Kenwood KAC-X810D User manual

©2002-2 PRINTED IN JAPAN
B51-7897-00 (S) 3404
MONO POWER AMPLIFIER
SERVICEMANUAL
KAC-X810D/PS810D
Screw set
(N99-1577-15) Accessory
(W01-1586-05) Cover (F07-1110-01) x 2
∗Refer to the PARTS LIST
●KAC-X810D
OFF -12dB
-6dB
BAND REJECT
REMOTE +12dB
OFF
B.M.S
NORMAL REVERSE 15Hz 25HzOFF ON
PHASE INFRASONIC
LINE IN LINE OUT EXT.AMP.CONT.
FUSE(25AX3) BATT. P.CON
SPEAKER
OUTPUT
POWER IN
GND
INPUT SENSITIVITY(V)
B.M.S. FREQUENCY(HZ)
LPF FREQUENCY(HZ)
B.R.F. FREQUENCY(HZ)
MONO POWER AMPLIFIER
eXcelon
(MIN)5 0.2(MAX)
40 200
50 200
40 100
0.3
0.52 1
3
4
V-COLOR
Heat sink
(F01-1684-01)
∗Dressing panel
(A21-4190-02)
Mounting hardware
(J21-9864-04) x 4

KAC-X810D/PS810D
2
BLOCK DIAGRAM
INPUT
OUTPUT
J1 ISOLATION
AMPLIFIER
INPUT SENS I.S.F. B.R.F INV
S5
B.M.S L.P.F MUTE AMP
COMPEARATE POWER AMP
OFFSET
FREQUENCY DRIVER MUTE TRIANGLE
WAVE
OVERLOAD
DETECTION
DC OFFSET
MICRO-COMPUTER DETECTION
PCON
OVER VOLTAGE
PROTECTION
DOWN VOLTAGE
SWITCH CONVERTER
DC/DC
+15V -15V
AVR AVR
+5V
5V
SWITCH
POWER FUSE
V-LED
PROTECTION
THERMAL
OUTPUT
SPEAKER
J2
J2 PCON
J2 BATTERY
J5
B.BOOST
CONTROL
IC1 IC2 IC3 IC3 IC4,13 IC7 Q6 IC8,9
Q53,56IC12
IC8,9Q4IC15
IC6
D1
TH2,3
Q62,63 Q34-37
Q73
Q65
Q57,61
Q7
Q5
Q10,11
S3 S4
IC14
Q68,69
Q14-25,39-46
+5V
+5V
+15V
-15V
+B/-B/+14V

KAC-X810D/PS810D
3
●AUDIO UNIT (X09-5440-10)
Component Purpose • Function
IC1 Isolation AMP
IC2 Infrasonic AMP
IC3 Band rejection AMP
(1/4-3/4)
IC3 (4/4) Inverter
IC4,13 Bus boost AMP
IC5 Recet IC
IC6 Microcomputer
IC7 Low-pass filter AMP
IC8 (1/2) Chopping wave generator circuit
IC9 (1/2)
IC8 (2/2) Summing AMP
IC9 (2/2) PWM waveform generator circuit
IC10,11 Dead time generator circuit
IC12 Used for overcurrent detection
IC14 DC/DC converter IC
IC15 Used for B.M.S frequency offset
Q59,60
Q1-3 Used for LED driver
Q4,6 Used for MUTE
D6,7
Q5 Used for SW +5V
Q7,9 Used for +5V AVR
D11
Q10,12 Used for +15V AVR
D14
Q11,13 Used for –15V AVR
D15
Q14,16-19 Used for VI conversion
Q15,D20 Used for +15V AVR
Q20,21 Used for cascade
Q22,24 Gate failure prevention circuit
D27
Q23,25 Used for D-AMP ON/OFF
Q26-29
Q34-37 MOS FET for DC/DC
Q68,69
Q30-33 MOS FET Driver Tr
Q39-42
Q38,58,64 Overcurrent Detector Circuit
D32,42,45,46
Q43-46 MOS FET (Power FET)
Q47-50 MOS FET Driver Tr
Q51,52 Used for output current VI conversion
Q54,55
Q53,56 DC detection
Q57,61 Used for P-CON
D33
Q62,63 Power ON
Q65,D34 Used for overvoltage detection
Q66 Used for B.M.S
Q70,71 Used for Pulling –15V
Q73,D37 Used for reduced voltage detection
D1 Variable color LED
D2-5 Used for static electricity prevention
COMPONENT DESCRIPTION
Component Purpose • Function
D8-10,12,13 Used for the limitation of a
chopping wave voltage
D21,22,40,41 Used for rectification (±B)
D23-26 Used for rectification (+15V)
D28,29 Used for ±8.2V AVR
D30,31 Used for MOS FET Drive
D35,36,38 Protection circuit (error connection) for
