C-51-B,FUNCTION.CD
04403

4070369203

LEO SLP-138C-51-BrFUNCTIONrTUNER
04404

4070369203

LECISLP-138C-51-B,FUNCTION,TAPE
04405

4070369203

LEOSLP-138C-51-B,FUNCTION,VIDEO
04411

4070395905

LED SLP-738F;51-B,

VOLUMEPOSITION,LEVEL1
D4412

4070395905

LED SLP-738F-51-B.

VOLUMEPOSITION,LEVEL2

04413

4070395905

LEO SLP-738F-51-B,

VOLUMEPOSITION,LEVEL3

D4414 4070395905

LEDSLP-738F-51-B,

VOLUMEPOSITION,LEVEL4
D4415

4070395905

LEOSLP-738F-51-B,

VOLUMEPOSITION,LEVEL5
D4’420

4070054505

DIODE0S442X
OR

4070137109

OIODE1S2473
D4421

4070079904

DIODEGMA01(D4421,D4422)
OR

4070124406

CiIODE1ss133
D4430

4070079904 DIOOEGMA01(04430,D4431)

OR

4070124406

DIOOE1SS133
D4433 4070079904 dIOOEGMAO1
OR 4070124406

OIOOE1SS133
04440

4070054505

OIODEDS442~
OR

4070137109

OIOOE 1S2473
D4490

4070079904

DIOOEGMhOl
OR 4070124406 DIOOE1SS133
IC251 4101461203

IC UPD75306GF-225-3B9
IC501

4090039308

Ic BU4051B
IC502

4090530409

XC TC9153AP
IC503

409IJ184909

IC LA6458S
IC601

4090039308

Ic BU4051B
1C900

4090399204

IC NJM78L05A
IC901

4090200906

Ic LB1403N
L2501

6140284256

FILTER
PL251 6140459661 LAMP,12V,70MA
PL252

6140459661 LAMP,12V,70MA
Q4401 405011 8609 TR 2SC1740S-S(Q4401,Q4402)
Q441O

4050002205 TR DTA144ES(Q441O-Q4412)
Q4413 4050006104 TR DTC144ES(Q4413-Q4415)
Q4417

405011 8609 TR 2SC1740S-S
Q4418

4050006104

TR DTC144ES

?EF,NO,

PART NO,

DESCRIPTION

Q4419 405011 8609

TR 2SC1740S-S

Q4420 4050003103

TR DTC114ES(Q4420,Q4421)

Q4422

405011 8609

TR 2SC1740S-S

Q4501 405011 8609

TR 2SC1740S-S(Q4501.04502)

Q4601 405011 8609 TR 2SC1740S-S(Q4601tQ4602)

S2501

6142205655 SWITCH,TACTtBAND

S2502 6142205655

SWITCH,TACT,TUNERMEMORY

S2503

6142205655 SWITCHtTACT,FM/TUNEMODE

S2504 6142205655

SWITCH,TACT.TUNING,UP

S2505

6142205655

SWITCH,TACT,TUNING,DOWN

S2506

6142205655 SWITCH,TACT,PRESET,UP

S2507 614220 S655

SWITCH.TACT,PRESET,DOWN

S2508 6142205655

SWITCH,TACTsPLAY/PAUSE,CD

S2509 6142205655

SWITCH*TACT,STOP,CO

S251O

6142205655

SWITCH,TACT,REW.CD

S2511

6142205655 SWITCH.TACT,FWD,CO

S2512

6142205655 SWITCH,TACT.DISCSKIP

S2513

614220 S655 SWITCH,TACT,REPEAT,CO

S2514

6142205655 SWITCHtTACT,MEMORY,CD

S2515

6142205655 SWITCH,TACT,RANDOMPLAY,CD

S2516

6142205655

SWITCH)TACT,INTROSCAN,CD

S2517 6142205655

SWITCH,TACT.EOIT,CD

S2518

6142205655

SWITCH,TACTrFADEtCO

S4402

6142205655

SWITCH,TACT,FUNCTION,CD

S4403

6142205655 SWITC”,TACT,FUNCTION,TUNER

S4404

6142205655 SWITCH.TACT,FUNCTION,TAPE

S4405

6142205655 SWITCH,TACT,FUNCTION,VIDEO

S4406

6142205655 SWITCH.TACT,VOLUME,UP

S4407

6142205655 SWITCii,TACTtVOLUMErDOWN

VR501 614221 4756

VR,SLIilErGRAPHICEQUAL12ER,IOOHZ

VR502

614221 4756 VR.SLIDE,GRAPHICEQUALIZER,lKHZ

VR503 614221 4756

VR,SLIDE,GRAPHICEQUALIZER,1OKHZ

VR601 614221 4756

VR,SLIGE,GRAPHICEQUALIZER,1OOHZ

VR602 614221 4756

VR,SLI!IE,GRAPHICEQUALIZERtlKHZ
VR603 614221 4756 VR,SLIX,GRAPHICEQUALIZER,1OKHZ
VR900 6142393871 VR,SLIDE,BALANCE,CONTROL
X2501

6142155561 RESONATOR,CERAMIC,4.19MHZ

KSXPANDER/DUBBINGSPEED.BEATCAliCEL/D~LBYNRWITCH P.C.BDARD
tEF.NO. PART ND.

DESCRIPTION

83 6142457726

ASSY,FCBtBASSXPANOER/DUBBING
SPEED.S&lTCANCEL/OOLBYNR SWITCH

CN610

6140354973 SOCKET,8P*FRONTP$C.B.(CN608)

S441O 6142408759

SWITCH.PUSH,DUBBINGSPEEO.BEAT
CANCEL/DOLBYNR

S44JI

6142408742 SWITCH,PUSH,BASSXPANDER

:GUL)ITURP.C.BUARD ASSY
?EF.NO. PART NO.

DESCRIPTION

84

6142457757

ASSY.F:B.REGULATOR

CN51O

6142439562 ASSY,CCNNECTOR-S,3P,PDklERAMP.

P.C.B.tCN620/CN720,CONNECTOR

CN620

6140201222 SOCKET,3P,POWERAMP.P.C.B.(CN720)

IC950 A409001 7603

IC AN7812F

OR

A409 0782402 Ic L7812ML

OR

A409 1226202 IC NJK7812FA

OR

A409 1682107

IC UPC7812HF

PWERAHP. P.C.B~ARDASSY

REF.NO.

PART NO.

DESCRIPTION

85 614 2457573

ASSYeFCfl,POWERAMP

6142037362

HEAT$INK,IC951MTG,

-28

!EF.NO.

C761
C762
C861
C.862
CN701
CN702
CN703
CN704
CN707
CN708
CN709

CN720
0951
OR

09s9
OR

0960

OR
0962

OR
1C750
IC951
OR
OR
OR
Q750

OR
OR
OR

PART NO.

