Clarion 2060 User manual

wg
1—22-3, Shibuya 2-chome, Shibuya-ku, Tokyo, 150 Japan
-50
Kamitoda,
Toda-shi,
Saitama,
335
Japan
Tel:
048-443-1111
Telex:
J2962628
CLAFAC-J
fern Service Manua
Photo is CDC9600
MISPECIFICATIONS:
Sampling Frequency ............
Frequency Response ...
Dynamic Range ..........
Signal-to-Noise Ratio ..
Wow and Flutter ......
Power Supply ..........
Power Consumption
Unit Weight ...ccsssecscscsseseees
External Dimensions
10-9/16"
44,1 kHz (8 times oversampling)
.... 5 Hz to 20 kHz
.... 95 dB (1 kHz)
.... 105 dB
.... Unmeasurable
w+. 14.4 V (10.8 V to 15.6 V)
.. Less than 1A
2.7 kg
" (268 mm)
-
%* Specifications and the design are subject to change without
notice due to improvements.
MCOMPONENTS:
@ PE-2073B-A/PE-2073E-A
Mounting bracket A
Mounting bracket B
Mounting bracket C
Extension lead
Accessory box
Parts bag
Clamp
Lead hoider
Machine screw
M6 wing nut
D-sems-hex-bolt
Parts bag
{ Rubber cushion
300-9547-00
300-9548-00
300-9582-00
854-2085-00(1 3P)
CAA-122-114
321-0774-00
335-0833-01
714-5006-79(M5 x6)
722-0545-00
734-5008-37(M5 x8)
345-7357-00
Tel: [phone] Fax: [phone] Telex: J22908, 22152
Published by Service Information Section
6 DISC COMPACT DISC CHANGER
2060
(PE-2073B)
CDC9600
(PE-2073E)
Model
MFEATURES:
@ 6 Disc CD Changer @ Disc Indicator
@ Ultra Compact Chassis B Digital Output for Fiber Optic Cable
@ 120° Adjustable Mounting Angle @ 8 Times Over Sampling Digital Filter
& Spring-Loaded/Oil-Damped @ Dual 1 Bit DAC
Suspension System @ Zero Bit Detector Mute Circuit
@ Magazine Slot Iilumination
MICAUTIONS:
cpc9600
CD Changer Unit
SP sP LA 92136
jass
CD Changer Unit Top View
CAUTION
VORSICHT:
VARNING
AUVARSEL
2060-CDC9600

CAUTIONS:
This appliance contains a laser system and is classified as a
“CLASS 1 LASER PRODUCT". To use this mode! properly, read
this Owner's Manual carefully and keep this manual for your
future reference. In case of any trouble with this player, please
contact your nearest “AUTHORIZED service station”. To pre-
vent direct exposure to the laser beam, do not try to open the
enclosure.
CAUTION
USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE
OF PROCEDURES OTHER THAN THOSE SPECIFIED IN THE
OWNER’S MANUAL MAY RESULT IN HAZARDOUS RADIA-
TION EXPOSURE.
MESPECIAL NOTES:
1. At the time of replacing the pick-up unit, take
measures for electrostatic breakage (such as,
protection with a short pin) with attention
given to handling.
2. At the time of diassembling the unit, be sure
to turn off the power. The connection and
disconnection of a connector during switch-
ing-on may break the internal IC.
(1) Breakage caused by surge current and static
electricity
Upon flow of large current to LD, the de-
terioration of LD is enhanced by strong light
which is emitted by LD itself even in a very
short time or LD may be broken.
The LD drive circuit should be free from flow-
in of surge current by the switch, etc.
Careless handling allows static electricity
from the human body to be applied, causing
instantaneous breakage.
For safety’s sake, be sure to ground the
human body, measuring instruments, and
tools at mounting time. Place the ground mat
on the working bench, floor, etc. for ef-
fective grounding. The metal portion of a
soldering iron used should be grounded or
its insulation resistance after 5 minutes since
the soldering iron was energized should be
more than 10MQ (500VDC) and the temper-
ature of the tip of the soldering should be
less than 320°C (30W).
(2) 2-axle section
* Lens cleaning
Contamination, such as dirt and _ dust,
changes the performance of an objective
lens.
In cleaning, swab the lens gently with lens
paper immersed in isopropyl alcohol.
2060-CDC9600 2
MIWIRE CONNECTION: 2060
| OPTION
\ DIGITAL CONNECTION
|
1
: Clarion DSP DSP-959E
1
i]
*Optical Digital Cable
L (Sold separately)
ex. 5750
Clarion Changer
Controller
ee ere reer
13 Pin DIN Extension Cable
Note: * OPTICAL DIGITAL CABLE (Sold separately)
...DCA-001-100: 16 foot Length (5 m)
..DCA-002-100: 5 foot Length (1.5 m)
MWIRE CONNECTION: cCDC9600
Front
Amplifier
Speaker
Extension lead
Rear
Speaker
13-Pin DIN Extension Cable
Le >
CD Changer Unit CDC9600
Clarion Main unit with
CD Changer Controller Digital optical fiber cable
a (Sold separately)
2 LET TT “]
|
|
|
|
7
7 —————_ | DSP Unit
CD Changer Unit CDC9600 |__Clarion |
NOTE:
The main unit with D/A control lead can be con-
nected with a digital optical fiber cabie.

