Sep. 2010
25
RF-D UNIT
0.001
C25
R29
47K
DMA26104
Q9
1
2
3
4
5
470P
C121
CP06S
CP69
D10
1SV217
L31
10N
L29
0.39U
R73
10K
1
C130
0.0047
C13
0.01
C90
R8
47K
L38
3.9N
L20
0.1U
5P
C174
CP06S
CP49
D15
1SV217
MMZ1608Y102BT
EP72
D16
1SV217
CP06S
CP73
R88
2.7K
L48
17N
CP06S
CP88
CP1
HK3-S-T
R94
5.6
L69
LL1608
CP06S
CP28
CP06S
CP52
R5
27
3P
C39
0.
1
C75
R108
470
0
R117
L74
LL1608
R92
820
470P
C53
R24
470K
CP06S
CP45
L21
10U
470P
C34
L47
15N
D30
1SV214
8P
C87
5P
C172
L27
1
0N
100K
R67
L6
5.6U
R83
47
J1
L54
LL1608
L53
3.9N
Q1
3SK324
R81
10K
D2
1SS355
0.5P
C88
CP06S
CP48
100K
R86
R112
820
2P
C144
R46
47K
NJM2904M
IC1
V+
8
GND
4
L10
100U
R11
47K
R25
39
0.001
C2
CP06S
CP61
CP06S
CP50
CP06S
CP74
CP06S
CP17
L15
64N
470P
C48
2SK1069
Q11
470P
C107
47K
R70
R116
22
470P
C163
0.001
C129
47K
R87
R85
47
0.0047
C11
R54
18K
CP06S
CP39
NJM2902V
IC 2
2
3
1
470P
C54
CP06S
CP60
R51
68K
0
R118
R74
47K
L26
10N
J2
470P
C159
CP06S
CP77
#617DB
L59
D22
1SV214
L73
LL1608
0.001
C66
HN2V02H
D4
MMZ1608Y102BT
EP71
CP06S
CP41
CP06S
CP38
L77
6.8N
L9
0.27U
2P
C154
2P
C98
R1
10
CP06S
CP62
CP06S
CP18
L39
47N
L41
8.2N
5P
C127
L35
27N
XP1213
Q6
1
2
3 4
5
R75
68K
0
R119
CP06S
CP80
100P
C46
R97
5.6
0.001
C9
L37
3.9N
0.001
C21
UPC2709TB
IC 6
1
2 3
4
5
6
CP06S CP40
R115
22
0.001
C14
470P
C160
CP06S
CP31
47K
R79
L11
10U
D32
1SV214
MMZ1608Y102BT
EP78
R65
150K
4P
C141
R72
4.7K
0.0047
C3
D13
1SV271
470P
C72
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
10
L81
1U
CP06S
CP42
0.001
C20
R111
1K
L76
8.8N
R107
5.6
D8
1SV271
R19
820
CP06S
CP63
4P
C125
0.5P
C137
R38
820
47P
C101
R110
1K
CP06S
CP81
R90
820
0.001
C23
470P
C19
470P
C38
CP06S
CP82
0.0047
C8
CP06S
CP22
CP06S
CP36
0.001
C103
R36
820
L57
1U
L24
27N
L28
10N
R57
270K
D23
1SV214
L13
0.12U
NJM2904M
IC7
V+
8
GND
4
HN2V02H
D3
L32
33N
ARK115
RL2
R76
47K
D5
DZ2J150M
1
C79
L65
47N
L44
10U
470P
C128
CP06S
CP64
470P
C138
CP06S
CP14
R12
47K
470P
C102
2P
C55
470P
C104
Q2
3SK324
R95
820
L51
3.3N
L3
0.33U
L70
15N
15P
C17
15P
C168
#617DB
L61
R63
33K
L78
4.7N
2.5P
C124
Q3
3SK324
L72
6.8N
0.001
C1
MMZ1608Y102BT
EP77
CP06S
CP30
CP06S
CP23
CP06S
CP37
Q4
3SK324
L1
100U
R71
3.9K
100P
C40
R52
47K
CP06S
CP26
R13
47K
L7
0.12
U
R105
100
CP06S
CP56
R44
0
CP06S
CP78
L80
0
.
