background image
CD AUTO CHANGER
KDC-C565FM
C465FM
© 1999-12 PRINTED IN JAPAN
B51-7560-00(S) 3124
SERVICE MANUAL
The MECHANISM OPERATION DESCRIPTION is same as model KDC-C660.
Please refer to the service manual of model KDC-C660 (B51-7105-00).
Panel
(A64-2004-01):C565FM
(A64-2005-01):C465FM
Dressing panel
(A21-3533-02)
Metallic cabinet
(A01-2654-01)
When transporting these models, always attach CAUTION CARD
and STEPPED SCREW (for transportation).
CAUTION CARD
:B58­1275­04
STEPPED SCREW
:N09­4186­25
Service jig
Parts No.
For initial position setting
W05-0635-00
Dressing panel
(A21-3531-02)
Cord with plug
(E30-4138-05)
Antenna cord assy
(E30-4310-08)
Case
(A01-2723-08)
Holder assy
(B07-2138-08)
DC cord assy
(E30-4733-08)
Display unit assy
(T95-0247-08):C565FM
(T95-0248-08):C465FM
Holder assy (MAGAZINE)
(J19-4687-32)
Screw set
(N99-1645-15)
Bracket (R)
(J19-4715-13)
Blind Plate
(F19-1303-04)
Magic tape assy
(W01-0763-08)
Bracket (L)
(J19-4713-13)
Photo is KDC-C565FM
*KDC-C565 only
Remote controller assy
(A70-0896-05)
1
4
7
2
5
8
0
3
6
9
T.
DN
T.
UP
PWR
RDM
DISC
REPEAT
D.SCAN
T.SCAN
M.RDM
REPEAT
DISC
REMOTE CONTROL UNIT
RC-503


background image
KDC-C565FM/C465FM
2
CONNECTIONS
BLOCK DIAGRAM
RF MODULATOR


background image
KDC-C565FM/C465FM
BLOCK DIAGRAM
3
4
KDC-C565FM/C465FM
M5V1
LIM SW
L.P.S.
S2 EJ SW
S3 ARM SW
12.5MHz
AVREF0
X2
SPINDLE
PD
SLED
LOE SW
TR COIL
FO COIL
E
D
B
AC
MOTOR
DRIVER
BTL & DC
ELEVATOR
EEPROM
S-24C01B
HOT
TEXT DECODER &
APC
SD5V
Q1
S8V
LA6556
Q9
UPD784214GC-062-8EU
SYSTEM u-COM
IC7
IC1
RF AMP & SERVO DSP &
16.93MHz
X1
P ON
Q10
7V/9V
M5V1
M5V2
RESET
IC9
Q15,16
8V AVR
Q20
Q21,22
BU.DET
5V AVR
BU14V
DA5V
MUTE
5VREG
S8V
CH CON
CH RST
CH MUTE
5L I/F
AUDIO OUT
T0
IC8
7
4
5
8
2
5
Q6-8
IC4
IC5
AVR
S5V
13
2
S8V
Q12
S1 MG SW
3
HEAD
UNIT
M
MM
SA5V
UPD63711GC
D/A CONVERTER & SCF
PICKUP ASSY
(X13-973)
(X32-466)
(X13-900)
(X92)
OBIT
MUTE
Q4,5
F


background image
KDC-C565FM/C465FM
KDC-C565FM/C465FM
MICROCOMPUTER DESCRIPTION
ADJUSTMENT
5
6
q
RF MODULATOR UNIT
1. DC balance adjustment (VR301)
While observing the waveform with a oscilloscope at
pin 13 of IC301, adjust VR301 to minimize the
waveform level.
2. PLL control voltage adjustment (VC301)
First set the transmission frequency to *87.9 MHz with
the commander, then adjust VC301 so that the DC
Voltage at the + pole of C317, measured using a
multimeter or digital tester, is + 3V (
± 0.1 V).
3. Modulation level adjustment (VR303)
The method using a standard receiver or tuner.
Adjust VR303 so that the output level from the
standard receiver or tuner is as specified.
System
µ-com : UPD784214GC (X32- : IC7)
qTerminal description
1
TOUT
O
Test output.
2
TSTB
O
Text data strobe signal.
3
-
O
NC.
4
FOK
I
H: Focusing OK. L: Focusing NG.
5
X OFF
O
H: Servo IC oscillation OFF.
6
RST
O
L: Servo IC reset.
7AO
O
H: Parameter setting.
L: Address register setting.
8
STB
O
L: Data latch.
9
VDD
Power supply connection.
10
X2
-
Oscillator.
11
X1
I
Oscillator.
12
VSS
I
GND.
13
XT2
-
NC.
14
XT1
GND.