MOPERATION:
*% EJECT BUTTON
Ejects the magazine.
% DISC ILLUMINATION
Illumination is on during playback and when the unit is
receiving power.
% DISC INDICATORS
Indicates operation of each of the six discs as follows:
1) PLAY/TRACK UP/DOWN (1,2,3,4,5,6)
Playback CD disk number indicator flashes.
2) FF/FB
Playback CD disc number indicator flashes rapidly.
3) DISC CHECK
All disc indicator lights flash during checking.
When
checking
is
finished,
indicators
corresponding
to
Angle of installation selector levers
Optical
Digital
Output
loaded
discs
in
the
magazine
jliuminate.
4)
DISC
CHANGE
Sliding
Door
The
indicator
flashes
showing
which
disc
has
been
selected.
C-BUS
Terminal
(13P)
5)
EJECT
1239456
© @©QLQO® |: Indicators continue to light as shown in the diagram until
OBO OBO eject is completed.
B® O © OG ° : ngicators flash when EJECT is pressed. When the disc is
Q©OOOOO fully ejected, the indicators flash again.
6) ERROR
1239456
HOMOGE
|
:
Indicators
light
in
alternate
patterns
as
in
the
diagram.
XBOBOD
7) STOP
Lights whether magazine is full or empty.
EJECT Button Disc Indicators
MIGENERAL
BLOCK
DIAGRAM:
;7> CD MECH MODULE ---;
: :
'
:
*
Optical
digitat™!
‘++
DRIVE
UNIT
--77;
'
=
+
out
connector
|
11
968-0050-01
‘
Digital
out
‘
‘
' 1
buffer
'
‘
: ‘
Circuit
!
1
Frame
GND
}
‘
a
3
be
ckupeeneeaseas
Low
pass
[r-----eee7--2
Isolation
|+-----+----+¢
Mute
‘
2
Vec
:
:
'
filter
circuit
circuit Circuit
,
3D
OUT(+)
|
'
'
ee
eer
ee
eee
erry
1
4DOUT(-)
|
'
‘
'
7
Lanchaprlenea
see
H
:
t
H
i
Bi
OS
eed
Ble
Te
acta
Reve
tenes
{
..18P
DIN
.--.,
:
‘
Illumination
|
CONNECTOR
|
: ‘
circuit
=
li.
oe
'
‘
‘
sy
'
:
4
*
|
AUDIO}
‘
:
1:
(7
LOuT
:
!
++
Various
switches:
;
E
"48
ROUT
|
an
and
sensors
es
fs
eerrrer
Cerrrrrrr
rere
ree
eee
6
A.GND
;
it P/E SW
'
it DLP
SW
i
C-BUS
Relay
ky
‘
C-BUS
+
Magazine
SW
‘
ane
switching
H
'
1
so/sl
ae
.
74LSO7
circuit
:
7
'
ms
Load
End
SW
: a
error
ar
2
SCK
;
1}
Disc
NO
PTr ‘ :
4
sRQ.}
‘!
Disc
Eject
PTr
‘ ;
‘
‘
Disc
Load
PTr
‘
‘
:
H
3
Relay
‘
‘
‘
rae
fieatie
*
ee
‘
:
acy
2
K
circuit
=
Ky
4774074005
circuit
‘
5
+B
REM
‘1
rupter
:
‘
‘
eres
ee
ene
ieee
11
Acc
CONT
¢
‘|
Motor
drive
circuit
'
tewaeeeee
! °
10
B/U
'
‘
AN6608
'
*
:
Slave micro
computer
i
Flaset.
12
GND
‘
'
leset,
,
Acc
CONT
H
teeter
ae
ea
.
u»PD78002CW
circuit
:
letecting
9
NC.
‘
'
circuit
13
N.C.
‘
:
t
Motor drive
circuit
AN6608
eee 2060-CDC9600

MTROUBLE SHOOTING:
1. Error Display (LED Blinking)
L1O@ecece
L$@o0e@e0oeo
Repetition
@ Temperature Error
in case an outside temperature of 70°C or
more is continued, the operation is auto-
matically stopped to protect the semi-
conductor laser section.
in this case, at the moment the blinking of
LED is released after the temperature of this
unit was lowered, the operation can be re-
stored by the controller.
Mechanical Error
A mechanical error occurs when the sensors,
switches, etc. become defective.
In this case, the mechanical operation will
stop halfway.
* Removing the disc
In the above case, as the disc is chucked,
press the eject key to eject the magazine
only. Then, take away all discs from the
magazine, insert the magazine, and press
the eject key again.
After loading the disc into the position of
disc No. 1 in the magazine, eject the maga-
zine. The insertion of the next magazine
after the disc removed provides the normal
operation.
MBLOCK DIAGRAM OF DRIVE UNIT: 968-0032-00
2060-CDC9600
OPTICAL
PICK-UP BLOCK
KSS- 168A A A aa
paatte es? oy t
bel ¢ ro)
igo | | B53, 53. 8
A! & =
= L i
Et
Ft RF AMP
——
1 CXATOBIQ
Ql APC
ORIVER
DIGITAL SIGNAL
PROCESSOR
CXOI167Q
CB, 1C9
Q5~Q20
SERVO
DRIVER
SPINOLE
MOTOR
SLED
MOTOR
@<Servo Driver Block>
The BTL circuit consisting the power TR and
operating amplifier allows the BTL operation
to drive the focus coil, tracking coil, spindle
motor; and thread motor.
@<Spindle Servo Gain Switching Block>
This block consisting of Q2 switches the
spindle servo system gain by 8-cm and 12-cm
discs.
@<Antishock Control Block>
This block consisting of Q3 controls the
antishock circuit at the time of detecting a
defect signal.
io
Zz —
1C6
{
eh —
ee |
1C3
ocoo000 0000000
wo Cc
oD
ra)
|
2
2
Ss
ooo0o0o0o0 0000
x 2 a 4
J ~ +5V 5V
i” s4 —— +9V 9v
Nee
i —+——- GND GND
<+—S-GNO. 22 §-GND
@<Capture Range Control Block>
This block consisting of Q4 controls the PLL
capture range.
@X<Limit SW>
This switch detects that the pick-up entered
the TOC area.
©<D/A Converter, Filter>
By removing the noise with the Filter IC
(TA2009F) perfectly, D/A conversion
system is composed the signal of differ-
ential output from DAC IC (TC9267F).

