Sony DAR-RH1000 / DAR-RH7000 / HCD-RH1000 / HCD-RH7000 Service Manual ▷ View online
HCD-RH1000/RH7000
45
45
HCD-RH1000/RH7000
7-27. SCHEMATIC DIAGRAM – AV-089AU Board (2/9) –
•
See page 62 for IC Block Diagrams.
23
24
25
26
27
28
29
30
31
32
33
REC_MCK_1
50V
4.7u
C212
25V
C205
47u
JL210
AU3INL
FA_INL
JL201
25V
C208
47u
100
R239
25V
47u
C218
22k
R229
10k
R237
50V
2.2u
C219
0.1u
B
C217
JL215
JL219
50V
10u
C222
25V
47u
C209
22k
R230
± 0.5%
47k
R226
INSEL_2
ADLRCKI
ADDATI
ADBCKI
100
R238
JL205
25V
47u
C206
SW3.3V
25V
47u
C221
22
R240
JL208
SWA5V
0.1u
B
C215
± 0.5%
47k
R219
AU3INR
JL218
10k
R236
JL206
JL207
22k
R231
47k
R218
JL203
JL212
± 0.5%
47k
R224
47k
R228
25V
47u
C207
0.1u
B
C220
25V
47u
C211
47k
R217
XSWGBRST
22
R233
0
R204
0
R212
AUGND
R205
0
INSEL_TU
± 0.5%
47k
R227
JL214
± 0.5%
47k
R220
22
R232
25V
47u
C213
JL216
JL221
JL213
10k
R235
JL204
JL217
JL220
50V
4.7u
C210
FA_INR
JL202
50V
10u
C216
JL211
25V
47u
C214
47k
R223
JL209
INSEL_1
47k
R221
0
R203
ADMUTE
10k
R222
± 0.5%
10k
R225
0.1u
B
C225
22
R245
AK5366VQ-L
IC201
LIN5
1
TEST1
2
LIN4
3
TEST2
4
LIN3
5
TEST3
6
LIN2
7
TEST4
8
LIN1
9
LOPIN
10
LOUT
11
IPGAL
12
IPGAR
13
ROUT
14
ROPIN
15
A
VDD
16
A
VSS
17
VCOM
18
DVSS
19
DVDD
20
SDTO
21
BICK
22
LRCK
MCLK
PDN
TVDD
SMUTE
SEL0
SEL1
SEL2
CDTI/SDA
CCLK/SCL
CSN/CAD1
I2C
34
M/S
35
RIN1
36
TEST5
37
RIN2
38
TEST6
39
RIN3
40
TEST7
41
RIN4
42
TEST8
43
RIN5
44
L3RC
JL928
AVLINK
JL926
FSW
JL933
L3B
JL942
DGND
VY_AD
JL931
28P
CN902
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
JL940
JL938
JL936
JL925
JL929
JL927
JL934
JL943
L3G
JL932
JL941
JL930
JL939
JL937
JL935
JL924
0.01u
C226
630V
R402
0
R401
0
SIF
TU5V
AM
TUDV
AM
SIF
TU5V
TUDV
TUDV
AM
SIF
TU5V
ADGND
GND
EUAUINR1
EUAUINR3
TURI
ADGND
EUAUINL1
GND
TUDV
GND
FSW
ADGND
VY_AD
GND
L3G
SIF
ADGND
L3RC
TULI
ADGND
L3B
AM
GND
ADGND
AVLINK
EUAUINL3
GND
TU5V
AUDIO INPUT SELECT,
A/D CONVERTER
IC201
15
Y/CHROMA
AUDIO
PB
SIGNAL
CHROMA
REC
VIDEO SIGNAL
Y
± 0.5%
± 0.5%
TO(3/9)
TO(1/9)
6
TO(3/9)
TO(6/9)
11
TO(5/9)
13
14
TO(8/9)
16
TO(6/9)
TO(5/9)
TO(8/9)
9
TO(4/9)
TO(4/9)
10
E
ER-036AU
BOARD
CN106
IC B/D
36
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
5.0
3.5
0
3.5
3.5
0
3.5
3.2
1.7
1.8
2.5
2.5
5.0
3.5
1.3
1.7
2.5
2.5
2.5
1
A
2
4
12
8
9
14
G
10
D
F
3
H
13
C
11
7
B
6
5
E
AV-089AU BOARD (2/9)
12
(Page 44)
(Page 51)
(Page 48)
(Page 53)
(Page 47)
(Page 47)
(Page 49)
(Page 48)
(Page 51)
(Page 49)
(Page 46)
(Page 46)
HCD-RH1000/RH7000
46
46
HCD-RH1000/RH7000
7-28. SCHEMATIC DIAGRAM – AV-089AU Board (3/9) –
•
See page 62 for IC Block Diagrams.