4110216405
4030658002

4030658002

4030658002
4030658002
6140172126
6140172133
6140172102
614020 1246
614224 9864
6142180068
614020 1239

6140172102
A407 0049105
A407 0123300

4070054505

4070137109

4070124406

4070079904

4070054505

4070137109
A409 2967500
A409 0017603
A409 0782402

A409 1226202
/jJ4091682107

4050122002

405011 8609

4050179709
4050207204

DESCRIPTION

SCR S-TPGBIN 3X8MM,IC951MTG.
MT-PLLYESTO.lUJ 63V
MT-PLLYESTO.lUJ 63U
MT-PLLYESTO.lUJ 63U
MT-PLLYESTO.lUJ 63V
PLUG,5P,FRONTP.C.B,,(CN605)
PLUG,6P,FRONTP.C.B.,(CN606)
PLUG,3P,FRONTP.C.B.,(CN607) ‘
SOCKET,5P,PHONESSOCKETP.C.B.
SOCKET.UIDEO
TERMINAL,SPEOKER
SOCKET,4P,POWERTRANSFORMER,
SECONDIIRY
PLUG,3P,REGULATOR,P.C.B.(CN620)
OIODEDSFIOC(09S1+0958,PAIRUSE)
OIODE1SR35-200A
OIODEOS442X
DIODE1S2473
OIODE1SS133(0960,0961)
DIODEGMAO1
OIOOEOS442X

DIOOE1S2473
LA4280+
IC AN7812F
IC L7812ML
IC NJM7812FA
IC UPC7812HF
TR 2SC1815-GR

(Q750,Q850,Q950,Q951,PAIRUSE)
TR 2SC1740S-S
TR 2SC3330-U
TR 2SC945&K

PWERSIIIITCHP.C.BGAl?DASSY

1

t

REF.NO. PART NO.

86 6142457597

6140176964
614 2084540

C972

A404 0001607

OR

A404 0333302

OR

A404 0333401

S901

A614 0188967

Pil’lERTR(

[

REF.NO.

87

C971
CN709
CN71O

CN721
R940

DESCRIPTION

ASSY.PCB,POWERSWITCH
TERMINALBOARO
FUSEHOLOER
CERAMICO.OIUF 400V
CERAMICO.OIUM ­CERAMICO.OIUZ ­SWITCH,POWER

SFDRHER)$ECGNDAF

PART NO.

6142457634

614051 9808
4030573800
614020 1246

614 0206555

614 2269213

A402 0451507

P.C.BGARDASSY

DESCRIPTION

ASSY,PCB,POWERTRANSFORMER,
SECONDARY
LUG.GROUND
POLYESTER0.lUM 50V
SOCKET,5P,POWERAMP.P.C.B.
SOCKET,3P,CDCONTROLP.C.B.
(CN107)
SOCKET,3P.CN710/CNl07 CONNECTOR
RESISTOR0.47J-lW

PHWESSOCf(ET

P.C.MMRDASSY

REF.NOo

PART NO.

DESCRIPTION

88 6142457658

ASSY,PCB,PHONES

CN704

614 0201246

SOCKET,5P,POWERAMP.P.C.B. .

CN712

614 0351712 SOCKET,PHONES

,,

‘CKP.C

‘EF.NO.

89

C985
CNOO1
CNO02
CNO05
CNO06
CNO07
CNO08

cioo9
CNO1O
CN717
CN718
0001
OR
Odl5
OR
0016
OR
0099

OR
0501

OR

0601
OR
Icool
OR
OR
IC501
It!502
IC521
IC551
L501
L502
OR
L511
L512
L601
L602
OR
L611
L612
L981
QOO1
OR
QO03
OR
OR
QO04
OR
QO05
OR
OR
QO06
OR
QO08
OR
OR
Q501
OR
OR
Q504
OR
OR
Q601
OR
OR

-29-

iAROAssY

PART NO.

6142444511

16141306926

403081 1209
6140172102
6140172133
6140164084
6140208849
6140206562
6140206548

6142230329

614 2230336
6140172126
6140172164
4070079904
4070124406
4070054505
4070137109
4070079904
4070124406
4070079904
4070124406
4070079904
4070124406
4070079904
407 0124406
4090209107
409051 3907
4090593206
409 1218702
409 1458405
4090168701
409 1199803
614 02V3807
6140278545
6142103685
6142028865
6140293142
614 0293807
614 0278545
6142103685
6142028865
6140293142
6142120804
405001 7001
4050052002
405011 8609
4050122002
4050207204
405001 7001
4050052002
405011 8609
4050122002
4050207204
4050127403
405013 1301
405011 8609
4050122002

4050207204
405 0118609
4050122002

4050207204

405011 8609
405 0122002
405 0207204
405011 8609

4050122002

4050207204

DESCRIPTION

ASSY,PCB,OECK
TUBE,20X2MM,R981MTG.
POLYPROO.018UJ 10OV
PLUG,3P,TAPESELECTSWITCH
PLUG,6P.TAPEMECHANISMSWITCHES
PLUG,2P,HIGHSPEEOTEST
SOCKET,3P,TAPEOUT
SOCKET?4P?MOTOR
SOCKET,2P,STOPSWITCHP.C.B.

(CN058)
f$SY,CONNECTOR-S,4P-TAPE“A” HEAD
AS\Y,CONNECTOR-S,7P,TAPE“B” HEAO
PL~G,5P,FRONTP.C.B.(CN604)
PLUG,9P,FRONTP.C.B.(CN603)
OIOOEGMAO1(0001-0014,PAIRUSE)
OIOOE 1SS133

OIOOE0S442X

OIOOE 1S2473,
DIODEGMAO1(0016-0019PAIRUSE)

OIOCIE1SS133

OIOOEGMAO1

OIODE1SS133

OIOOEGMAO1(D501.0502)

OIODE 1SS133

OIOOEGMAO1(0601,0602)

OIODE 1SS133

IC LC4069UB

IC TC4069UBPJ

IC UP04069UBC

IC LA3246

If UPC1330HA

IC LA3220

IC CXA1101P

MX COIL

CHOKE

INoucToRrFERITE,3.3MHz

FILTER?6.8MHZ

MX COIL,85KHZ

MX COIL

CHOKE

INOUCTOR)FERITEs3.3tlHZ

FILTER,6.8MHZ

MX COILr8.5KHZ

TRANSFORMER,OSC

TR 2SA1015-GR(QOO1,QO02)

TR 2SA733-P

TR 2SC1740S-S

TR 2SC1815-GR

TR 2SC945A-K

TR 2SA1015-GR

TR 2SA733-P

TR 2SC1740S-S

TR 2SC1815-GR

TR 2SC945A-K

TR 2SC2001-K

TR 2SC2120-Y

TR 2SC1740S-S(QO08-QO1O)

TR 2SC1815-GR

TR 2SC945A-K

TR 2SC1740S-S(Q501,Q502)

TR 2SC1815-GR

0

TR 2SC945A-K

TR 2SC1740S-S(Q504-Q51O.PAIRUSE)

TR 2SC1815-GR

TR 2SC945A-K

TR 2SC1740S-S(Q601.Q602)

TR 2SC1815-GR

TR 2SC945A-K

PARTS LIST

...

,,’

.....

REF.NO.

Q604

OR
OR
Q981
OR
Q982
OR
OR
Q983
OR
Q984
OR
OR
Q985
SUROO1
SVR501

SUR504
SUR601

SUR604

PART NO.