MIPROCEDURE
FOR
REPAIR
AND
ADJUSTMENT:
1) Cautions
© This unit, as operates on single power supply,
operates on the basis of various mid-point
potential (such as, 2.5V and 4.7V mid points).
OWhen observing the operating state from
the reference by an oscilloscope, connect
CH1 GND to the mid point for measurement.
The other probe GND should not be con-
nected anywhere.
OWhen measuring the laser current, the mis-
connection of the measuring point may
damage the laser (in the pick-up section).
2) Test Disc
OSONY TYPE4 (YEDS18) 12cm
OABEX
MODEL
TCD-783
8cm
3)
Follow
the
precautions
in
handling
the
pick-
up
of
special
notes
on
page
2.
Adjusting Tracking Offset
® Purpose
To optimize the EF balance of the tracking
servo.
@ When adjustment is incomplete
It takes a long time for search. The carriage
runs away.
@ Measuring instrument
Oscilloscope
Connection diagram
“GND
4) Adjusting order
1. Tracking offset
2. Focus offset
3. Focus gain
4. Tracking gain
TN ON TNS
veo
oP --VR5
_ Lo®
Lo@
O = OQ
F.G F.OFF :
VR3 vR2
T.G er
a cai :
@ Measuring point
TP TE1
@ Test disc and setting state
SONY TYPE4, normal mode
@ Adjustment : VR1
Oscilloscope
Adjusting procesure
1.
Make
sure
that
the
power
is
turned
off
and
connect
the
measuring
instrument
as
indi-
cated
in the
above
diagram.
2. Play back the first music of SONY TYPE4.
3.
Perform
the
manual
search
and
check
the
state
of
TR
Jump
(track
jump)
by
an
oscillo-
scope.
Adjust the tracking offset adjusting volume
(VR1) so that the waveform may become
symmetrical in both forward and reverse
modes.
At
o
Adjust so as to be a = b.
io”
| 2060-CDC9600

M
Adjusting
the
Tracking
Servo
Loop
Gain
@ Purpose
To
adjust
the
tracking
servo
loop
gain
to
be
optimum value.
@ When adjustment is incomplete
The
playability
and
vibration
proof
are
deteriorated.
@ Measuring instrument
Oscillator, double-pointer mV meter
Connection diagram
@ Measuring point
SERTR1, SERTR2, TP, TE1, TE2
@
Test
disc
and
setting
state
SONY TYPE4, normal mode
®@ Adjustment : VR4
Oscilloscope
1mS/div
50mV/div
AC mode
Note:
Oscillator
The (—) sides of the other
channels should be open.
nse
Double-pointer
mV meter
Adjusting procedure
1. Preset the oscillator. Set the output amplitude
with no load to be 1Vp-p (at 1kHz).
Note: The set value of the output level varies
slightly depending on the oscillator.
This set value is the one when the
oscillator of about 5000 output im-
pedance is used. Adjustment should be
made under the condition in which the
servo can be activated stably even
after the output of the oscillator was
applied, causing no mistracking. Low
output impedance provides low set
output.
M Adjusting the Focus Servo Loop Gain
® Purpose
To adjust the focus servo loop gain to be
optimum value.
@ When adjustment is incomplete
The playability and vibration proof are
deteriorated. S detection is apt to fail.
2060-CDC9600
2. Make sure that the power is turned off and
connect the measuring instruments as_indi-
cated in the above diagram.
3. Play back the first music of SONY TYPE4.
4. Adjust the tracking gain adjusting volume
(VR4) so that the error of the double-pointer
mV meter may be not more than 0+0.5dB
(under the condition in which 1kHz output is
generated from the oscillator).
@ Measuring instrument
Oscillator, double-pointer mV meter
® Measuring point
TP FE1, FE2
®@ Test disc and setting state
SONY TYPE4, normal mode
®@ Adjustment : VR3

Connection
diagram
Oscilloscope
Note:
The (—) sides of the
other channels should
be open.
Adjusting procedure
1. Preset the oscillator. Set the output amplitude
with no load to be 1Vp-p (at 1kHz).
Note: The set value of the output level varies
slightly depending on the oscillator.
This set value is the one when the
oscillator of about 5000 output im-
pedance is used. Adjustment should be
made under the condition in which the
servo can be activated stably even after
the output of the oscillator was applied,
causing no mistracking. Low output
impedance provides low set output.
@ Adjusting the Focus Offset
@ Purpose
To adjust the focus servo bias to be optimum
value.
@ When adjustment is incomplete
The focus is hard to be closed. Playability is
deteriorated.
Connection diagram
ion Navas
. Make sure that the power is turned off and
connect the measuring instruments as indi-
cated in the above diagram.
. Play back the first music of SONY TYPE4 in
the normal mode.
. Adjust the tracking gain adjusting volume
(VR3) so that the error of the double-pointer
mV meter may be not more than 0+0.5dB
(under the condition in which 1kHz output is
genereated from the oscillator).
@ Measuring instrument
Oscilloscope
@ Measuring point
RF
@ Test disc and setting state
SONY TYPE4, normal mode
@ Adjustment : VR2
Oscilloscope
0.2uS/div
0.2V/div
AC mode
Sigma mode at
range of 30ns
Rise
edge mode
| 2060-CDC9600