10k
R330
10k
R337
Q309
2SB709A-QRS-TX
5600
R319
JL307
R354
470
SPDIF_GND
XAMUTE
R338
10k
AUGND
AUOUTR2
0.1u
C324
B
JL302
Q310
2SD1938(F)-T(TX).SO
JL303
10k
R313
JL306
Q307
DTC124TKA-T146
220k
R311
470
R312
8200
R310
±0.5%
1500
R322
8200
R309
±0.5%
BC847CE6327
Q302
47k
R331
100k
R317
Q311
2SD1938(F)-T(TX).SO
AUGND
16V
C329
47u
10k
R333
R335
10k
4700
R342
SW-10V
100k
R346
R356
470
470
R302
JL309
220u
16V
C308
C320
47u
25V
25V
10k
R324
± 0.5%
1k
R301
JL304
10k
R329
10k
R316
EUAUOUTL
2SB1561T100Q
Q303
1500
R321
BC857CE6327
Q308
UN2213-TX
Q305
XP_MUTE
10k
R315
± 0.5%
R344
4700
R345
100k
10k
R314
± 0.5%
1SR154-400TE-25
D302
6.3V
330u
C302
AUOUTL2
47k
R334
2SB1561T100Q
Q301
DTC124TKA-T146
Q306
C328
B
0.1u
R336
47k
25V
47u
C301
EUAUOUTR
JL310
1500
R318
10k
R323
± 0.5%
R326
4700
50V
1u
C321
JL305
JL308
0
R357
0
R352
25V
47u
C319
4700
R325
470
R328
JL301
47k
R332
1500
R320
BAV70
D301
1
2
3
8200
R308
± 0.5%
1u
50V
C322
MUN2213T1
Q304
16V
C317
220u
220u
470
R327
UNSW12V
8200
R307
± 0.5%
AOUTL-
AOUTL+
AOUTR+
AOUTR-
XLMUTE
XRMUTE
SWA5V
SWA5V
C304
50V
VEE
VCC
150p
C314
50V
150p
C307
50V
150p
C335
50V
100p
C310
50V
560p
C336
50V
100p
C309
50V
560p
C312
50V
150p
TK11150CSCL-G
IC302
1 2 3
4
5
0.1u
B
C327
UNSW6V
16V
C318
220u
220u
BC857CE6327
Q315
Q315, 316
RESET SWITCH
10k
R341
10k
R363
MUN2213T1
Q316
XFLMRST5
0
R365
0
R367
16V
47u
C323
25V
B
0.01u
C325
25V
B
0.01u
C326
0
R386
DGND
47uH
L302
HA17558AFEL-E
IC301
1
2
3
4
5 6 7 8
DAP202K-T-146
D303
D304
DAP202K-T-146
1
A
MUTE
MUTE
Q304, 306, 308
MUTE CONTROL
Q305, 307, 309
MUTE CONTROL
Q301-Q303
CURRENT SWITCH
AUDIO OUT AMP
IC301
+5V REGULATOR
IC302
6
G
7
5
E
J
3
12
F
H
2
9
8
I
B
13
11
4
1
0
D
C
SIGNAL
REC
PB
AUDIO
P5.9
R9.1
OUT
NB
GND
CTL
IN
17
TO(8/9)
TO(5/9)
TO(8/9)
TO(5/9)
19
3
TO(3/9)
TO(2/9)
TO(6/9)
TO(7/9)
TO(8/9)
TO(7/9)
20
41
TO(9/9)
TO(2/9)
TO(8/9)
IC B/D
1.3
1.3
0
11.6
-6.0
0
R-6.0
P0.8
P0.8
0
R-6.0
P0.8
0
R-6.1
P6.5
P6.5
P6.6
R9.1
R-9.1
P0
P0
R0
P4.0
P4.0
P0.6
R3.6
5.0
5.7
11.6
1.3
11.6
11.6
10.9
-6.6
-6.0
-6.7
-7.6
-7.3
5.8
5.8
5.1
0