405011 8609
4050122002
4050207204
4050122002
4050207204
405011 8609
4050122002
4050207204
4050122002
4050207204
405011 8609
405 0122002
4050207204
405011 1907
614 2041871
614 0036183

6140036237
6140036183

6140036237

DESCRIPTION

TR 2SC1740S-S(Q604-Q609,PAIRUSE)
TR 2SC1815-GR
TR 2SC945A-K
TR 2SC1815-GR
TR 2SC945A-K
TR 2SCI740S-S

t

TR 2SC1815-GR
TR 2SC945A-K
TR 2SC1815-GR
TR 2SC945A-K

I

TR 2SC1740S-S

i

TR 2SC1815-GR
TR 2SC945fi-K
TR 2SC1627-Y
SEMI-FIXEORESISTOR,2KOHM
SEMI-FIXEORESISTOR,

j

(SUR501+SUR503)
SEMI-FIXEORESISTOR
SEMI-FIXEORESISTOR,
(SVR601--SVR6O3)
SEMI-FIXEORESISTOR

STUPSMITCHP.C.BGARDASSY

I

REF.NO.\ PART NO. I

DESCRIPTION

I

1 I

90

614 2446676 ASSY,PCB.STOPSWITCH

CN058 6140206548

SOCKET,2P,DECKP.C.B.(CNO08)

S008

6142037911 SWITCH,STOP

) MAIN

LEF.NO.

91
CN101
CNI02
CN103

CN104
CN1OS
CN106
IC101
IC102

IC104
IC105
1C106

OR

Q1101

Q1102

Q1501
R1101

R1102
RI104
R1105
R1106
R1109
Rllll
R1112

R1114
R1115
R1116
R1117

R1119
R1121

R1122

R1124

:.BGARDASSY

PART NO.

6142408469
6140173840
6140173871
6140173857

6140173925
6140172591
6140172553
4092454802

h409 2470000

4092488708

409262 1709
409241 5506
409 1927109
4050020308

4050144509

4050144509
4010375400

4010369607
4010379309
4010383702

4010380800

4010375608
4010380701

4010375707

4010383603

4010380701

4010383702

4010385409

4010376902

4010386505

4010380800

4010376704

,,,

,.

DESCRIPTION

ASS(,PCB,COMAIN
PLUG.5P,PICKUPSENSOR
PLUG.8P,PICKUPACTUATOR
PLUG,6P,SLED/SPINOLEMOTOR&
LIMITSWITCH
PLUG.13P,C0CONTROLP.C.B.(CN106)
PLUG,8P,CDCONTROLP.C.B.(CN112)
PLUG,4P,TEST POINT
IC LA921OM
IC LA6524
IC LC7866E
IC LC7883KM
XC XRO15218F
IC BA15218F
TR 2SA1037K-R,LASERDRV
TR 2SC2412K-R
TR 2SC2412K-R,OACVREFREG
MT-GLAZElK JA l/10W
MT-GLAZE56 JA l/8W(Rl102,R1103)
MT-GLAZE

18K JO l/10W
MT-GLAZE 33K JA l/10W
tlT-GLAZE 22K JA l/10W
MT-GLAZE 10K JA

l/10W
MT-GLAZE2.2KJA l/10W
MT-GLAZElOOK JA l/10W
MT-GLAZE3.3KJA l/10W
MT-GLAZE2.2K JA l/10W
MT-GLAZE33K JA l/10W
MT-GLAZE390KJA l/10W

(R1117,R1118) ‘
MT-GLAZE120KJA l/10W
MT-GLAZE47K JA l/10W
MT-GLAZE22K JA l/10W
tlT-GLf)ZE1.2KJfll/10W

-30-

?EF.NO.

R1125
R1126
R1127
R1128
R1131
RI132
R1133
R1134
R1135
R1136
R1138

R1140
R1141
R1142

R1144
R1145
R1146
R1147
R1201

R1204
R1401
R1402
R1403
R1405

R1407
R1408
R1501
R1502
R1503
R1504
R1505
R1901

R1951

SVR11
X1401

) CtiNTR
REF. NO.

92

OR

C1301
CN106
CN107

CN108
CN109
CN11O

CN1ll
CN112
01601

OR
01605

OR
D1606
OR

IC103

IC107

PART NO.

4010383603

4010375608
4010389902
4010361908
4010380800

4010387908
4010379408
4010382309
4010386406
4010376902
4010375707

401 156;505
4010375608
4010375707

4010380701
4010383603
4010386406

4010389308
4010385508

4010375103

4010375202
4010375806

4010380909

4010386604

4010355204

401038i0602

40103813702
4010389407

4010387601

4010369904

4010354603

4010375004

4010354108

614223 1906

6142312667

P.C.BCiARDASSY

PART NO.

6142457719

A614 1216829
~614 1215891

411021 6405

403 1969602

6140173925

6140172102

6142270011

6142402467

6140354911

6140173857

6140173871

A407 0049105

A407 0123300

4070079904

4070124406

4070054505

4070137109

410 1499909

~409 1894203

DESCRIPTION

MT-GLAZE3.3K JA l/10W
MT-GLAZE10KJA l/10W
MT-GLAZE750KJA 1/1OW
MT-GLAZE220KJA l/8W
MT-GLAZE22KJA l/10W
MT-GLAZE560K JA l/10W
MT-GLAZE180KJA l/10W
MT-GLAZE270K JA l/10W
MT-GLAZE4.7K JA l/10W
MT-GLAZE120KJA l/10W
MT-GLAZElOOKJA l/10W

(R1138,R1139)
MT-’GLAZE6.8MJA l/10W
MT-GLAZE10KJA l/10W

HTJGL~ZE 100K Jfi l/1 OW

(R1142,R1143)
MT-GLAZE2.2KJA l/10W
MT”GLAZE3.3KJA l/10W
MT-GLAZE4.7K JA l/10W
MT-GLAZE68KJA l/10W
MT-GLOZE4.7 JA l/iOW

(R1201,R1203)
MT-GLOZE10 JA l/10W
MT-GLAZE100 JA l/10W
MT-GLAZElM JA l/10W
MT-GLAZE220KJA l/10W
MT-GLAZE470KJA l/10W

(R’1405,R1406)
MT-GLOZE10KJA l/8W
MT-GLAZE220JA l/10W
MT-GLA2E33KJA l/10W
MT-GLAZE680KJA l/10W
MT-GLAZE560JA l/10W
MT-GLAZE560JA l/8W
MT-GLAZE100JA l/8W
MT-GLAZE0.000ZA l/10W

(R1901,R1902)
MT-GLAZE0.000ZA l/8W

(R1951-R1988)
POTENTIOMETER}10KOHM
RESONATOR.16.93MHZ

DESCRIPTION

ASSY,PCB,COCONTROL
HEATSINK,IC107MTG.
HEATSINK,IC107MTG.