Adjusting procedure
1.
2.
Play back the first music in the normal mode.
Connect the RF OUT to the jitter meter
(Meguro) and adjust the focus offset adjusting
volume (VR2) so that the jitter may be opti-
mized.
When there is no jitter meter, observe the
RF OUT based on GND by an oscilloscope
and adjust VR2 so that RF may be maximized
and the eye pattern may be omptimized.
@ Adjusting VCO Free-run Frequency
® Purpose
To adjust the free-run frequency of reference
clock for EFM decoder to be optimum value.
® When adjustment is incomplete
Spindle lock is impossible. The sound is not
emitted or breaks.
The long access time is long. (22 music >
1 music or 1 music + 22 music by SONY
TYPE4).
Connection diagram
WN =
A
5
SO
Note: Use the probe of 10: 1 for connection to
the jitter meter.
@ Measuring instrument
Frequency counter, various jigs for test mode
@ Measuring point
Pin 70 of PLCK CXD1167
@ Adjustment : VR5
DC power supply
| (Set to 4.8~4.5V,)
cee eee
Frequency counter
. Remove the mechanical module from the set.
. Short-circuit ASY to GND.
. Connect A-Vcc and 5V to the DC power
supply.
. Turn ON the power.
. Read the numeric value from the frequency
counter.
. Adjust to be F=4.2O0MHz+ 10kHz.
. Turn OFF the power.
. Disconnect the connection.
2060-CDC9600 =f

MEXPLANATION OF IC’s:
%1C’s other than explained below are described in Service Manual
TEXPLANATION OF IC’s, Vol.2~Vol.4.
BAN6608
051-1765-00 2-speed electronic governor IC for
forward/backward rotation of DC
motor
Outward Form
Block Diagram
To mechanical computer
1.02 :
(3900ppm/"C)
Drive mode
switching logic
i:
R5
4. 21.5KO
(3900ppm/*C)
MIMC74HCU04F 051-0859-36 HEX INVERTER
Outward Form
FETT
14
O
1
4.27
Terminal Connection
1A
1Y
2A
2Y
3A
3Y
GND
@NJM2103M
051-0869-55
Terminal Connection
System Reset IC
ae 8] RESET
Vse 12 | Vsq
OUT. [3 | 6 | Vse/RESIN
GND [4 | Voc
(Top View)
Block Diagram
Vsa/RESIN
C RESET OUT;
2060-CDC9600

HSN74LSO7NS 051-0160-06 6 Circuit Buffer/Driver Gate
Outward Form
Vec
6A
6Y
5A
5Y
4A
4Y
SC7SO8F 051-1738-35
TC7SO8F 051-1738-05
Outward Form
a 2 Input And Gate
Block Diagram
vcc
2060-CDC9600
Truth Table
WTC9267F 051-1766-05 D/A Converter With Digital Filter
Outward Form
&
Terminal Connection
vob
LRCK
BCK
DATA
RESET
OSCE
ATT(MUTE)
SHIFT (EM2)
LATCH(EMT)
MCK
LZ
Input data interface
Digital zero
detect
circuit
Timing
Eight times oversampling digital filter
generator
Oscillation
circuit
P/S RZ TEST VDA RO RO a GNDA [G LO VDA GNDX XI x0
—10—