5.1
AV-089AU BOARD (3/9)
18
36
12
(Page 45)
(Page 51)
(Page 50)
(Page 52)
(Page 48)
(Page 44)
(Page 45)
(Page 49)
(Page 50)
(Page 51)
(Page 49)
(Page 50)
(Page 51)
(Page 51)
(Page 48)
(Page 51)
HCD-RH1000/RH7000
47
47
HCD-RH1000/RH7000
7-29. SCHEMATIC DIAGRAM – AV-089AU Board (4/9) –
•
See page 62 for IC Block Diagrams.
JL411
JL412
JL419
JL416
JL418
JL417
JL410
JL413
JL414
1k
R428
1k
R429
25V
C414
47u
10uH
L404
50V
0.1u
B
C409
50V
10u
C410
MSD601-RT1
Q403
BC847CE6327
Q401
1k
R405
1k
R407
100
R411
100
R412
10uH
L402
0.1u
B
C408
16V
TUDV
TU_VIDEO
27k
R415
100k
R414
JL404
100
R410
JL406
MUN2213T1
Q407
BC847CE6327
Q405
TU_AFT
TU_AUTOP
TU_G_MAX
TU_PCONT
JST
JL402
JL403
100
R420
50V
10u
C407
100k
R418
1k
R409
TK11819MTL
IC401
1
V-IN
2
OSC
3
DK
4
V-OUT
5
GND
6
T1
0.1u
B
C405
50V
1mH
L403
10uH
L401
16V
47u
C401
TU401
NC
1
JST
2
NC
3
AS
4
NC
5
L_OUT
6
R_OUT
7
GND
8
SCL
9
SDA
10
AGC
11
5V
12
IF_AGC
13
30V
14
GND
15
AFT
16
VIDEO
17
JL415
TU_SDA
TU_SCL
UNSW5V
DGND
0.1u
B
C416
16V
100u
C415
10uH
L406
0.1u
B
C406
10k
R406
2SB1197K-T-146-R
Q404
UN2211-TX
Q402
JL405
JL407
470
R413
JL408
JL409
L405
10uH
100
R422
0
R423
AM
SIF
JL401
TU5V
R475
0
0
R477
50V
100p
C446
50V
100p
C447
10p
C449
C452
0.001u
0
R479
0.001u
C453
0.001u
C454
22p
C455
0.001u
C456
2SB1197K-T-146-R
Q412
TU_BST_C
JL432
10k
R439
JL430
1k
R441
Q410
UN2211-TX
1
A
0.1u
B
C422
TU_SDA
TU_SCL
TU_AFT
TU_AUTOP
TU_G_MAX
AGC
TU_G_MAX
TU_AUTOP
TU_AFT
JST
TU_SDA
TU_SCL
JST
AGC
Q410, 412
B+ SWITCH
SWITCH
BUFFER
BUFFER
BUFFER
FSS TUNER
IN
OUT
AERIAL
DC/DC CONVERTER
IC401
2
G
F
8
4
6
3
H
D
E
7
10
B
C
5
11
9
Y/CHROMA
Y
SIGNAL
REC
VIDEO SIGNAL
AUDIO
CHROMA
Q402, 404
TUNER POWER
SWITCH
TO(5/9)
9
TO(2/9)
TO(1/9)
24
TO(6/9)
TO(2/9)
10
TO(5/9)
25
IC B/D
5.0
4.6
33.9
32.4
5.1
4.1
3.6
4.1
0
0
5.0
4.4
5.1
5.1
5.2
5.1
4.4
0.1
4.9
5.0
2.1
1.5
2.1
1.5
AV-089AU BOARD (4/9)
22
8
(Page 45)
(Page 49)
(Page 45)
(Page 48)
(Page 48)
(Page 44)
HCD-RH1000/RH7000
48
48
HCD-RH1000/RH7000
7-30. SCHEMATIC DIAGRAM – AV-089AU Board (5/9) –
•
See page 62 for Waveforms.