SCR S-TPGBIN 3X8MM,IC107MTG.
OL-ELECT0.047FZ 5.5V,BACKUP
PLUGt13P,C0MAIN P.C.B.(CN104)

PLUG,3P,POWERTRANSFORMER,

SECONC)ARY(CN710)

SOCKET,10P,FRONTP.C.B.(CN602)

SOCKET,13P.FRONTP.C.B.(CN601)

SOCKET,2P,RESETP.C.B.(CN113)

PLUG.6P,01SCTABLEMOTOR(CNO03)

PLUG,8P,POWERSUPPLY(CN105)

OIOOEOSF1OC

d

(01601-01604,PAIR USE)
OIOOE 1SR35-200A
DIODEGMAO1
OIODE 1SS133
OIODEDS442X
OIODE1S2473

IC UP075112GF-751-3BE
IC M5278005

i

PARTS LIST

REF.NO.

IC107
OR
IC108
IC121
ICP11
ICP12
Qllll
Q1112
Q1311
Q1312
Q1321
Q1502
OR
R1621
R1622
X1301
OR

PART NO.

A409 1677804
A409078 1$00
A409040 1105

m409 0185500

h614 2052914
A614 2052914

405006 1806
4050004407
405006 1806
405011 8609
4050004407
4050336805

405021 0600
A402 0605306
A402 0605306

6142155523

6142155561

DESCRIPTION

IC NJN78M05FA
IC L7805tlL
Ic NJM79L05A
IC LI3651O
IC PROTECTOR lCP-N25
IC PROTECTOR ICP-N25
TR 2Sfi933S-R
TR 0TC124ES(Q1112, Q1113)
TR 2SA933S-R
TR 2SC1740S-S(01312, Q13J3)
TR 0TC124ES(Q1321, Q1322)
TR 2S01468S-S(01502, Q1503)
TR 2SO1O12-G-SPA
RESISTOR

1 J-1/2W
RESISTOR1 J-1/2W
RESON4TOR,CERAI-!IC,4.19MHZ
RESONATOR,CERAMIC,4.19MHZ

IR,REMCNECONTROLSEHS6RP.C.BtiARDASSY

1

F

REF.NO.

93
CN256
02600

PART NO.

6142457753
614035 4?28
407 1521533

OESC?IPTION

(+SSY>PCB,IR,REI<3TECONTROLSENSOR

SOCKET,3P,FRONTP.C.B.(CN255)
PHOTOOIOOESPS-422-1

RESETSHITCHP.C.BiiARDASSY

REF.NO. PART NO. OESC?IPTION

94 6142457740 ASSY.PCB,RESET
CN113

6140354911 SOC~ET,2P,CD CC!ITROLP.C.B.

(CN110)

S1301 614 2218527 SWITCH,TACT,RE;ET,ALLCLEAR

DISCSELI

r

REF.NO.

95
S2519
S2520
S2521
S2522
S2523

T SIIITCH

PART NO.

614 245 7764
4142205655
6142205655
614 2205655
6142205655
6142205655

OESC?IPTION

ASSY.PCB,OISCSELECTSWITCH
SWITCH,TACT,DISCSELECT1
SWITCHrTACT,OISCSELECT2
SWITCH,TACT,OISCSELECT3
SWITCH,TACT,OISCSELECT4
SWITCH,TACT,OISCSELECT5

I

t
\

-31-

EXPLODED VIEW (TAPE MECHANISM)

,,

,.

,,

.,

106–tiv–lo3A

d

‘07A-&’<_104

lo8A-

J

109A :sl~:b

1’

\Jj$F%lo

i 12~~ ‘

liA

we’.ll3

lTIA

,,1

“8-mT-”5‘ “8-

-115

17n-asl> - I I 12(1-+=$+ I I

164~15,$i#y8 Jii?$&?f-1>174 f&$-159

.“...

160

t!)

161-~

-6iiiib*

J

-32-

PARTS LIST

rL riuimau. xhtlt IIGJTJ8, V w ,

EF.NO. PART NO. DESCRIPTION

101 412031 6607 SPECIALSCREW,2X3MM.(+)BIND
102 614 2080276

642084069

LUG,HEAO

103FI

HEAOtPLAY,TAPE*A”

103B

6142084052 HEAO,RECORD/PLAY,TAPE”B”

104

6142103432

SPRINGWIRE,HEADPANEL

105

412026 1709 SPECIALSCREW,2X7MM,HEODAZIMUTH

106 614 151 7162

SPRINGCOIL,HEADAZIMUTH

107A

412026 1501 SPECIALSCREW,2X6MM,TAPE’”A’”

107B 4120368200

SPECIALSCREW,2X7.5MM.(+,-)CUP,
TAPE-8”’

108A

614 1465111

BRACKETTAPEGUIOE,HEAOBASE,
TAPE”A-

108B

614 1960470

BRACKETHEAD,TAPE’’B”’

109A

614 2116944 SLIDE)HEAOPANEL,TAPE”A”

109B 6142106822

SLIDE.HEADPANEL,TAPE’’B”’

110

614 1401614 LEVER.SENSINGLEVER

111 6141521299

SPRINGWIRE,CONTROL

112

614 151 8312 SPRINGPLATE,GEARPLATE
113 6140700916 LEVERASSY
114 4120261808

SPECIALWASHER,l.45X3.8X0.5MM

115

6142103302 LEVERPINCHROLLERASSY
116B 614021 8831 MAGNETICHEAD,ERASE.TAPE”B”
117B 614 1515090 SPRINGCOIL,ERASEHEAO,TAPE”B”
118 6140673258

SUBCHASSISASSY
119 614 1290676 BOSS.PLAY/REWCHANGESTOPPER
120 614201 1744 SLIOE,SWITCHACTUATOR
121 614201 1737 SLIOE,PUSHBUTTONACTUATOR ‘
122 614 140 1539 LEVER,EJECTKICK

123 614211 3868 REELASSY,SUPPLY
124 6142051337

SPRINGCOIL,BACKTENSION

125

614211 3875

REELASSY,TAKEUP

126

614 1955094 LEVER,SENSOR,TAKE:UPREEL

127

614 1521244

SPRINGWIRE,PAUSE’CONTROL

128

6142080320 LEVER,PAUSE

129

614 1517186

SPRINGCOIL,PAUSE,LEVER

130 614 1290669 BOSS,PAUSESTOPPER
131B 614 1401508

LEVER,RECORDSAFETY,TAPE”B’O

132B

614 1960500 LEVER,RECOROBUTTON,TAPE”B”

133 6141960555

LEVER,PLAYBUTTON

134

6141960517

LEVER,REWBUTTON

135

6141960524 LEVER,F.FWD BUTTON

136

6141960531 LEVER,STOP/EJECTBUTTON

137

6142080313 LEVERrPAUSEBUTTON
138 614 1521251 SPRINGWIRE,BUTTONLEVER
139

6141521268 SPRING’WIRE,BUTTONLEVER

140 614 1349046 GEAR,F.FWO

141 4120261402 SPECIALSCREW,2X3MN,TAPPING
142 614 1518299 SPRINGPLATE-PACKSPRING>CASSETTE
143 6142093849 SWITCH,TAPESELECT,NORMAL/CR02,

SO01,SO02 ;
144 6140672770 CHASSISASSY
145

614 1401522 LEVER)EJECTSLIDE

146

4120230903 SPECIALSCREW,2X5NH,TAPESELECT

SWITCH

147B 614 1969756 SWITCH,RECORD,S005,TAPE”B”

148B

6141244594

SPECIAL,SCREW,2X5NtI,TAPpING~

TAPE-B”
151 4120262201 SPECIALSCREW,2X5MM,TAPPING
152 6141521282 SPRINGWIRE,PAUSELEVER

153 6140241693 SWITCH,IIOTORPOUER,SO06,SO07
154 6141954424 SWITCH,PLAY,S003,S004
155 4120262300

SPECIALSCREW,2X4.5MM,CANERA

TAPPING

156

6141521275

SPRINGWIRE,EJECTACTUATOR

157

6141349053

GEAR,CAII

158

4120135000

SPECIALWASHER,1.2X3.8X0.3MII

159

6140692273 PULLEYASSY,RFCLUTCH

160

614195508? SQUAREBELT

oRF

!EF.NO.