Pin Description
Function
Pin for switching between serial and parallel control.
Pin for output of R-channel digital zero detection signal.
Test pin. This pin is usually used at Low level.
Analog power pin for R-channel DA converter.
Pin for normal output of R-channei data.
Pin for reversal output of R-channel data.
Analog GND pin for R-channel DA converter.
Analog GND pin for L-channel DA converter.
Pin for reversal output of L-channel data.
Pin for normal output of L-channel data.
Analog power pin for L-channel DA converter.
GND pin for oscillating element.
Pins for connection of crystal oscillator.
These pins generate clock signals necessary for the
system.
Power pin for oscillating element.
GND pin for logic element.
Pin for selection of clock signal.
Pin for output of L-channel digital zero detection signal.
Pin for output of system clock signal.
Pin for input of attenuator data latch signal in serial
control.
Pin for selection of deemphasis filter mode in parallel
control.
Pin for input of attenuator shift clock signal in serial
control.
Pin for selection of deemphasis filter mode in parallel
control.
Pin for input of attenuator data in serial control.
Pin for muting in parallel control.
Mute is turned on at Low level.
Pin for system clock control.
The system clock stops at Low level.
Reset pin.
Pin for input of data.
Pin for input of bit clock signal.
Pin for input of L/R clock signal.
BuPD78002CW-012
Outward Form
Power pin for lagic element.
051-1779-00 CD Changer Controller
58.68MAX-
Terminal Description
N.C — | No connection.
6 ie)
7
| 8 fsck | | A terminal which receives serial clock from C-BUS.
Inserting
window
A terminal which receives or sends SO/SI signal
of C-BUS.
SO: Used as data output, BUSY signal and READY
signal.
SI: A mode in which address or command from
the master CPU is being waited without data
input and communication.
A terminal which sends C-BUS service request.
The terminal is turned from “H” to “L” to have
the master read data informing a change in the
status of a slave CPU.
The terminal is turned from “L" to “H” after an
address has been received from the master CPU.
A terminal which controls the inserting window
illumination. The illumination is turned ON when
the terminal is turned to “H’.
illumination
11 RELAY A terminal which controls AUDIO RELAY of the
external select box. The terminal is controlled by
the command of C-BUS. Normally, ‘“H” is output-
ted when the autochanger is in the PLAY mode.
12 PON 2
D EMPH ie}
GFS 1
‘OK
F
A terminal which controls two system powers.
When the autochanger is in the PLAY mode, this
port is turned to “H" to supply power to CD ICs
“CXA1082" and "CXD1167". In the STOP mode
when the spindle motor stops, the terminal is
turned to “L” to turn the power of CD IC OFF.
A terminal which controls one system power.
When ACC detection is turned to “H™ (ACC CONT
from the head unit is turned “L‘’) or when EJECT
detection is turned “H" with the ACC detection
turned “L", this port is turned to “H”’ to turn the
power of entire system ON.
A terminal which controls de-emphasis. It outputs
“L” when a disc provided with emphasis is played
back.
A terminal which indicates that the frame sink of
CXD1167 is locked. "H’’ indicates normal oper-
ation, and “L” error.
=
w
A terminal which receives signal from the focus
OK comparator output terminal of CXA1082. “HH”
indicates FOCUS OK, and “L" FOCUS NG.
Vss — | GND terminal.
O | A terminal which controls the analog mute circuit.
In the PLAYBACK or manual search mode, the
terminal is turned to “L” to reset muting.
=
co)
= N
CD ROM O |}A terminal which outputs Audio/ROM mode
controller of CXD1167.
D MUTE 0 |A terminal which controls digital muting of
CXD1167. When ATTM of Internal Register “A”
in CXD1167 is “O", the terminal is turned to “L”
and audio signal is outputted normally. When the
terminal is turned to “H’’, no sound is produced
with —oodB.
O {A terminal which outputs the serial data transfer
clock.
A terminal which outputs latch.
A terminal which outputs serial data to control the
CD servo IC “CXA1082” and the signal processing
IC “CXD1167".
A terminal which outputs SUB-Q readout clock of
CD Ic.
A terminal which resets CXA1082 and CXD1167.
A terminal which controls LEDs.
LED-1 through LED-6 correspond to Disc Numbers
in the magazine. in normal operation, the terminal
indicates presence of the disc. If temperature
error, mechanical error, memory error or forced
eject error occurs, the terminal indicates the
applicable error.
GND terminal.
A terminal which receives door switch signal.
When the door is opened, the terminal is turned
to ‘“H". When the door is closed, the terminal is
turned to “L”.
2060-CDC9600

Function
Pin No. Symbol
34 ESE SEL
35 U/D MCW
36 U/D M CCW
37
PLM CCW
PLM CW
LED CONT
3
44
ACC CONT
A terminal which selects ACC OFF EJECT DISABLE
signal.
When the terminal is turned to "H’’, ACC is turned
OFF and EJECT key is turned ON to enable EJECT
Operation. When it is turned to “L’’, EJECT is
disabied.
O {A terminal which controls magazine's eject and
disc's up/down operation (clamp).
||
eee
|
sre
|
Magazine
UP
DOWN
|
EJECT
Peowew
[oe
oe
eee
[uo
weow
[a
[oe
[ae
ef]
A terminal which controls horizontal drive of the
disc to check, load and store the disc.
3 +B REM i A terminal which inputs +B-REMOTE terminal.
When 6-pin LED SEL terminal is turned to “L",
this terminal controls six LEDs and _ inserting
window illumination. The Jamp fights when the
6-pin LED SEL terminal is turned to “L’’, and it
turns out when the terminal is turned to “H”’.
t
9
40 LED SEL
A terminal which inputs LED indication.
When the terminal is turned to “H", six LEDs and
the inserting window illumination is controlled by
a command on C-BUS. When it is turned to “L’,
the LEDs and illumination is controlled by 7-pin
+B REM terminal.
A terminal which receives signal of a switch which
detects approximate loading, chucking and eject
positions in the up/down direction of the mecha-
nism.
O {A terminal which controls LED ON/OFF operation
of Disc No. PTr and Disc detection PTr.
The terminal is turned to “H™ when the mechanism
runs.
4 RESET | | A terminal which resets the {C.
| A terminal which receives signal from the sub-
code sink SO/SI output terminal of CXD1167. In
the PLAY mode, the terminal is turned to “H”
every 13.3mS to read sub-Q data.
A terminal which inputs NMI (Non-Maskable
interrupt).
With input of the “H” pulse longer than 10uS,
the terminal resets the STOP mode of clock stop
and CPU shifts to the operation mode after elapse
of clock oscillation stability period.
Eject
detection
Magazine SW
A terminal which receives signal from the EJECT
key. When the terminal is turned to “H", the
magazine is ejected.
A terminal which receives signal from a switch
detecting insertion of the magazine. When the
terminal is turned to ‘L’’, the magazine is inserted.
Power supply terminal (+5V + 10%).
4MHz terminal which is connected to the ceramic
resonator to oscillate system clock.
B/U
detection
Vss
GND terminal.
A terminal which receives BACK-UP detection
signal.
When BACK-UP is turned OFF to turn the terminal
to "L’, CPU is put in the STOP mode.
GND terminal.
DISC NO.
PTr
| 2060-CDC9600
A terminal which receives signal from DISC NO.
detection photosensor.
The terminal determines accurate position on PTr
by detecting approx. position in the up/down
direction of the mechanism with P/E switch.
Accurate position is determined when the terminal
is turned to “L"’.
(Used as A/D port)
Disc
detection
PTr
Disc load
PTr
Function
A terminal which receives signal of the DISC
presence detection photosensor.
The terminal determines status (presence} of the
disc in the magazine, perfect ejection of the disc
and its storage in the magazine.
“H': Disc detected (being loaded or unloaded}
(Used as A/D port)
A terminal which receives signal of the DISC
loading.
LoadEndSW
Temperature
sensor
A terminal which receives signal of a switch
detecting that the disc has been ejected entirely
from the magazine. When the terminal is turned
to “H", the disc has been ejected.
A terminal which receives signal of a switch
detecting whether the mechanism can move up
and down. When the terminal is turned to “L",
the mechanism can move up and down.
A terminal which judges high temperature when
voltage applied to this port becomes lower than
2.5V. When the voltage is higher than 2.7V,
temperature NG is reset to shift to the operation
mode. (Used as A/D port)
A terminal which receives sub-Q data from
CXD1167.
A terminal which controls CD by receiving FZC,
AS, TZC, SSTOP and BUSY, etc. from CXA1082
and CXD1167.
Power supply terminal (+5V +10%).
GND terminal.