47
U
L79
LL1608
R59
47K
100P
C173
D1
1SS355
470P
C108
470P
C164
4P
C143
NJM2904M
IC1
6
5
7
CP06S
CP75
R82
820
MMZ1608Y102BT
EP76
NJM2904M
IC1
2
3
1
NJM2904M
IC7
2
3
1
D21
1SV214
CP06S
CP15
J3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
UPC2708TB
IC3
1
2 3
4
5
6
CP06S
CP85
2P
C86
0.0047
C12
L5
0.12U
0.
1
C76
NJM2902V
IC2
V+
4
GND
11
D11
1SV217
0.001
C27
CP06S
CP29
0.001
C15
470P
C60
MMZ1608Y102BT
EP75
R35
10
D7
1SV271
R45
47K
0.001
C78
C67*
C68*
CP06S
CP65
470P
C117
R84
820
R43
1K
CP06S
CP79
CP06S
CP57
R16
470K
L55
3.9N
L36
10N
CP06S
CP66
470P
C44
10P
C24
L64
LL1608
NJM2902V
IC2
13
12
14
CP06S
CP76
2SK1069
Q12
L2
0.56U
8P
C85
2P
C123
CP06S
CP12
D12
1SV217
CP06S
CP11
R27
820
0.001
C147
R64
39K
0.001
C26
R91
47
0.001
C139
L49
10U
D19
1SV214
R17
39
CP06S
CP86
CP06S
CP58
0.75P
C134
CP06S
CP90
D33
1SV217
22P
C10
D6
1SV271
R69
470K
R50
33K
100P
C33
0
R123
NJM2902V
IC2
9
10
8
R77
470K
R41
100K
470P
C4
R15
27
R56
3.3K
470P
C22
27P
C132
4P
C89
47P
C95
10P
C166
R20
47K
CP06S
CP70
CP06S
CP32
R37
5.6
0.001
C151
D28
1SV271
CP06S
CP67
L46
10N
L82
LL1608
2P
C122
CP06S
CP21
CP06S
CP53
R99
270
L17
1U
1P
C97
CP06S
CP13
0.001
C81
0.001
C37
L4
0.12U
4P
C83
100P
C156
#617DB
L58
470P
C158
R3
47K
CP06S
CP91
D9
1SV217
100K
R4
CP06S
CP59
33P
C32
L25
47N
0.001
C50
3P
C133
1.5P
C140
MMZ1608Y102BT
EP74
L62
1U
820P
C7
R89
33K
0.
1
C77
R96
820
R21
47K
470P
C162
2P
C155
L60
1U
0.001
C57
CP06S
CP33
R32
39
100K
R22
CP06S
CP71
100P
C45
2P
C96
R62
3.3K
3P
C145
R106
10
L30
15N
1P
C135
R93
820
CP06S
CP54
D24
1SS272
1
2
3
4
R23
27
47K
R26
D34
1SV217
R49
5.6K
0
R120
NJM2902V
IC2
6
5
7
0.001
C61
D29
1SV214
R58
47K
R98
820
470P
C118
L18
39N
R33
470K
CP06S
CP43
24P
C31
R66
47K
0.001
C105
C113*
470P
C165
100P
C91
D20
1SV214
10P
C94
470P
C28
0.001
C43
D27
1SV271
470P
C150
D17
MA77
8P
C93
D31
1SV214
R6
R124
470K
47 ERJ3GE
1
C80
470P
C92
10P
C30
L23
1U
CP06S
CP72
R10
47K
CP06S
CP19
12P
C47
5P
C171
CP06S
CP16
470P
C161
10P
C120
R30
47K
0.001
C111
CP06S
CP24
Q10
D TC144EU
L67
3.9N
L52
8.8N
SPM5001
IC4
1
G1
2
D1
3
D2
4
S2
5
S1
6
G2
470P
C41
0.0047
C6
100P
C29
CP06S
CP55
0.001
C52
0.001
C59
CP06S
CP34
CP06S
CP83
CP06S
CP46
470P
C49
0
R121
R113
3.3K
1.5P
C100
0.001
C131
470P
C119
0.001
C82
100P
C157
MMZ1608Y102BT
EP73
0
R122
470P
C149
470P
C51
470P
C106
47K
R2
J4
30P
C56
220K
R68
R40
100K
R100
100
R48
47K
L14
0.1U
XP1213
Q5
1
2
3 4
5
2P
C153
0.0047
C5
L12
0.27U
R80
10K
D25
1SV271
CP06S
CP20
470P
C112
100K
R14
R114
4.7K
CP06S
CP68
L42
15N
CP06S
CP25
0.001
C148
CP06S
CP84
L33
1U
470P
C109
4P