161
162A
162B
163
164
165B
166B
167B

168B
171
172
173
174
175
176
177
178
179
180
181
182

PART NO.

4120138902
4142048672
6140681871
6141334127
614 151 4703
614 1970219
614 1970202
4120262003

614 1521305
4120261907
614 1266831
4120262003
6141266848
614 1229553
6142113752

6141401676

614 1290683

412031 7901
6141398679
4120058101
6141514758

DESCRIPTION

SPECIAL WASHER,2X3.5X0.3MM
FLYWHEEL ASSY, TAPE’”A”
FLYWHEEL DISK ASSY,TAPE”B”
SQUARE BELT,HAIN
SPRING COIL.PLAY BUTTON
LEVER) RECORO SWITCH, TAPE”B”

BOSS, SWITCH LEVERrTAPE”B”
SPECIAL SCREW,2X4MM,TAPPING,
TAPE”B”
SPRING WIREsRECORO BUTTON
SPECIAL SCREW,MOTOR MTG.
CUSHION, RUBBER.MOTOR
SPECIAL SCREW,2X4MM
CUSHION, ANTI-VIBRATION, FELT MAT
BRACKET HOTOR
COMMUTATE MOTOR ASSY
LEVER, PAUSE KICK LEVER
BOSS, COLLAR, PAUSE KICK LEVER
SPECIAL SCREW,2X6MM,TAPPING
LEVER ,PAUSE KICK
SPECIAL SCREW,PAUSE KICK LEVER
SPRING COIL ,PAUSE KICK LEVER

-33–

EXPLODEDVIEW (CD MECHANISM)

*21

21+ ,

~–––– ————

1

R-1-3 7

-%?

’41 J!

42-+

51

8

13

%41

.——

1

I

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-34–

–35–

ii

PARTS LIST

. O.-”O... !s. ”,!., ,, “-c.”””. “, ,

REF.NO. PART NO.

DESCRIPTION

1 6142463673

ASSY,PICKUPWITHRACKGEAR
620207 1466 ASSY?PICKUP,LASER,91NC(1-1)
6202059426

PLATE.RACKGEAR(1-2)

4111381805 SCRFLTPCS2X5MM.RACKGEARIITG.

(l-3)
2 6202067933 GEAR,POWER
3 620205 ?36S GEAR,tlIOOLE
4 4120372900 SPECIALSCREW,PICKUPSHAFTMTG.
5

620 1334159 SHAFT,PICKUP,RAIL(LONG)
6 6202059471 GUIOE,BAR,PICKUPSHAFT(SHORT)
7 411 1067709 SCRPAN PCS 1.7X2.5MN,SLEOMOTOR
8 6202076010 CLAHP,WIREtlTG.
9 6200158633 LEAFSWITCH.LINIT(SWl)

10 4120372900 SPECIALSCREW,LIMITSWITCHMTG.
11

6142463703

ASSY,CHASSISWITHSPINOLEHOTOR
& TURNTABLE

620211 2619

ASSY,TURNTABLE,CO(l1-1)

4111067709

SCR PAN PCS 1.7X2.5MM,SPINDLE

MOTOR(ll-2)

6202163635

ASSY,CHASSIS)BASE(l1-3)

6202067773

HOTOR,2.0V,0.2W,SPINOLE(11-4)
12 6142463697 ASSY,HOTOR,SLECIMOTORWITHGEAR
13

6142458877 ASSY,CONNECTOR-S,6P,MOTOR& LIMIT

SWITCH

21 6201230772 SCREWWASHER,206X6X0.8Mtl,BASE

MECHANISII,COPLAYER

22 4120433007

SPECIALSCREW,FLOATING
23 6202125145 CUSHION,RUBBER.FLOATING,FRONT
24 6202125138

CUSHION,RUBBER,FLOATING,BACK
25 4120326408 SPECIALSCREW,SUBCHASSIS
26 614234 1391

SPRING,TENSION,LEFT,BASE

MECHANISM

27

6142402689

CHASSIS, SUB
28

6142349588

SPRING, TENSION, RIGHT,BASE

MECHANISM

2? 614234 1407

SPRING,TENSION.LOCKSLIOE

30 4110209902

SCRS-TPGBRZ+FLG3X8MM,LOCK

SLIOE
31 6142402887 SLIOE}LOCKSLIOE
32 6142409459 LEVER,LOCKLEVER
33

4110209902

SCRS-TPG BRZ+FLG3X8MM,LOCK
LEVER

34 411 0209902 SCRS-TPGBRZ+FLG3X8NM,SPRING

PLATE

35

6142301692

SPRING,PLATE,CAMGEAR
36 4120324608 SPECIALSCREW,CANGEAR
37 6142284094

PULLEY,CAM

38

6142276594

GEAR,CAN

39 6142283257

BELT,SQUARE,LOADING

40

614127 1576

WASHER,IOLER

41 6142276624

PULLEYoIOLER

42 4120127609 SPECIALWASHER)GNW

3.1X5.4X0.25tk’1.IOLERTHRUST

43

4120456402 SPECIALWASHER,1.7X3.2X0.5MM,

tlWING

GEAR

44

412041 6000 SRECIAL WASHER,tiOVING GEAR

45

6142452530 SPRING, COMP,HWING GEAR

46

6142276600

GEAR,tlWING

47 4120447905 SPECIAL WASHER,2X1 3X0. 13MN,fl-GEAR

THRUST

48

6142445303

ASSY,LEVER,IIWING

49

4120455900

SPECIAL WASHER,GNW 3.2X8X0. 25MM,

tlWINGLEVERTHRUST

50

4110209902

SCRS-TPGBRZ+FLG3X8MN,01SC
TABLE

51 6142402856

GEAR,DISCTABLE

52

411 1551901

SCRPAN+W2.6X5NM,01SCTABLE

MOTORMTG.

lEF.NO. PART NO.