the prevention of reverse connection
D39 Used for 5.1V AVR
D43,44 ±10V AVR

KAC-X810D/PS810D
4
MICROCOMPUTER'S TERMINAL DESCRIPTION
●IC6 (AUDIO UNIT : X09-5440-10)
Pin No. Pin Name I/O Description Processing Operation
1 +5V_SW O Low-current control Lo: SW 5V ON
2 N.C. - Not used
3 FAN - Not used
4 N.C. - Not used
5 D_VOLTAGE I D-class overvoltage detection Lo: Overvoltage detection
6 V_DOWN I Reduced voltage detection Hi: Reduced voltage detection
7 D_CURRENT I D-class overcurrent detection Lo: Overcurrent detectction when D power ON
8 AB_VOLTAGE I AB-class overvoltage detection Lo: Overvoltage detection
9 AB_CURRENT I AB-class overcurrent detection Hi: Overcurrent detection
10 BLUE O Blue control of variable illumination Hi: Illumination lighting
11 GREEN O Green control of variable illumination Hi: Illumination lighting
12 RED O Red control of variable illumination Hi: Illumination lighting
13 TEST -
14 RST - Reset signal input Lo: Reset operation
15 XIN - High-frequency oscillating connection pin
16 XOUT - High-frequency oscillating connection pin
17 VSS - 0V (GND)
18 VAREF - A/D reference voltage
19 ADIN_1 I Temperature detection 1 (A/D input) Hi: Abnormal temperature detection
20 ADIN_2 I Temperature detection 2 (A/D input) Hi: Abnormal temperature detection
21 ADIN_3 I Temperature detection 3 (A/D input) Hi: Abnormal temperature detection
22 ADIN_4 I Temperature detection 4 (A/D input) Hi: Abnormal temperature detection
23 N.C. - Not used
24 BASS 12dB I B.M.S +12dB fixed Hi: B.M.S fixed +12dB
25 BASS REMO I B.M.S switched from H/U Hi: B.M.S switched from H/U
26 BASS OFF I BOOST OFF Hi: BOOST OFF
27 D_POWER O D-class Amp block control Hi: D-class Amp block ON
28 N.C. - Not used
29 N.C. - Not used
30 POWER O AMP power control Hi: SW 14.4V ON
31 COM_HU I Pulse measurement of H/U communication
32 OFFSET CON O Offset control of BASS BOOST frequency Hi: OFFSET ON
33 BASS_CON_A O BASS BOOST control A
34 BASS_CON_B O BASS BOOST control B
35 N.C. - Not used
36 N.C. - Not used
37 STANBY I Stop mode canceled by Pcon ON Lo: Pcon ON or BUP overvoltage detection
38 N.C. - Not used
39 N.C. - Not used
40 VDD - Positive potential
41 TACT SW I Switch input for color determination Hi: SW ON
42 MUTE2 O Mute control in driver stage Lo: MUTE2 ON
43 MUTE1 O Mute control in amplifier block input stage Lo: MUTE1 ON
44 N.C. - Not used

KAC-X810D/PS810D
5
CIRCUIT DESCRIPTION
1. PWM Signal Waveform Generation
Aand Bare sent to the comparator so as to generate the
PWM waveform of C. (A clock of 50% in duty ratio is
obtained when Bis 0.)
A: Chopping wave
B: Analog input
C: PWM Signal
AB
C
0
0
UP DOWN UP DOWN UP
Dead Time
The waveform of Cis divided into upper and lower gate
waveforms. An OFF section is created so that the upper
gate waveform is not turned on simultaneously with the
lower gate waveform.