15
RESET
I
L: Reset.
16
BSY
17
MGSW
I
H: Holder IN. L: Holder OUT.
18
EJSW
I
H: Eject.
19
COMMSW
I
H: New. L: Old.
20
PACK
I
Text data pack sync signal.
21
CHCON
I
Changer control.
22
BUDET
I
B-U detection.
23
AVDD
I
A/D converter power supply.
24
AVREF
I
A/D converter reference
voltage.
25
HOT
I
High temperature detection.
26
LPS
I
Position detection.
27
LOESW
I
L: Loading completed.
28
LIMSW
I
L: PU limit switch ON.
29
TOFF
I
Tracking off mode.
30
ADJSEL
I
H: Servo Adjustment OFF.
L: Servo Adjustment ON.
31
TBANK
I
H: Gain UP. L: Normal.
32
SIM3
33
AVSS
GND.
34
LPSCO
O
A/D converter power supply.
H: OFF.
35
AMUTE
O
L: Muting ON.
36
AVREF1
A/D converter power supply.
37
SDI
I
Servo data input.
38
SDO
O
Servo data output.
39
SCK
O
Servo clock output.
40
DATAH
I
Data input from H/U.
41
DATAC
O
Data output to H/U.
42
HCLK
I/O
H: Clock input.
L: Clock output.
Pin No.
Pin Name
I/O
Description
43
REQC
O
Communication request to
H/U.
44
CHMUTE
O
L: Muting ON.
45
TSO
O
Text data output.
46
TSI
I
Text data input.
47
TSCK
O
Text clock output.
48~55
A0~A7
O
S-RAM address setting.
56~63
D0~D7
I/O
S-RAM data input/output.
64~68
A8~A12
O
S-RAM address setting.
69~71
A13~A15
O
S-RAM enable control.
72
VSS
GND.
73, 74
A16, A17
O
S-RAM enable control.
75
RAMOK
O
H: OK.
76
ELVADJ
I
L: Adjustment mode.
77
RD
O
S-RAM read control.
78
WR
O
S-RAM write control.
79
WAIT
I
Wait during S-RAM access.
80
ASTB
O
NC.
81
VDD
Power supply connection.
82
RAMTEST
I
H: S-RAM check mode.
83
REQH
I
Communication request from
H/U.
84
SP/LO+
O
Spindle/Loading + control.
85
SP/LO-
O
Spindle/Loading - control.
86
ELV+
O
Mechanism UP/DOWN control.
87
ELV-
O
Mechanism UP/DOWN control.
88
SIM1
I
L: Text. H: No Text.
89
SEARCH
O
H: Play. L: Search.
90, 91
TEST1, 2
I
L: Normal. H: Test.
92
8V/7V
O
H: 7 V. L: 8 V (Servo power
supply).
93
SLG
I
H: +3 dB. L: 0 dB (Sled gain).
94
TEST/VPP
I
L: Flash ROM program mode
OFF.
95
SRVSEL
I
H: Servo mode.
96
SLNSA
I
L: Sled non-sensible area ON.
97
SDA
I/O
EEPROM data input/output.
98
SCL
O
EEPROM clock output.
99
PON
O
L: Power ON.
100
ARMSW
I
H: Arm switch ON.
Pin No.
Pin Name
I/O
Description
q
LPS initial position adjustment procedure
Connect the changer to the H/U. While holding the
magazine eject button of the changer, press the reset button
of the H/U and, in about 1 second, release the magazine
eject button. Press the CD button of the H/U to enter the
E-88 mode. Move the mechanism deck to around the 1st
stage by pressing the DISC- or DISC+ button.
Insert the adjustment tool into the tool hole on the changer
mechanism. Then press the DISC+ button to move the
mechanism deck until the mechanism's slider hits the
adjustment tool. When the motor locks (stops) press the
REPEAT key of the H/U.
When the REPEAT key is pressed, the mechanism moves
automatically to the 1st stage and the initial position
adjustment completes. (The data is written in the E2PROM
at this time.)


background image
KDC-C565FM/C465FM
KDC-C565FM/C465FM
MICROCOMPUTER DESCRIPTION
ADJUSTMENT
5
6
q
RF MODULATOR UNIT
1. DC balance adjustment (VR301)
While observing the waveform with a oscilloscope at
pin 13 of IC301, adjust VR301 to minimize the
waveform level.
2. PLL control voltage adjustment (VC301)
First set the transmission frequency to *87.9 MHz with
the commander, then adjust VC301 so that the DC
Voltage at the + pole of C317, measured using a
multimeter or digital tester, is + 3V (
± 0.1 V).
3. Modulation level adjustment (VR303)
The method using a standard receiver or tuner.