DESCRIPTION

53 411 0209902 SCR S-TPGBRZ+FLG3X8MM,CHUCKING

OETECTORSWITCHP.C.BOARO

54 6201230772

SCREWWASHER,2.6X6X0.8MM,PINCH

LEVER

55

4120220607

SPECIALWASHER,GNW,ROLLER

56 6142276440

ASSY,ROLLER
57 6142362808 ASSY,LEVER,PINCHLEVERASSY
58 6142349588 SPRING,TENSION,PINCHLEVER
59 6142437537

ASSY,CHASSIS
60 614231 3626

ASSY,MOTOR,OISCTABLE
61 411 0209902 SCRS-TPGBRZ+FLG3X8MM,01SC

TABLEMOTORP.C.BOARO
71 411 0213701 SCR S-TPdBIN3X1ONM)CHUCKCOVER

FIX
72 6142402535 CWER.CHl)CK

73 411 0227500

SCR S-TPGPAN 2X4MM,CHUCKPLATE
74

6142330227 PLATE,CHUCK

75

411 0209902

SCR S-TPGBRZ+FLG3X8MM,CHUCK

BRACKET

76 6142408933 BRACKET-M,CHUCK
77

6142104514

MAGNET,CHUCKPRESSURE

OR 6142331774 MAGNET,CHUCK PRESSURE
78

6142302309

PULLEY,CHUCK

79 6142324684 SHEET,CHUCKPULLEY
80 411 0209902 SCRS-TPGBRZ+FLG3X8MM,PROTECT

OISC TABLEBRACKET

81

6142337943 BRACKET-M,PROTECT,DISCTABLE

82

6142402870

TURNTABLE,OISCTABLE

83

614 1248509

RUBBERCUSHION,REOUCESHOCK

84 411 0209902 ;

SCR S-TPGBRZ+FLG3X8MM,ROLLER

85 6142276457 ‘ ASSY,ROLLER,DISCTABLESUPPORT
86 6142402559 PANEL,TOP.OISCTABLE
87 411 0209902 SCRS-TPGBRZ+FLG3X8MM,SENSOR

P.C.BOAROMTG.

88

6142439968 ASSY,CONNECTOR-S,SENSORP.C.BOARD
89 614 }299136 LUG,LEAOMTG.
90

411 0214906 SCR S-TPGBIN3X20MM.LUG
91

411 0216405

SCR S-TPGBIN 3X8Mil,LEA0MTG.

101

6142439531 ASSY,P.C.BOARO,CHUCKINGSWITCH

6142289792 SWITCH,LEVER,S003,CHUCKING

RELEASEDETECTORSWITCH

6142242575 SWITCH.LEVER,S002.CHUCKING

OETECTORSWITCH

6142439951

ASSY,CONNECTOR-S,3P,CNO04,OISC

TABLEMOTORP.C.B

102

6142437469

ASSY,PCB,DISCTABLEMOTOR

6140173826

PLUG,3P,CHUCKINGSWTCH(CNOO1)

6140173826 PLUG,3P,SENSOR,CUCKING(CNO02)

6140173857

PLUG,6P,MOTOR,DISCTABLE(CNO03)

103 6142439524

ASSY,PCB,SENSOR,OISCTABLE

6140173826

PLUG,3P,(CNO05)

4071378006 PHOTOCOUPLEGP1A53HR,PCO01PHOT

SENSOR

401 0269600

CARBON470 JA l/6W

-36-

INTERCONNECT DIAGRAM

mm

CN241 CN242

(1OP)

(4P)

BASSXPANDERI
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—

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CN254

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IC DESCRIPTION

IC251 SIPD75306

IC251 s2PD75306GF-225-3B9 (MICRO PROCESSOR)

PIN No.

SIGNAL NAME PORT NAME DESCRIPTION

1/0 CONNECT

1 SEG12 S12 Segment of Liquid Crystal oisplay

LCD

2

SEG13 S13 Segment of Liquid Crystal Oisplay

LCD

3

SEG14

S14

Seament of Liauld Crvstal DiscJav

LCD

IPIN No. I SIGNAL NAME ! pORT NAME I

DESCRIPTION

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I 41 1s,

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49

TUNER

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o

MAIN ~CON

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Initial set fOr User = COuntrv [ODen or

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I

r d- I SEG15 1s15 I Semment of Lia.d Crvstal IXSDIW I

I LCD I

I 5 IsEG16

I S16 I Sew’nent of Licwld Crwtal

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I 7 lsEG18 I S18 I Seame.t of Lia.id Crystal Display I

I LCD I

E

8

9
10
11
12
13
14
15
16

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LCO

S20

Se9ment of Liquid Crystal Display .

LCD

S21 Segment of Liquid Crystal Display

LCD

S22

Segment of Liquid Crystal Dkplay

LCD

S23

5egment of Liquid Crystal Display

LCD

S24 I BPO

Segment of Liquid Crytal Display

LCD

S25/BPl Segment of Liquid Crystal Oisp!ay

LCD

S26 I BP2 Segment of Liquid Crystal Display

LCD

S27 I BP3 Seament of Liouid Crvstal DKDlav

LCD

SEG20
SEG21

I 51 1s1 I P31 /SYNC

I Initial Set for User= Co”ntcv(Ow2n m Gm”.d)

Ill I

SEG22

I 52 1S2

I P32

I Initial Set for User= Co.ntrv (ODen or Gro.”d)

Ill I

SEG23

I S3 I S3 (FM MUTE) I P33

I Select Shred for FM Auto Mute SET (Ooen)/NOT(V..)

Ill I

SEG24
SEGZS
SEG26

I 54 I VDO I Vrm

I Power Supply + 5V

I I Vrm I

I SS INC I xT1 I Not used (Ground)

OSC X’tal Terminal for Main Clock

Ill Vss I

I S6 INC j xT2

I Not Used (Open)

OSC X’tal Terminal for Main Clock

!01 I

SEG27

I 57 INC

I NC I Non Cwmecticm

II I

I 17 I AUTO ]S281BP4

I Au;OT.”i”. jonal

ACTIVE : HIGH LEVEL I O I

TUNER

I

I 58 1X1

1-

I X%1 In (4.194304 MHz)

Ill I

I 18 iNC

IS291.BPS --– !Not UsetiO.en)

101 OPENl

59 x2

1-

Xtal Out (4.194304 MHz)

I

o

I

I

I 19 INC

I S301BP6

! Not Used (Open)

IO IOPENI

60

S4(12H/24H) P60 / KRO Select Signal for CLOCK

24H (Open)/ 12H (V5J

I

61

S5 (AM IF)

P61 IKR1

Select Signal for AM IF

SET(Open) /NOT (VSS)

I

TUNER

62

S6 (O /S)

P62 IKR2

Select Signal for D & S Series

SET(Open) /NOT (V$$)

I

63 0 MONO P63 / KR3

Compulsion Monaural (For D Series) ACTIVE : HIGH LEVEL o

TuNER

64 DOO P70 / KR4 Data Signal from LM7001 (For O Series)

o

TUNER

6S

D CL P71 / KR5 Oata Signal from LM7001 (For D Series)

o

TUNER

66

D CE P72 / KR6 Data Signal from LM7001 (For O Series)

o

TUNER

67

D PCON P73 i KR7 Tuner Power Signal (For D Series)

ACTIVE : HIGH LEVEL o

TuNER

68 RESET

RESET System Reset Signal

RESET CIRCUIT

69 SEGO so

Segment of Liquid Crystal Dtsplay

LCD

70

SEG1

S1

se9ment of Liquid Crystal Display

LCD

71

SEG2

S2 Segment of Liquid Crystal Display

LCD

72

SEG3

S3 Seament of Liauid Crvstal

Dkolav

LCD

I 20 INC

I S31IBP7

I Not used (Open)

IO IOPENI

I 21 ICOMO

I COMO I Common of Lia.id Cr@al Display

I

I LCD I

I 22 ICOM1

I COM1 I Common of Liquid Crystal

D@lay

I

I

LCD I

1

23
24
2s
26
27
ZB
29
30
31
32
33
34
3s

COM 2 COM2 Common of Liquid Crystal DIspIay

LCD

COM 3

COM3

Common of Liquid Crystal Display

LCD
BIAS BIAS Bias of Liquid Crystal Display
VLCO

‘LEO

Power Supply for Drwe of LiquidCrystal Oisplay

I

VLC1

Vtct

Power Supply for Drive of Liquid Crystal Oisplay

!