MPARTS LIST:
©Electrical section
MAIN PWB
PART NO. DESCRIPTION REF NO. PART NO. DESCRIPTION Qr
D201, 203, 204 001-0330-00 DIODE 155119 X301 060-0146-50 CERA-RESONATOR *CST4. 00
309, 310, 501) 001-0352-00 188176 Q202, 501 100-1561-50 TRANSISTOR 2SA1561
001-0377-30 DIODE MA4051H
101-1240-50 TRANSISTOR 2SB1240
0305, 701, 8011 102-4038-50 TRANSISTOR 29C4038
103-1450-50 TRANSISTOR 2SD1450
d 4
001-0400-30 HZS5. LEB3
001-0377-48 DIODE MA4091H 103-1683-50 TRANSISTOR 2SD1683
| 001-0400-48 HZS9. 1JB3 Q201, 303, 304 103-1858-50 TRANSISTOR 25D1858
001-0377-49 DIODE MA4100L 601
001-0400-49 HZS10JB1 :
Q203, 301, 602 125-
604
Q102, 105, 204 125-2016-91} TRANSISTOR DTC114
302, 502, 603
| 1 |
R102 114-4711-1]} METAL FILM-R 1W 470
R901 114-5681-1]] METAL FILM-R IW 0.569
160-2212-09 CERAMIC-C_220pF
001-0423-24
001-0425-24
:
fon)
POLYESTER-C_ 1000pF
173-1521-11} POLYESTER-C 1500pF
CHIP-C 1000pF 7
ks
C101, 708, 808
CHIP-C 0.1 uaF
HLACTRO-C SOV 1
C201, 705, 805 183-1053-61] ELECTRO-C 50V luk
C601 183-1063-3]] ELECTRO-C 16V 10 uF
C103, 901 ELECTRO-C 10V 100 uF
C309, 501 ELECTRO-C 6.3V 47 uF
ELECTRO-C 16V_ 470 uF
042-0501-04 ELECTRO-C 16V 33 uF
IC SN74LSO7NS
051-0859-36 IC MC74HCU04F
051-0869-59 IC NJM2103M
051-1292-00 IC NJM4565M-D
051-1765-00 IC AN6608
051-1779-00 IC ~PD78002CW-012
051-0160-06
1C701, 702
1c901
1¢301
MOTOR DRIVE PWB
DESCRIPTION
001-0583-00 LED GI380
013-3808-11] SWITCH
051-1743-00 IC GPIS51
051-1765-00 IC ANG608
J101 074-0922-08
171-2233-06
183-1073-2
METAL FILM-R IW 0.'75Q
CERAMIC-C 0.022 uF
POLYESTER-C 0.1 uF
ELECTRO-C 10V 100 aF
DESCRIPTION
102-2712-00 TRANSISTOR 25C2712
2SD601
4 103-1766-50 TRANSISTOR 2SD1766
DESCRIPTION
DIODE 155226
COIL
VARIABLE-R_ *1k
VARIABLE-R #22k
1 CHIP-R 15k02 (1%)
ofS
125-2004-04 TRANSISTOR RN1402
UN2111
163-1073-10 CHIP ELEC-C 6. 3V 100 uF
C49, 53-56
99-61, 63-66
68-71
C50, 52, 57, 58 CHIP-R 30kQ (1%) 163-4763-30 CHIP ELEC-C 16V 47 uF
62, 67 176-1011-00 CHIP-C 100pF
R24, 26 CHIP-R 100kQ (1% 176-1201-00 CHIP-C 12pF
C29, 30, 33 CHIP-C [16V iwF TAN. 176-1801-00 CHIP-C 18pF
CIS, 22 ¥ CHIP-C 25V 0.47 uF TAN 176-2096-00 CHIP-C 2pF
Cl, 44 CHIP-C 6.3V 3.3F TAN 176-2201-00 CHIP-C 22pF
1'76-4702-00 CHIP-C 47pF
C17, 20, 34,63 178-1022-05 CHIP-C 1000pF
66-68
C4, 7,8, 21, 26 178-1032-05 CHIP-C 0.01 uF
42, 43, 46, 48
oT
C11-14, 28,35 178-1042 CHIP-C 0.1 uaF
36, 38, 41, 49
CHIP-C 10V 4.7 uF TAN
CHIP-C 6.3V 10a TAN
CHIP-C 4V 22 /F TAN
IC NJM2058M
IC CXA1081Q
IC CXA1082BQ
IC CXD1167Q
IC TAZ009F
IC SC7S08F
TC7S08F
IC TC9267F
CRYSTAL *16Mliz
TRANSISTOR 2SB1188
C31 1'78-2222-05 CHIP-C 2200pF
C9, 10, 18, 39 | 178-3332-09 CHIP-C 0.033 uF
C28 178-4722-05 CHIP-C 4700pF
178-4732-05 CHIP-C 0.047 uF
roy
—13— 2060-CDC960uU
HCIRCUIT DIAGRAM: 1/2
©Main section
2060-CDC9600
M102
U/D.MOTOR
SA