•
See page 71 for IC Pin Function Description.
UNSW6V
XITRST5
ITSDI5
ITREQ5
ITSDO5
ITSCK5
DGND
D605
EC10DA40-TE12
TU_AUTOP
TU_G_MAX
JST
TU_PCONT
TU_AFT
IT_CON_TEMP
0
R634
16V
47u
C611
INSEL_TU
XP_MUTE
INSEL_1
INSEL_2
HDET
VSYNC
WIDE
25V
0.01u
B
C614
470k
R637
16V
0.1u
B
C612
B
C654
25V
0.01u
C656
16V
47u
IC605
S-24C04BFJ-TB
NC
1
NC
2
NC
3
VSS
4
SDA
5
SCL
6
WP
7
VCC
8
S2SW
MUN2113T1
Q607
MUN2213T1
Q606
2SD1766-T100-QR
Q608
2200
R640
10k
R638
UNSW-8V
JL611
JL610
2200
R675
510
R671
0.01u
B
C627
0.1u
B
C633
47p
CH
C628
47p
CH
C634
100
R1605
100
R1606
100
R1607
100
R1610
100
R1619
0.01u
B
C635
0.01u
B
C639
0.1u
B
C652
0.01u
B
C645
25V
0.01u
B
C646
25V
0.01u
B
C647
25V
0.01u
B
C648
25V
10k
R690
10k
R689
10k
R688
10k
R687
0.01u
B
C643
25V
100
R1645
100
R1643
0
R1639
±
0.5%
10k
R1635
0
R1647
100
R1650
100
R1651
10k
R1654
JL630
JL631
0
R1617
100
R1611
100
R1612
0
R1608
100
R669
100
R670
JL617
R646
100
470
R650
R644
10k
10k
R665
0.1u
B
C625
10k
R657
330k
R648
22p
CH
C618
22p
CH
C619
100
R655
0.01u
B
C624
100
R693
220k
R1656
JL619
JL620
BC847CE6327
Q605
BC857CE6327
Q604
680k
R632
470
R629
50V
C609
1u
SLICE_V
560p
CH
C638
0
R681
470u
6.3V
6.3V
C626
JL657
JL615
JL621
JL618
JL614
0
R651
FAN_ON
FAN_HI
FAN_DET
TU_SDA
TU_SCL
2200
R641
0.01u
B
C606
100
R652
10k
R647
10k
R676
10k
R680
100
R694
100
R699
100
R653
100
R654
470
R696
100
R1616
4700
R661
4700
R660
2200
R1653
2200
R1655
0
R1638
±
0.5%
6800
R630
±
0.5%
1600
R631
±
0.5%
3300
R678
±
0.5%
10k
R677
0
R633
0.01u
B
C636
±
0.5%
15k
R686
CN601 8P
1
2
3
4
5
6
7
8
JL604
JL605
JL608
JL602
JL603
JL601
JL606
JL607
JL628
100
R664
0.1u
B
C616
SYNCRO_DET
100
R1641
JL625
10k
R663
47k
R636
16V
47u
C615
1SS355TE-17
D606
TU_BST_C
JL644
JL647
JL650
0.01u
B
C637
EUROPOWER
XFLMRST5
XAWAKE5
SHSTATUS1
SHSTATUS0
SHAWAKE_DONE
150k
R1609
33k
R1621
10k
R679
10k
R683
UN2213-TX
Q611
10k