VLC2
STEP
ST
SD
NC

‘LC2

Power Supply for Orive of L!quid Crystal Dtsplay

P40 AM Step Select!on 9kHz (VDD) / 10kHz (VSJ

I TuNER

P41 ST Signal ACTIVE : LOW LEVEL

I TuNER

P42

SD Signal ACTIVE : LOW LEVEL

I TUNER

P43

Not Used (Ground)

I

Vss

I 73 I SEG4

I S4 I Seanwnt of Lia.id Crwtal Dimlav –1

I LCD I

Vss

%

Ground

SCE

P50 Oata Signal from LM7001 (For S Series)

o

TuNER

SCL P51

Oata Sianal from LM7001 (For S Series)

o

TuNER

I 74 \ SEGS

I S5 / Sewne”t

Of Liwid Crwtal DSDI.V 1

I LCD !

I 7s I SEG6

I S6

I Sewne”t of Lka.id Crwtal Dimlay I

I LCD I

I 76 I SEG7

I S7 I Segment of Lia.id Crystal

Display

I

I LCD I

i 36 ISDO i P52 i Data Sianal from LM7001 {For S Series) I O I TUNER i

I 77 I SEG8

I SB I Sewnent of Lhuid Crystal Disolay

I

I LCD I

37

S MONO PS3

Compulsion Monaural (For S Series) ACTIVE : HIGH LEVEL

o

TUNER

38 I NC

I Poo/m4

I Not Used (Ground)

I

I

v.,

I 78 I SEG9

I S9

I Seament of Lia.id Crystal Display

I

I LCD I

I 79 I SEG1O

I Slo I Segment of Liquid Crystal Oisplay

I

I LCD I

I 39 \ SCK

i PO! /SCK IClock Sianal In from Main Micro

Processor &PD651 17) I i I MAIN xCON I

I

80

SEG11

S11 Segment of Liquid Crystal Oisplay

i

I

LCD

I

-53-

1 40 INC

I P02/SO/SBO I Not Used (Ground)

II VSS I

.

–52-

.

i

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I

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:.,.:

RING DIAGRAM (TAPE DECK)

FRONT PC B

CN503

CN504

-i-cNO’OF

L:CH R-CH

E. HEAO

RIP HEAD

I?C.B

~’~lg i i ; ; TA,,U’”

b

L-CH R-CH

PLAY HEAD

TAPE “’B’”

S008

g~

STOP

TAPE MECHANISM

. .

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–61-

.

I

I

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II

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‘1

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1

I

ASCRIPTION

pPD75112GF-751-3BE (MICRO PROCESSOR)

SIGNAL

PORT

PIN

SIGNAL PORT

NAME i

DESCRIPTION 1/0

DESCRIPTION

1/0

NAME

No. NAME

NAME

CD MUTE

P41

CD Mute Output

o

35 THLD

TIO

THLO

Input

I

P CON

P40 ‘H- Level at Power ON o

36 NC

Tll

Not Used (Open)

I

NC

P53 Not Used (Open) o

37 SLEDOUT P23

SLED Outer Drrection Output “H”

o

Active

FUNC C

P52 Function Control C Signal o

38 NC

P22

Not Used (Open)

o

FUNC B

P51 Function Control B Signal o

39 SLEOIN

P21

Sled Output to Inner Way -H-

0

FUNC A

P50

Function Control A Signal o

Active

=T

RESET System Reset

I

40 RWC

P20

RWC Output to LC7860N

o

x2

X’tal Oscillator Connect at 4.19 MHz

41 SQOUT

Po3iS.1 SQOUT Input from LC7860N

I

xl

Xtai

C)$cillator Connect at 4.19 MHz_

.42

CCIIN

P02

COIN Output

to LC7860N

o

, CRECLP

Output of Record Compilationisin o

/s0 -

P63

Progress

43 CQCK

Pol I

CQCK Output to LC7860N

o

SCK

POWER

P62 Power ON (“H- Position) Out_put o

44 DRF

Poo I ORE_tigml Input from IA9200N I

PLAY P P61 At Playback. L- 0 INT4
STOP P

P60

At Stop “ L- 0

45 SW3 P123

Mechanism Switch 3 Input

I

PULL UP P73 At Stand-by (Power

Stoopage) - L-

0

46 SW2

P122

Mechanism Switch 2 Input

I

SYNCRO

P72 Syncro Output

o

47 Swl P121

Mechanism Switch l(Limit SW) Input

I

vOL UP P71 Volume Up o 48

SENSOR

P120

Mechanism Sensor Input

I

vOL DOWN

P70

Volume Down

o

49 POWER P133

Power ON (“H”) Input

I

. . . .

A MUTE P83

Analogue Audio MuteOutput. L-

5 so RECSW

P132

Active

Tape Rec. Switch (Rec. KeyOn - H-)

I

51 OIREC

P131

I

TABLE V

Tape Play Direction (Edge

P82

Motor Voltage of Tray Rotation” L-

0

Detection)

Act!ve

52 NC

P130

I

TABLE

PB1

Not Used (Open)

DiscTable rotation ‘L”

Active

o

53 OAC SEL

P143

Select Signal from ON tOFF Switch

I

NIECHA B

PBO

Mechanism Base Up/Oown ‘L-

0 for DAC (Digital to Analogue

Active

Converter)

PRE MUTE

P93 Tuner Pre Mute Output .Active- 0

54 HI SEL

P142

Select Signal for High Speed AcceSS

I

av G P92

CLV Gain

o

55 FuNC 5EL P141

Select Sianal for

Remocon Function

1

SUB SO P91

Oata Out to Tuner Micro

o

56 RECSEL P140 Select the play Key Valid of the End

I

Processor (pPD75306)

of A Side when Record Compilation

SUB CLK

P90

Clock Out to Tuner Micro

o

Processor (pPD75306)

57 NC

NC

Not Connection

Vss

—

Ground

58 vDO vDO

Power Supply + 5V

SUB BUSY

P13

Busy Signal In from Sub Micro

I

59 NC P33

Not Used (Open)

o

Processor (pPD75306)

60 CD FUNC

P32

CD Function Output

o

VCHK

P12 Electricity Failure Oetector

I

61 OSP RESET

P31

Reset Control Signal for

C3SF’

o

WRQ

P1 Y

WRQ Input

from LC7860N

I

(Digital Signal Processor)

IR

Plo

Infrared Ray Receiving (Remocon)

I

62 ATT

P30

DAC (Digital to Analogue

o

Signal

Converter) Interface [Data]

KEY3

PTH03 Key Input Analogue Signal

I

63 SHIFT

P43

DAC (D,gltal to Ana Iogue

o

Converter) Interface [Clock]

KEY2

PTH02 Key Input Signal I

64

LATCH

P42

DAC (D!gital to Analogue

o

KEY1

PTHO1 Key Input Analogue Signal I

Converter) Interface [Latch]

KEYO

PIHOO Key Jnput Ana!ogue Signal

l’1~

IC BLOCK DAIGRAM & DESCRIPTION

IC104 LC7866E (DIGITAL SIGNAL PROCESSOR)

N.