Adjust VR303 so that the output level from the
standard receiver or tuner is as specified.
System
µ-com : UPD784214GC (X32- : IC7)
qTerminal description
1
TOUT
O
Test output.
2
TSTB
O
Text data strobe signal.
3
-
O
NC.
4
FOK
I
H: Focusing OK. L: Focusing NG.
5
X OFF
O
H: Servo IC oscillation OFF.
6
RST
O
L: Servo IC reset.
7AO
O
H: Parameter setting.
L: Address register setting.
8
STB
O
L: Data latch.
9
VDD
Power supply connection.
10
X2
-
Oscillator.
11
X1
I
Oscillator.
12
VSS
I
GND.
13
XT2
-
NC.
14
XT1
GND.
15
RESET
I
L: Reset.
16
BSY
17
MGSW
I
H: Holder IN. L: Holder OUT.
18
EJSW
I
H: Eject.
19
COMMSW
I
H: New. L: Old.
20
PACK
I
Text data pack sync signal.
21
CHCON
I
Changer control.
22
BUDET
I
B-U detection.
23
AVDD
I
A/D converter power supply.
24
AVREF
I
A/D converter reference
voltage.
25
HOT
I
High temperature detection.
26
LPS
I
Position detection.
27
LOESW
I
L: Loading completed.
28
LIMSW
I
L: PU limit switch ON.
29
TOFF
I
Tracking off mode.
30
ADJSEL
I
H: Servo Adjustment OFF.
L: Servo Adjustment ON.
31
TBANK
I
H: Gain UP. L: Normal.
32
SIM3
33
AVSS
GND.
34
LPSCO
O
A/D converter power supply.
H: OFF.
35
AMUTE
O
L: Muting ON.
36
AVREF1
A/D converter power supply.
37
SDI
I
Servo data input.
38
SDO
O
Servo data output.
39
SCK
O
Servo clock output.
40
DATAH
I
Data input from H/U.
41
DATAC
O
Data output to H/U.
42
HCLK
I/O
H: Clock input.
L: Clock output.
Pin No.
Pin Name
I/O
Description
43
REQC
O
Communication request to
H/U.
44
CHMUTE
O
L: Muting ON.
45
TSO
O
Text data output.
46
TSI
I
Text data input.
47
TSCK
O
Text clock output.
48~55
A0~A7
O
S-RAM address setting.
56~63
D0~D7
I/O
S-RAM data input/output.
64~68
A8~A12
O
S-RAM address setting.
69~71
A13~A15
O
S-RAM enable control.
72
VSS
GND.
73, 74
A16, A17
O
S-RAM enable control.
75
RAMOK
O
H: OK.
76
ELVADJ
I
L: Adjustment mode.
77
RD
O
S-RAM read control.
78
WR
O
S-RAM write control.
79
WAIT
I
Wait during S-RAM access.
80
ASTB
O
NC.
81
VDD
Power supply connection.
82
RAMTEST
I
H: S-RAM check mode.
83
REQH
I
Communication request from
H/U.
84
SP/LO+
O
Spindle/Loading + control.
85
SP/LO-
O
Spindle/Loading - control.
86
ELV+
O
Mechanism UP/DOWN control.
87
ELV-
O
Mechanism UP/DOWN control.
88
SIM1
I
L: Text. H: No Text.
89
SEARCH
O
H: Play. L: Search.
90, 91
TEST1, 2
I
L: Normal. H: Test.
92
8V/7V
O
H: 7 V. L: 8 V (Servo power
supply).
93
SLG
I
H: +3 dB. L: 0 dB (Sled gain).
94
TEST/VPP
I
L: Flash ROM program mode
OFF.
95
SRVSEL
I
H: Servo mode.
96
SLNSA
I
L: Sled non-sensible area ON.
97
SDA
I/O
EEPROM data input/output.
98
SCL
O
EEPROM clock output.
99
PON
O
L: Power ON.
100
ARMSW
I
H: Arm switch ON.
Pin No.
Pin Name
I/O
Description
q
LPS initial position adjustment procedure
Connect the changer to the H/U. While holding the
magazine eject button of the changer, press the reset button
of the H/U and, in about 1 second, release the magazine
eject button. Press the CD button of the H/U to enter the
E-88 mode. Move the mechanism deck to around the 1st
stage by pressing the DISC- or DISC+ button.
Insert the adjustment tool into the tool hole on the changer
mechanism. Then press the DISC+ button to move the
mechanism deck until the mechanism's slider hits the
adjustment tool. When the motor locks (stops) press the
REPEAT key of the H/U.
When the REPEAT key is pressed, the mechanism moves
automatically to the 1st stage and the initial position
adjustment completes. (The data is written in the E2PROM
at this time.)