R691
0.01u
B
C649
10k
R1601
10k
R1614
2SA1162-YG-TE85L
Q612
22k
R1613
MSD601-RT1
Q615
MSD601-RT1
Q614
MSD601-R
T1
Q613
1SS355TE-17
D608
10k
R682
JL622
CJ
3p
C621
X602
10MHz
CJ
3p
C620
AVLINK
0
R1642
FSW
0.1u
B
C630
2200
R672
47p
CH
C631
0
R692
100
R668
R656
10k
R610
0
R642
47k
INSEL_PCONT
EURO_MUTE
0
R658
RESET5V
JL624
JL626
R1618
10k
R1622
10k
JL609
JL632
JL634
JL636
JL638
JL640
JL649
2SB1561T100Q
Q602
220
R620
MM3Z6V2ST1
D604
0.1u
B
C605
EC10DA40-TE12
D603
4700
R1657
330
R1658
2SB1561T100Q
Q617
UN2211-TX
Q616
0.1u
B
C658
0.47u
B
C641
0.47u
B
C640
100
R1634
XNENTMUTE
0
R1636
X601
32.768kHz
0.1u
B
C623
UN2211-TX
Q619
1k
R674
10k
R673
R1662
0
0
R1664
JL651
JL652
JL653
RD_5V
JL670
JL669
JL673
JL661
JL667
JL662
JL668
JL664
JL666
JL665
JL672
JL660
JL671
JL663
JL674
10k
R1670
10k
R1672
R1684
0
0.1u
B
C662
IC602
S-80928CNMC-G8YT2G
1
OUT
2
VDD
3
GND
4
NC
5
CD
IC601
S-80852CNMC-B9DT2G
VOUT
1
VDD
2
GND
3
N.C.
4
N.C.
5
0.1u
B
C663
C651
0.22F
5.5V
MSB709-RT1
Q618
CN602
17P
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
10k
R614
TH001
0.63A
32V
PS601
2200
R1690
PS602
0.5A
32V
6.3V
470u
C667
IC604
M306H3MC-A35FPU2
ANEX0
(STR_CLK T)
(STR_CLK T)
1
TB4IN(SIRCSt )
2
TB3IN(JUST_CLKt /AV_LINK_INt)
3
TXD3(FLD_DATA T )
4
RXD3(FLD_INt)
5
CLK3(FLD_CLKT)
6
BYTE
7
CNVSS
8
_XCIN
9
XCOUT
10
_RESET
11
XOUT
12
VSS
13
XIN
14
VCC
15
_NMI
16
_INT2(SYNC_Vt)
17
_INT1(IT_REQt)
18
_INT0(SLICEON_INt)
19
P81(EUROPCONTT /BS_PCONTt)
20
TA4OUT(DIMMERT)
21
P77(SH_P_CONT)
22
TA3OUT(BUZZERT)
23
P75(STATUS0 t)
24
P74(RESET5VT)
25
P73(STATUS1 t)
26
TA1OUT(AV_LINK_OUT T)
27
SCL2(TU_SCL)
28
SDA2(TU_SDA)
29
VSS2
30
LP2
31
LP3
32
LP4
33
VDD2
34
TEST1
35
M1
36
SLICEON
37
TXD(IT_SOUT
T
)
38
RXD(IT_SIN
t
)
39
CLK(IT_CLK
t
)
40
P64(TXT_EN
T
)
41
SDA0(TXT_SDA)/TXD0(STB_TXD)
42
SCL0(TXT_SCL)/RXD0(STB_RXD)
43
P61(STB_CNT
T
)
44
P60(XA
W
AKE5
T
)