MUTE
Q6
D12
D10
D13
D9
D43
D8
IC9
AMP
IC8
(2/2)
SUMMING
D39
(2/2)
IC11D17
GEN CIRCUIT
DEAD TIME (2/4)
(2/4)
(1/4)
IC10 IC10 IC10
(4/4)
IC10 (3/4)
D16
PWM WAVE
GEN CIRCUIT
(1/2)
IC9
IC8
(1/2)
IC11
D19
(1/4)
D18
VI CONV
4
1800P
R58
33K
10.3V
8
3
2
150
+10.3V
R77
820
R86
4.7K
R270
C57 47P
R100 680K
47u 10V
68K
C58
3900P
+
C49
R101
+
R71 3.3K
82K
R75
C47 0.1
C42
1u50 R78 1K 6
R83
1K
5
24K
R107
5
4
R108
1.5K
R105
4.7K
73
612
C55
39P
12
13
C36 47u10
+
10K
R85
2
510
R66
7
114
6
5
43
11
C54
13
12 11
39P
R84 10K 10 98
C62
0.01
IC9(2/2)
R106
10K
10.3V
1C59
0.01
911
10
87
R70
10K
R69
C56
3K
+10.3V
R73
1.5K
7
R119
1K
14
10
98R118
1K
+5V
+5V +5V
10.3V
CB
Analog-fed back from
the output stage.
Audio
signal
Chopping wave generator circuit
The dead time is determined by
this time constant.
Upper gate
Lower gate
A

KAC-X810D/PS810D
6
CIRCUIT DESCRIPTION
2. D-AMP Block
The voltages at the upper and lower gates are current-
converted using Q14 and Q16 to Q19.
The converted current is returned to a voltage using R167
and R168 to drive MOSFET by Q30 to Q33 and Q39 to
Q42 (push-pull operation).
The PWM waveform swung up to ±B is output to Aand
converted into analog using an LC filter.
Note: Q24 turns off the upper gate voltage when the lower
gate voltage is turned on. (It prevents the voltages
from being turned on simultaneously.)
Q44
Q43
Q23
Q18
Q17 Q22
Q19 VI CONV
Q40
Q16
DRIVER
MOS FET
Q42
CASCADE
Q33
Q41
Q32
Q38
D-AMP
ON/OFF
Q25
Q24
D27
DRIVER
MOS FET
Q31
Q39
Q30
POWER FET
Q46
POWER FET
Q45
R196 0.1 2W
1.5K
R123
R144
Q17-19
R145
10 1/2W
10 1/2W
R162
51 1/2W
510 1/2W
510 1/2W
R129
R134
270 1/2W
R137
R153
330
1/2W
R150 1K
R167
330
R194 47K
1/2W
R130 750
1/2W
R195
47K
R168
1.2K
1/2W
Q32,33,41,42
80V
1/2W
R274 2.2
R177 100
1/2W
R171 100
C81
R166
R174
10K
R179
10K
R164
1K 1/2W
Q23,25
+93.5V
R193 0.1 2W
330P
1/2W
R155
C77
1/2W
5.1K
1/2W
R157 1K
Q30,31,39,40
R170 100
1/2W
R272 2.2
R176 100
1/2W
R204 0.1 2W R209 0.1 2W R206 0.1 2W R198 0.1 2W R200 0.1 2W
R275
2.2
R208 0.1 2W R205 0.1 2W R201 0.1 2W R199 0.1 2W R197 0.1 2W
Q43,45
2.2
R273
0.01
47K
1/2W
CIRCUIT
GATE MISTAKE
PREVENTION
Q22
93.5V
80.0V
4.5V
Q14
R124 750
1/2W
Q20 R146
1K
1/2W
Q21 R147
1K
1/2W
Upper gate
Lower gate
D-AMP ON/OFF circuit
A
SP
OUT
+B
–B

7
3. Overcurrent Detector Circuit
The signal level detected in Aand Bappears in C, and
the signal is current-converted using Q54 and R227.
The converted current is voltage-converted using R233, and
the output signal of IC12 is set "high" when the voltage
becomes more than +7.5 V.
The power of the D-amp is turned off when Dis set "high".
The information is sent to a microcomputer.
Eestablishes a positive feedback for a fixed time to stabilize
the operation.