-HICIRCUIT DIAGRAM: 2/2
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EIPRINTED WIRING BOARD:
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SLED MOTOR PICK UP
R26 % ,
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LIMIT Sw SPINDLE MOTOR
CD DRIVE UNIT
to. MAIN P.W.B @)
= 9 = 22 =

MEXPLODED VIEW - PARTS LIST:
©Main section
23
2060-CDC9600
2060-CDC9600
DESCRIPTION
320-0489-01
320-0489-02
SLIDING DOOR (2060)
(CDC9600)
370-5412-01
ESCUTCHEON
382-3212-01
BUTTON *#EJECT
335-4374-00
ILLUMINATION PLATE
345-2830-07
LAMP CAP
345-5109-00
ISOLATOR *#UPPER
310-1514-01
UPPER CASE
286-7969-00
286-7970-00
SET PLATE (2060) —
(CDC9600)
311-1569-00
LOWER CASE
345-5110-00
ISOLATOR #LOWER
099-9831-00
MAIN PWB
345-7358-00
SPACER
716-1611-00
SCREW *M2. 6X4
716-1612-00
SCREW +#M2. 6X3
345-5158-00
SEALING RUBBER
074-0927-11
OUTLET SOCKET *13P DIN
0'75-0305-00
JACK *OPTICAL D-QUT
331-0034-00
QUTLET HOLDER
001-0483-03
LED *QRANGE
017-0418-00
PILOT LAMP
335-4373-00
LED HOLDER
018-3741-12
SWITCH *EJECT
0'74-0992-09
OUTLET SOCKET *9P
942s
25 | 001-0563-00
26 | 345-4205-00 | SPACER
[27
|
285-1340-00
|
LABEL*CAUTION
(CDC9600)
28
|
285-1426-00
|
LABEL*LASER(CDC9600)__|
LED
| 1

any / ee
2060-CDC9600
2060-CDC9600
— 25 —
> S, on
(id 9S
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68
MEXPLODED VIEW - PARTS LIST:
©CD change module mechanism section