45
P57(CLKOUT)
46
P56(A
W
AKE_DONE
t
)
47
P55(XFLMRST
T
)
48
P54(IT_XRST
T
)
49
P53(FLD_XRESET
T
)
50
P52(FLD_CS
T
)
51
P51(LED_STB
T
)
52
P50(_CE
T
)
53
P47(AREA0)
54
P46(AREA1)
55
P45(IMUTE)
56
P44(FL_PCONT
T
)
57
P43
(TU_BST_C2
t
)
58
P42
(EEP_WPt)
59
P41(EEP_SCL)
60
P40(EEP_SDA)
61
P37(EXT_PCONTT)
62
P36(AREA2t)
63
P3(STR_BUSY T)
64
P34(STR_CS t)
65
P33(CN_DETT)
66
P32(STR_POW_CONTt)
67
P31(STR_MUTE_REQ
STR_BUSY
STR_CS
CN_DET
STR_POW_CONT
STR_MUTE_REQ
t
)
68
VCC
69
P30(BS_BST_CONTt)
70
VSS
71
P27(TU_PCONTt)
72
P26(XNENTMUTEt)
73
P25(DSELt)
74
P24(WIDEt)
75
P23(S2SWT)
76
P22(FR_PCONTt)
77
P21(FSW)
78
P20(P_FAIL)
79
_INT5(AVLINK_IN_INTT)
80
_INT4(KEY2_INTt)
81
_INT3(KEY1_INTt)
82
P14(EURO_MUTEt)
83
P13(AUTO_PRESETt)
84
P12(INSEL_PCONTt)
85
P11(H_DETT)
86
P10
(SYNCRO_DETt)
87
P07
(INSEL1
t
)
88
P06
(INSEL2
t
)
89
P05(INSEL_TU
t
)
90
P04(F
AN_SPEED
t
)
91
P03(F
AN_ONOFF
t
)
92
P02(F
AN_DET
T
)
93
P01(IDET
T
)
94
P00(XP_MUTE
t
)
95
AN7(KEY1
T
)
96
AN6(KEY2
T
)
97
AN5(KEY3
T
)
98
AN4(KEY4
T
)
99
AN3(GRADE
T
)
100
AN2(IT_CON_TEMPT
)
101
AN1(TU_AFT
T
)
102
A
VSS
103
AN0(TU_G_MAX
T
)
104
VREF
105
A
VCC
106
P97(STR_DA
T
A_OUT
STR_DATA_OUT
T
)
107
ST
AR
T
108
SYNCIN
109
SVREF
110
TEST2
111
VDD3
112
CVIN1
113
VSS3
114
FSCIN
115
ANEX1
(STR_DA
T
A_IN
STR_DATA_IN
STR_CLK
STR_DATA_OUT
STR_DATA_IN
STR_CLK
STR_DATA_OUT
STR_DATA_IN
STR_CLK
t
)
116
1
A
XITRST5
ITSDI5
ITREQ5
ITSDO5
ITSCK5
IT_CON_TEMP
XP_MUTE
INSEL_1
INSEL_2
HDET
TU_AFT
TU_PCONT
JST
TU_G_MAX
TU_AUTOP
FAN_ON
INSEL_TU
FAN_HI
FAN_DET
F
AN_ON
TU_PCONT
HDET
XITRST5
FLD_RST
FLD_CS
VSYNC
TU_G_MAX
ITSDI5
LED_STB
FLD_CLK
ITSDI5
SYNCRO_DET
DIMMER
SYNCRO_DET
ITSCK5
ITSDO5
TU_AFT
INSEL_1
INSEL_2
INSEL_TU
F
AN_HI
TU_BST_C
TU_BST_C
XA
W
AKE5
XFLMRST5
SHSTATUS1
SHSTATUS0
XAWAKE5
SHAWAKE_DONE
SHSTATUS1
SHSTATUS0
SIRCS
INSEL_PCONT
EURO_MUTE
INSEL_PCONT
KEY3
F
AN_DET