CIRCUIT DESCRIPTION
KAC-X810D/PS810D
Q44
Q43
POWER FET
Q46
Q51
POWER FET
Q45
Q55
Q52
Q54
D46 D45
OVER CURRENT
DET
IC12
D32
D42
Q58 Q64
R196 0.1 2W
R194 47KR195
47K
80V
R274 2.2 R193 0.1 2W
R272 2.2
R204 0.1 2W R209 0.1 2W R206 0.1 2W R198 0.1 2W R200 0.1 2W
R275
2.2
80V
20K
R218
R208 0.1 2W R205 0.1 2W R201 0.1 2W R199 0.1 2W R197 0.1 2W
3.3K
Q43,45
2.2
R273
R219 3.3K
R228
2.7K
R276
R222
680K
2.2K
R233
+80V
+80V
3.3K
R227
+15V
3
R236
C112
0.01
C113
0.01
4.7K
4
47u 10V
C117
+
R243 47K
R241
15K
4.7K
R235
+15V
R240
15K
27 8
+15V
4.7u50
C116
+
+15V
80.0V
-80.0V
EC
D
A
B
Detection resistors on
plus side
Detection resistors on
minus side

ABCD
1
2
3
4
5
6
7
Refer to the schematic diagram for the values of resistors and capacitors.
PC BOARD
8
CN1
S1
CN2CN3
VR2 VR1
BMS SENS
16
VR3
LPF
HPF(X520)
BRF(X810D)
VR4
1166
Foil Side View
PREAMPLIFIER UNIT
X08-4090-10 (J74-1362-11)
CN1 CN2 CN3
S1
VR1 VR2 VR3
LPF
BMS
SENS
VR4
BRF(X810D)
HPF(X520)
161166
PREAMPLIFIER UNIT
X08-4090-10 (J74-1362-11)
Component Side View

MLKI JHGE F
1
2
3
4
5
6
7
PC BOARD (Component Side View)
AUDIO UNIT
Refer to the schematic diagram for the values of resistors and capacitors.
910
AUDIO UNIT (A/2)
(X09-5440-10)
.ON.feR sserddA
CIQ
1F3
2F4
3F4
4F5
5G4
6H4
7G6
8H6
9H6
01H5
11H5
21I5
31F5
41G3
51F5
1H5
2H5
3H5
4H6
5G3
6G6
7H4
9H4
01I6
11H6
21I6
31H6
41I5
51K4
61I5
71I5
81I5
91I5
02I6
12I6
22I6
32I4
42J6
52I4
62M2
72K2
82L2
92J2
03J6
13J6
23I6
33I6
43L2
53J2
63K2
73J2
83I4
93J6
04J6
14J6
24J6
34K6
44L6
54J6
64L6
74G2
84G2
94G2
05F2
15J5
25J5
35J5
45J5
55J5
65J5
75K4
85I5
95F6
06F6
16L4
26G3
36G3
46I5
56K4
66F2
86K2
96I2
07H6
17H6
37K4
R118
R119
C62 C60
R172
C18
R163
C76
C71
C74
R173
R181
C59
C15
R180
R175
C17
C16
C68
C113
C115
R132 R135
C112
R128 R122
C122
R125
R127
R126
C108
R158 R151
R159
R161
C81
C90
C99
C104
R142
C91
R143
R186
R244
R243
R242
R247
R246
R245
R241
R236
R235
R240
R239
R238
R258
R257
R256
R260
R259
R255
R251
R250
R249
R254
R253 R252
R210
R207
C11
R213
C57
R211
C14
R189 R188
R187
R192
R191
R190
R214
C47
R229
R226
R233
R232 R231
R224
C52
R217
R216
R223
R221
R220
R3
R14
R12
R9
R10
R11
C25
R4
R50
R53
R15
R54
R16
R67
R66
R65
R69
R73
R71
R70
R58
R56
R59
R63
R62
R60
R49
R30
R32
R35
C30
R33
R266
R6
R7
R23
R28
R281
R45
R263
R269
R46
R18
C137
R47
R38
C28
R5
R39
C27
R40
R75
R8
C24
R101
R100
R88
R87 R94
C43
C21
C22
R116
R115 R111
R106
R105 R108
R265