“M

NAME

II 0

DE5CRkM10N

1

TfS1l 1

FW TEST. Normal the

is W! mnnm!m

z

AO 0

3

Al 1

I“PuI fTOIIl VCO OUI$U1 i“ LAW 10 .@.@36MHz)
Ph.se [e-mail] C.Utmn of VCO and EFM signal.

4

PDO 0

5 Vss GND

6

3 0

N@9atlve c@PW thtough am#tvde limiter. A.tiptw$e of
=. This ~gn.1 me SLICE LEVEL CONTROL.

7

P.nitive omput through .mohwde biter. AntiPhase d EFMO.

EFMO 0

This ,?’3”,1 e SLICE LEVEL CONTROL.

8

Irw.mting HF signal d l-2Vp.p lhi$ $@d ine SLICE LEVEL

EFMIN

1

CONTROL.

9 TEST.? I

e- 1E57. Normal imw +5 mm .onnecticm.

10

CLV . 0

O.,PU, for DISC MOTOR CONTROL.

11

CLV 0

Otip.t for DISC MOTOR cONTROL.

CLV rough 3eIve lbme : OIRFM ‘H-

,>

,,,. “

.

. .

Phase mn,rd time : OUW”t-L-

13

Foes 0 output - H- : Lens pull up wtth dowly lb. stop the F%=

14

Fsr 0

krvo. M =

s..ntram it reset .UIW 04 FOCS. Fc4 lead-in of

15

= 1 F=-

Cc.mp!y watt! comnwnd of track j.rw. it mo!i.te k,.k puke.

16

HFL t

JP + 6 Jr. 1. jump the prexdbcd ..m&r of track [1,4,16.34).

17

TES 1

Ccmply wnh command of track i.mP. II O$ciilate kick Pul=.
lP+ 6 IT. !t jump the Prescribed .Utir of track [l.%~ 6.60.

18

PCK o

PCK M.n,tw (4.3? 18MHz)

19

SYNC IF% et truth) delectd loam Wr.! $iqnd . SYNC of

FSEQ 0

m.mu : ‘H- (Lat<h O.l$UI during in 1 ~rame)

m

TOFS 0

21

TGL 0

Comply with ..ntrmnd of track jump. ,t G+clll.te kkk Puke,

22

THLD 0

JP + .3 Iv. R jump the pre%rbed nvmber of track (1 ,4.16,64).

23 TES13 I

Fw TEST. Norma! t!me k non C...f@0n.

2.

VDD

. 5V

23

>P . 0

Comply with <onwn..d O* I...k j.nw.. e o@late k,<k

Pul$e,

26 F 0

JP +

6 Jr. It WV the Pre%ribQd number 0+ track (1,4,16,64).

27

DEMO I

m .d,.%tment .7 PrCduct,on prwes% S0..%) cm f.rmion.

28

TE514 1

for T

E51 N.wnd :me i$ non con-ion.

29

EMPI+ 0

O.wul is ‘H- :X-F, ,, !wed

de.em#.asn

30

F., TEST. NOImal time b ‘H-.

TisTa 1

,...

,..

.0..

,,.

No

& 1/0 DESCRIPTION

31 I SMP2 I 0

( OUIDUtOf si9n.110DAG5qnd 04 L,tdlt L/R$dttl~Ml

32 SMP1 0

1.54 samphrq- Hold

33 lRCLK 0

output of $@nd to DAC 3ignal of L.ldI h

LlR8e!U1. $qd

34 SMP 0

for sanwlmg

Hold

OVWt 01 W“*! to D&C.$!g.d 01 Latch* Llnti. S$gnd

35

DFOUT 0

for $amphg Hold
output d %,gnd to DAG Wna! .1 Latch a LIR *M $ho~l

36 DACLK 0

Ow sampling Hold

37 TES18 0

F.n TEST.

Normal tome ,S ..m wmnemma.

38 TESTC 0

For TEST. Normd t,me i, non ,0.rre’tw”.

39 CK2 0

For output d s,g.al that comply vwth CC-ROM

60 ROMOU1 0

F., output of ,:gnal that COmP!Y w,th CD.ROM

41

C2FLCK o Fof o., P., of ,,gnal ,ha, comPly w,th CO-ROM

42 CZF o

For outPut d ,!gm.1 that COnv!y w,th CD.ROM

43 DOUT 0

OWU? of DIGITAL OUT

44 WSY 0

“S~n<hroo,zmq s,.gnal d wt-<cdet+nk.
.5 EFLG 0 Fw <O,rf’ti,on InQnnca of cl. cl, N.gle. btie.
.6 Pw 0

5FSY IS Sywhr.n,z,ng $gnat .7 s.titi b f,.me. O%k of

.7 SF%Y 0

eighth~nd to SBCK then read out the s!Awode of P, 0. R. 5.

48 5BCK

1

1. U. V. & W.

49 F5X o

Ovtp.t d Synchmn!*inq ,,gna!(735 KHz)
50 WEo 0
31 RWC

!

Data s“b,ti, 0 ~,, the CRC dw,k thm WRQ & ‘U.. 11

51 500uT

0

detect at ,X:,,.*L Data reed out lmIn SOOU1 W*M :M

~. RWC $et tti ‘H. by MKro P?w?svX then it kt
53 COIN

1

command w $en.s w,th Syn<hr.niz,ng =c.mm.~ d,t..
54

e

I

55 RES

1

1.,. m the Power SuDP[y time On<, ‘L.

56 MIL

1

Dam .1 SOOUT want w the LB5 fmt t,nw MIL set the ‘L”

57 =R 0

Th!, o.tp.t can mnttol .1 Ser,al control *IOm Wm. Pm,~$.r
58 16M

0

!6M .).,Pu1(1693MMHz)

59 4!4

0

4M 0., P.!(42336MW)

60 CONT

0

?h,s ..m.t c.. mntrol at serial Control trom M, Cr. PTO~~~O[
61 TfSTS

t

For TEST Normal ,Vne t, non ,0”.mmm
Chic. selm Termmal. Thntermn.i ‘L. : LC7866 !sactt.e

62 Cs

I

(,.1m..l Remt.r Pull Dow.)

63 XIN

1

ConnulSc.n Ienmnal of CV,,al O,<,ll.l,O. (169 M4MHZ)

M

XOUT0COnnemOn ?,rmnal of <w,,?. MollavcL? (1693tiMH7)

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