0-CDC9600
Q NG j
Cy
a SS Ren 2
2060-CDC9600
L-CHASSIS-ASSY
DETECT-PD-ASSY
ROLLER-PR-ASSY
NO | PART NO.
966-0256-02
966-0257-02
966-0258-01
2 | 621-0210-00 | UP-ROLLER
73 | 621-0211-00 | UP-RO-SLEEVE
74 | 621-0212-00 | R-GEAR-A
PART NO. DESCRIPTION
QT
966-0259-01 | ROLLER-PL-ASSY To | 621-0213-00
966-0260-01 | SNG~PLATE-ASSY
76 | 621-0214-00
TI =
621-0215-00 | L-RO-SLEEVE
78 | 621-0216-00 | L-MOTOR GEAR
LOCK-LRR-ASSY
SHIFT-PR-ASSY
966-0261-02
| 7 | 966-0262-01
8 | 966-0263-01 | SIDE-PR-ASSY
9 | 966-0264-01 | P-CHANGE-P-ASSY
~]
82 | 621-0222-00
83 | 621-0227-00
84 | 621-0229-01 } RACK
85 {| 622-1031-01 | UP-ROLLER SHAFT
86 | 622-1032-01 | P-GEAR PIN-A
87 | 622-1033-00 | UD-GUIDE ROLLER
10 | 966-0265-00 | D-BRKT-RR-ASSY
11 | 966-0266-01 | SHIFT PL-ASSY
12 { 966-0267-00 | D-BRKT-RL-ASSY
966-0268-01 | FRONT-P-ASSY
14 | 966-0270-01 | LOCK-LFC-ASSY
15 | 966-0271-00 | JOINT L-ASSY
16 | 966-0272-00 | K-CHANGE-P-ASSY
79 | 621-0217-00 | P-GEAR-A
80 | 621-0218-00 | P-GEAR-B
81 | 621-0219-01 | P-GEAR-C
K-GEAR-A
Y-GEAR B
88 | 622-1034-01 | D-BRKT-ROLLER
89 | 622-1035-01
90 | 622-1042-01 | SLIDE-PL-ROLLER
91 | 622-1043-00 | UG-ROLLER SHAFT
966-0274-01 | SIDE-PL-ASSY
966-0276-00 | V-CHASSIS-ASSY
20 | 966-0277-00 | SH-LINK-ASSY
966-0273-01 | K-GEAR-B-ASSY
18
GEAR-PL-ROLLER
21 | 966-0278-01 | GEAR PLATE-ASSY
622-1051-00 | SPRING PIN
22 | 966-0279-01 | C-LINK-ASSY 93 | 629-0031-00 | GEAR DAMPER
UPPER-PL-ASSY 96 | 714-2003-11 | MACHINE SCREW
966-0280-01 | MG-PLATE-ASSY 94 | 629-0047-01 | DAMPER-DL
966-0281-00 | MG-LOCK-P-ASSY 95 | 629-0049-01 | LOADING ROLLER
SLIDE-PL-R-ASSY 97 | 714-2003-81 | MACHINE SCREW
98 | 714-2603-81 | MACHINE SCREW
20 | 966-0282-01
26 | 966-0283-01
27 | 966-0284-01 | SLIDE-PL-L-ASSY
28 | 966-0285-01 | REAR PANEL-ASSY 99 | 714-2606-81 | MACHINE SCREW
00 | 716-0761-01 | SCREW
LO1 | 716-0791-00 | SCREW
02 | 716-1507-00 | SCREW
29 | 966-0293-01 | SP-PLATE R-ASSY
30 | 966-0294-01 | SP-PLATE L-ASSY
31 {| 968-0050-01 | DRIVE UNIT
001-0563-00 | LED
I
013-3808-11 | SHITCH
I
03 | 716-1556-00 | SCREW
Lo)
onl toon =
eS] Oo] oS oS
{co} Co}
020-0394-00 | DC-MOTOR +UP/DOHN
020-1504-00 | DC-MOTOR *LOADING
IC _*INTERRUPIER
IC _+*AN6608
060-0252-00 | PHOTO-TR
074-0922-08 | OUTLET SOCKET +8P
099-9917-00 | PHB *LED
42 | 099-9919-00 | SWITCH PHB
—
746- 0829-00 { WASHER
750-3036-00 | DETECT-PD-SP
12
13
4
9
é
743-1500-10
11
e 1 po
7 | Co] CO} Bat DO} BO] BO} Co] Do] on] RH] 3] CO] pol te] HT |
099-9919-00 | SWITCH PWB (2/5 14 {| 750-3037-00 | DETECT-PS-SP
099-9919-00 | SWITCH PWB (375) 15 | 750-3038-00 | ROLLER-P-SPRING
099-9919-00 L116 | 750-3039-00 | SHIFT-PR-SPRING
099-9919-00 | SWITCH PWB (5/5 750-3040-01 | DLP-SPRING
111-4321-93 | FILM-R +1/4W 4. 3k 18 | 750-3041-00 | DRIVE-SP-F
111-7521-93 | FILM-R +#1/4W 7. 5k 19 | 750-38042-01 | DRIVE-SP-R
SW-LINK SPRING
114-7581-11 | FILM-R #1W 0.75 20 | ‘750-3043-00
171-2233-06 | CERAMIC-C 0.022 uF 21 | 750-3044-00 | GEAR PLATE-SP
172-1041-11 | POLYESTER-C 0.1 @F 750-3045-00 | C-LINK SPRING
52 | 183-1073-21 | ELECTRO-C 10V 100 uF 750-3046-00 | MG-EJECT SPRING
03 | 345-4205-00 | SPACER 750-3047-00 | MG-LOCK SPRING
04 | 345-5089-00 | CH-SHEET 750-3056-00 | LOCK-LRR-SPRING
do | 345-5151-00 | CLAMPER-H-SHERT 800-4911-60 | VINYL-COAT-WIRE
56 | 620-0216-02 | THRUST PLATE B 801-4908-60 | VINYL-COAT-WIRE
o? | 620-0393-00 | MG-EJECT PLATE 802-4907-60 | VINYL-COAT-WIRE
620-0414-02 | DETECT PLATE-S 802-4911-60 | VINYL-COAT-WIRE
620-0420-01 | L-MOTOR PLATE 804-5008-60 | VINYL-COAT-WIRE
805-5014-60 | VINYL-COAT-WIRE
620-0421-00 | L-MOTOR-H-PLATE
LEAD WIRE
LEAD WIRE
LEAD WIRE
816-2128-00
816-2130-00
816-2131-00
620-0432-00 | DISC-L-PLATE
620-0435-01
620-0453-01
SIDE PANEL R
620-0455-01 | SIDE PANEL L 816-2134-00 | LEAD WIRE
pes
620-0472-00 | SPRING-H-PLATE 816-2135-00 | LEAD WIRE
621-0146-02 | V-WORM 37 | 816-2236-00
621-0147-01 | V-GEAR A 816-2241-00 | SUMI CARD +9P
MG-STOPPER 746-0846-00 | WASHER
69 | 621-0200-02 | DNP-HOLDER A-DL 4 FLEX PWB
TR-COVER
0 | 099-9918-00
41 | 620-0389-00
42 | 345-7368-01
INSULATOR
621-0206-00 | DISC ROLLER B
71 | 621-0209-00 | UG-RO-SLEEVE
i OF
2060-CDC9600 |