R86
R78
R77
R85
R82
R83
R84
R267
R276
R264
R502
C136
C133
C134
C129
R218
R219
R222
R227
R228 R225 R230 R234
R237
L9
R287
R288
C135
R261
C504
R510
R504
R503 R501
C502R505
R507
R506
R508
R509
C501
R272
R273 R274
R275
X1
EB
E
B
E
B
E
BE
B
E
B
18
916
14
85
14
85
1
7
14
8
1
5
81
4
1
89
16
14
58 14
58
14
58
17
814 814
17
35 41
11
33
23
22
12
44 34
1
4
8
5
14
5
8
R212
R112
R113
R89
R268
R215
R262
R270
C124
C128
R271
C503
W31
L7
L8
R37
R42
R34
R36
R97
R98
R48
R52
R27
R13
R17
R1
R2
R21
R24
R19 R20
C126
R166
R194
R195
R179
R174
R178
C58
C77
C73
C72
C139
C55
C54
C75
C19 C8
C29
C87
C100
C5
C4
C103
C101
C48
C33
C120
C53
C35
C10
C23
R144
R140
R147
R146
R145
R139
R134
R137
R148
R162
R157
R167
R164
R150
R155
R153
R171
R176
R177
W43
R170
R123
W42
R130
R129
R124
C125
R168
W53 W54
C93C94
R277
W104
C138 C102
C51
C105
C49
C50
C109
C32
C119
C121
C34
C63
C61
C70
C116
C117
C31
C44
C36
C42
C46 C12
C41
C82
C45
C9
C123
C69
W105
C97
R198
R199
R200
R193
R196
R197
R201
R208
R209
R206
R204
R205
C56
C13
TH3
W103
R282
R283
W106
W55
W107 W108
W101
W56
R278
W102
W12
W2
W24
W15
W1
R248
W9
W16
W11
W10 W18
W17
W23
W22
W21
W8
W13
W14
W19
R107
TH2
C98
C127
C2
C3
C1
R284
W20
W57
W46
R285
W47
W48
W49
W50
W51
C140
W52
W30
W29 W33
W32 W37
W36
W27
W28 W34 W35 W39
W40
W41
W38
W45
W44
W26
W6
W25
W7
W4
W5
W3
R279
R280
L3
C78
C79
C84
C85
L4
C66
L6
C65
C64
L5
C67
BE
E
B
E
B
E
B
SG
E
B
SG EB EB
E
B
B
EB
BE
E
EB
BE
BE
BE
B
B
E
BE
EB
EB
E
B
B
B
BE
BEBE
B
EB E
B
EE
B
EE
BEEBEB
B
E
E
B
EEB
E
E
BE
EB
EB
E
E
B
B
EB
B
E
EB
B
B
B
E
E
B
B
E
E
E
B
EB
E
B
B
DSDGSDGSDGSDGSDGSDGSDGSDGSDG
17
814
DS
G
DS
G
DS
G
D
14
41
611616
OFF +12dB
B.M.S OFF -12dB ONOFF
-6dB
B.R.F I.N.V
REM
IC10 IC11
IC13
IC12
IC4
IC7
IC8
IC1
IC2
IC5
IC15
IC14
IC3
IC6
IC501
Q73
Q57
Q4
Q62
Q60
Q59
ON
OFF 25Hz
15Hz
INPUT
I.S.F I.S.F SEL
D1
E1
D39
D21 Q35
Q70
Q71
WH1
D40 Q68
Q27
Q29 Q34
WH2
WH3
D501
J1
CN1
WH4
Q501
Q22
D42
Q28 Q26Q37
D41
D22
Q503
Q502
D44
Q69
D43
D503
D502
WH4
WH5
FUSE
FUSE
FUSE
Q51
Q54
Q52
Q55
D8
D7
D12
D9
D6
D2
D5
D30
D27
D32
D31
D19
D16
D13
D18
D17
D15
D20
D14
D10
D11
D34
D37 D33
D28
D29
Q13
Q1
Q24
Q65
Q66
Q2
Q6
Q9
Q5
Q3
Q12
Q56
Q49
Q53
Q47
Q50
Q38
Q64
Q61
Q48
Q58
Q10
Q11
Q14
Q16
Q63
Q15
Q7
D25
D26 D23
D24
D45
D46
J2
E2
Q43 Q44
IC9 Q30
Q17
Q39
Q18
Q32
Q19
Q41
Q21
Q23
Q25
Q42
D35
Q33 Q31 Q40
Q20
D38
D36
J5
P-CON
SP-OUT
SIGNAL
GND
J3
J4
S2
S3
S5
S1 S4
CN2
D4
X09 B/2
D3
Q46
Q45
GND
BATT.