C84
CP06S
CP35
L8
0.15U
100K
R39
CP06S
CP89
CP06S
CP4
7
R34
470
L19
47N
0.001
C16
XP1213
Q8
1
2
3 4
5
470P
C110
C114*
D26
1SV271
0.001
C18
R42
6.8K
CP06S
CP87
L75
10N
1
C136
R109
10K
CP06S
CP27
CP06S
CP51
4P
C126
R78
47K
L56
3.3N
0.001
C36
R28
47K
1P
C142
D14
MA7 7
0.001
C146
R31
33
CP06S
CP44
L43
1U
R7
39
10P
C167
0.001
C152
DMA26104
Q7
1
2
3
4
5
ARK115
RL1
L16
17N
F4
F3
F2
F1
F1M
+24
SW
LVDA
+8
AGC
F2M
MI5V
MI5V
-8
GND
+24
F1
F2
F3
F4
MI5V
SW
F2M
F1M
+8
LDVA
AGC
-8
GND
Summary of Contents for iC- r8500
Page 1: ...SERVICE MANUAL ADDENDUM CONTENTS REPLACEMENT PAGE 5 3 PARTS LIST 1 VOLTAGE DIAGRAM 21 Jun 2011...
Page 24: ...SERVICE MANUAL ADDENDUM CONTENTS PARTS LIST 1 BOARD LAYOUTS 21 VOLTAGE DIAGRAM 23 Apr 2011...
Page 52: ...Replacement page Jan 2011 5 6 MAIN A UNIT CP2 Noise blanker check point...
Page 79: ...SERVICE MANUAL ADDENDUM CONTENTS PARTS LIST 1 BOARD LAYOUTS 21 VOLTAGE DIAGRAM 23 Sep 2010...
Page 147: ...SERVICE MANUAL ADDENDUM CONTENTS PARTS LIST 1 BOARD LAYOUTS 20 VOLTAGE DIAGRAM 22 Feb 2009...
Page 177: ...SERVICE MANUAL ADDENDUM CONTENTS PARTS LIST 1 BOARD LAYOUTS 20 VOLTAGE DIAGRAM 28 Jul 2008...
Page 213: ...S 14318XZ C1 Nov 2006 COMMUNICATIONS RECEIVER...
Page 221: ...4 2 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 222: ...4 3 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 223: ...4 4 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 224: ...4 5 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 225: ...4 6 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 226: ...4 7 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 227: ...4 8 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 228: ...4 9 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 229: ...4 10 UNIT NAME MAIN MAIN A RF A RF C RF B RF D MIX MIX A CONV CONV B PLL PLL B...
Page 230: ...5 1 SECTION 5 ADJUSTMENT PROCEDURE MAIN A PLL B PLL B MAIN A...
Page 231: ...5 2 PLL B MAIN A...
Page 233: ...5 4 MAIN A MIX A AND RF C UNITS CONBV B AND RF C UNITS...
Page 234: ...5 5 MAIN A MAIN A MAIN A MAIN A MAIN A MAIN A MAIN A...
Page 235: ...5 6 MAIN A UNIT...
Page 236: ...5 7 RF C BPF TUNED VOLTAGE ADJUSTMENT RF C BPF...
Page 237: ...5 8 RF C BPF TUNED VOLTAGE ADJUSTMENT continued RF C BPF...
Page 238: ...5 9 RF C BPF...
Page 239: ...5 10...
Page 261: ...7 2...
Page 262: ...7 3...
Page 265: ...SECTION 8 SEMICONDUCTOR INFRMATION 8 1...
Page 266: ...8 2...
Page 286: ...1 1 32 Kamiminami Hirano ku Osaka 547 0003 Japan S 14318XZ C1 2006 Icom Inc...