XP_MUTE
WIDE
XFLMRST5
KEY2
KEY1
ITSDO5
ITSCK5
ITREQ5
XNENTMUTE
INSEL_PCONT
KEY4
FLD_DATA
KEY1
FLD_CLK
KEY3
LED_STB
KEY4
FLD_RST
KEY2
SIRCS
DIMMER
FLD_CS
FLD_DATA
TU_AUTOP
SHA
W
AKE_DONE
EUROPOWER
VSYNC
S2SW
WIDE
EUROPOWER
XNENTMUTE
EURO_MUTE
S2SW
IT_CON_TEMP
JST
UN5V
XIT_RST
IT_GND
SH_TXD2
SH_RXD2
CEVISCK5
M2
CNVSS
SW-8V
IT_GND
IT_GND
LED_DT
KEY1
LED_CK
KEY3
LED_STB
KEY4
LED_RST
KEY2
SIRCS
LED_DIM
FR_6V
SIRCS_6V
FLD_CS
IT_GND
POWER FAIL DET
IC601
Q618,619
B+ SWITCH
Q606-Q608
B– SWITCH
–6V
REGULATOR
IC602
RESET
CLAMP
BUFFER
Q611-Q615
BUFFER
BUFFER
IT CPU
IC604
IC605
EEP ROM
Q616,617
B+ SWITCH
FOR CHECK
D
L
17
6
F
16
19
21
14
9
8
7
11
5
4
I
2
H
B
3
12
E
J
C
13
M
K
18
G
10
15
20
STR_BUSY
STR_CS
CN_DET
STR_POW_CONT
STR_MUTE_REQ
RD_5V
D GND
26
5
TO(1/9)
TO(6/9)
TO(3/9)
TO(8/9)
27
TO(9/9)
43
TO(4/9)
TO(6/9)
TO(7/9)
15
16
TO(6/9)
TO(8/9)
TO(8/9)
29
19
TO(3/9)
TO(6/9)
30
31
TO(7/9)
2
TO(1/9)
44
TO(9/9)
25
TO(4/9)
42
TO(9/9)
TO(2/9)
TO(8/9)
32
13
TO(2/9)
FR-001AU
BOARD
CN101
F
4.9
5.8
-7.5
-7.5
-6.8
4.6
0
5.0
5.0
-7.5
-5.6
-6.2
5.0
5.0
4.2
0.1
5.0
5.1
0
5.0
5.1
5.1
5.1
4.7
5.1
0
5.0
5.0
5.1
5.0
5.0
5.0
5.0
1.9
1.8
2.1
5.1
2.6
0
0.3
0.1
0.7
4.8
2.1
5.0
5.0
4.1
0
0.3
5.0
5.0
0
0
0
0
4.8
4.8
0
4.1
5.0
0
0
5.0
0
0
0.5
0.8
4.8
1.8
0
1.8
5.1
1.2
1.8
0
5.1
5.0
0
3.8
5.0
5.0
5.0
5.0
5.0
0
0
0
5.0
0
0
5.0
5.0
0
0
5.0
0
4.9
4.9
4.9
4.9
0
5.0
5.1
R5.0
P0
P0
0
0
5.0
5.0
5.0
4.8
5.0
0
4.9
1.4
3.5
3.4
2.8
4.9
5.0
0
5.0
4.2
AV-089AU BOARD (5/9)
18
22
15
28
(Page
59)
(Page 49)
(Page 51)
(Page 51)
(Page 46)
(Page 49)
(Page 50)
(Page 44)
(Page 47)
(Page 52)
(Page 51)
(Page 52)
(Page 45)
(Page 44)
(Page 51)
(Page 52)
(Page 49)
(Page 51)
(Page 47)
(Page 49)
(Page 50)
(Page 49)
(Page 50)
(Page 46)
(Page 45)
Click on the first or last page to see other DAR-RH1000 / DAR-RH7000 / HCD-RH1000 / HCD-RH7000 service manuals if exist.