Q36
X09-5440-10 (A/2)
(J74-1361-11)

NOP RQ S T VU
1
2
3
4
5
6
7
R212
R112 R113
R89
R268
R215
R262
R270
C124
C128
R271
C503
W31
L7
L8
R37
R42
R34
R36
R97
R98
R48
R52
R27
R13
R17
R1
R2
R21
R24
R19
R20
C126
R166
R194
R195
R179
R174
R178
C58
C77
C73
C72
C139
C55
C54
C75
C19 C8
C29
C87
C100
C5
C4
C103
C101
C48
C33
C120
C53
C35
C10
C23
R144
R140
R147
R146
R145
R139
R134
R137
R148
R162
R157
R167
R164
R150
R155
R153
R171
R176 R177
W43
R170
R123
W42
R130
R129
R124
C125
R168
W53 W54
C93C94
R277
W104
C138
C102
C51
C105
C49
C50
C109
C32
C119
C121
C34
C63
C61
C70
C116
C117
C31
C44
C36
C42
C46 C12
C41
C82
C45
C9
C123
C69
W105
C97
R198
R199
R200
R193
R196
R197
R201
R208
R209
R206
R204
R205
C56
C13
TH3
W103
R282
R283
W106
W55
W107
W108
W101
W56
R278
W102
W12
W2
W24
W15
W1
R248
W9
W16
W11
W10
W18
W17
W23
W22
W21
W8
W13
W14
W19
R107
TH2
C98
C127
C2
C3
C1
R284
W20
W57
W46
R285
W47
W48
W49
W50
W51
C140
W52
W30
W29 W33
W32 W37
W36
W27
W28
W34
W35
W39
W40
W41
W38
W45
W44
W26
W6
W25
W7
W4
W5
W3
R279
R280
L3
C78
C79 C84
C85
L4
C66
L6
C65
C64
L5
C67
B
E
EB
EB
EB
GS
EB
S
GE BE B
E
B
B
EB
BE
E
EB
BE
BE
B
E
B
B
E
BE
E
B
E
B
E
B
B
B
BE
BEBE
BE BE
BE
E
BE
E
B
E
E
B
E
B
BE
EBE
E
B
E
E
BE
EB
EB
E
E
B
B
EB
BE
EB
B
B
B
E
E
B
B
E
E
EB
EB
E
B
B
DGDSGDSGDSGDSGDSGDSGDSGDSGDS
DGDS GDS GDS
17
814
41
1616 16
14
ONOFFI.N.V
OFF +12dB
B.M.S OFF -12dB
-6dB
B.R.F
REM ON
OFF 25Hz
15Hz
INPUT
I.S.F I.S.F SEL
D1
E1
D39
D21
Q35
Q70
Q71
WH1
D40
Q68 Q27 Q29
Q34
WH2
WH3
D501
J1
CN1
WH4
Q501
Q22
D42
Q28
Q26 Q37 D41 D22
Q503
Q502
D44
Q69
D43
D503
D502
WH4
WH5
FUSE
FUSE
FUSE
Q51 Q54
Q52 Q55
D8
D7
D12
D9
D6
D2
D5
D30
D27
D32
D31
D19
D16
D13
D18
D17
D15
D20
D14
D10
D11
D34
D37
D33
D28
D29
Q13
Q1
Q24
Q65
Q66
Q2
Q6
Q9
Q5
Q3
Q12
Q56
Q49
Q53
Q47
Q50
Q38
Q64
Q61
Q48
Q58
Q10 Q11
Q14 Q16
Q63
Q15
Q7
D25
D26
D23
D24
D45
D46
J2
E2
Q43
Q44
IC9
Q30
Q17
Q39
Q18
Q32
Q19
Q41
Q21
Q23
Q25
Q42
D35
Q33Q31Q40
Q20
D38
D36
J5
P-CON
SP-OUT
SIGNAL
GND
J3
J4
S2
S3
S5
S1 S4
CN2
D4
X09 B/2
D3
Q46 Q45
GND
BATT.
Q36
Refer to the schematic diagram for the values of resistors and capacitors.
11 12
PC BOARD (Foil Side View)
AUDIO UNIT (A/2)
(X09-5440-10)
.ON.feR sserddA
CIQ
9S6
1S5
2S5
3S5
5T3
6T6
7S4
9S4
01R6
11S6
21R6
31S6
41R5
51P4
61R5
71R5
81R5
91R5
02R6
12R6
22R6
32R4
42Q6
52R4
62N2
72P2
82O2
92Q2
03Q6
13Q6
23R6
33R6
43O2
53Q2
63O2
73Q2
83R4
93Q6
04Q6
14Q6
24Q6
34P6
44O6
54Q6
64O6
74T2
84T2
94T2
05U2
15Q5
25Q5
35Q5
45Q5
55Q5
65Q5
85R5
16O4
36T3
46R5
56P4
66U2
86P2
96R2
07S6
17S6
AUDIO UNIT
X09-5440-10 (A/2)
(J74-1361-11)