Onkyo TX-RZ800, Руководство по обслуживанию

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Schematic Diagram
5 4 3 2 1 6
D
C
A
B
D
C
A
B
5 4 3 2 1 6
DSP SECTION
SD_CLK
DI
R_
LR
CK
SD_A4
ADSP1_LRCK
SD_UDQM
SD_A5
SP
C1
_SO
M
I
SD_A6
SP
C1
_CL
K
SD_A4
HS3
SD_CLK
VD
D1
.0_
PL
L
SD_A7
DS
PC_
CS
SD_A5
SD_CKE
HS2/SD2
SD_A8
SP
C1
_SI
M
O
SD_A6
HS2
SD_A12
SD_A9
SD_A7
DSP
C_
IRQ
SD_A8
HS1/SD1
SD_A11
SD
_D
3
DSP
C_
BSY
HS1
SD_A9
SD
_C
AS
SD_LDQM
SD
_D
2
SD_A11
SD_WE
SD
_R
AS
SD
_D
1
HS0
HS1/SD1
SD_CAS
SD
_D
0
VDD_2NDIO_3.3V
SD_RAS
SC
P2
_M
OSI
SD_SDCS
SCP
2_
CL
K
SC
P2
_M
ISO
VDD_2NDCOR_1.1V
SD
_D
9
SD_D1
ADSP1_SD7
SD_BA0
SD
_D
7
SD
_B
A0
SD_D2
SD_BA1
ADSP1_SD1
DSPC_RST
SD
_D
6
SD
_B
A1
HS0/SD0
SD_D0
SD_A0
ADSP_MCK
SD
_W
E
SD
_D
15
DBG/AUDIO
SD_D9
SD_A10
SD_A1
ADSP1_SD4
SD
_L
DQ
M
SD_D13
DSPC_RST_DBG
SD_A2
SD
_SD
CS
DSPC_BSY
ADSP1_BCK
SD_A3
SD
_A1
0
SD_CKE
DSPC_IRQ
ADSP1_SD3
SD_D7
SD
_A3
SD_UDQM
DSPC_CS
SD_D6
ADSP1_SD2
SD
_A2
SD_D15
SPC1_SOMI
SD
_D
5
SD_D5
HM
_A
M
_S
D1
_D
SD
1
ADSP1_SD0
SD
_A1
SD_D14
SPC1_SIMO
SD
_D
4
SD_D4
DI
R_
SD
0/
DS
D0
ADSP1_SD5
W
T_
CTL
SD
_A0
SD_D11
DSP_DBCK
SD_D3
ADSP1_SD6
SD_D12
EE_
CS
0
DSP_DBDA
SD
_D
12
VDD_2NDSDR_3.3V
HS3/SD3
HM
_A
M
_S
D3
_D
SD
3
SD_D10
SD
_D
8
SPC1_CLK
SD
_D
13
HM
_A
M
_S
D4
_D
SD
4
SD_D8
SD
_D
10
SD
_D
14
HM
_A
M
_S
D2
_D
SD
2
SD
_D
11
HS3/SD3
VDD_2NDSDR_3.3V
ADSP1_LRCK
ADSP1_SD0
ADSP1_BCK
ADSP1_SD3
ADSP1_SD1
ADSP1_SD2
ADSP_MCK
VDD_2NDCOR_1.1V
VD
D_
2N
DC
OR
_1
.1V
DI
R_
BC
K/
DS
D_
CL
K
DI
R_
LR
CK
2
DBG/AUDIO
SC
P2
_M
ISO
SCP2_MISO
SC
P2
_M
OSI
SCP2_MOSI
SCP
2_
CL
K
SCP2_CLK
EE_
CS
0
EE_CS0
HS2/SD2
HS0/SD0
W
T_
CTL
WT_CTL
+1.0VDSP
+1.0VDSP
DIR_XTI
SPC1_SOMI
DSPC_CS
SPC1_SIMO
SPC1_CLK
DSPC_BSY
DSPC_IRQ
DSPC_RST
VDD_DSP_3.3V VDD_DSP_3.3V
VDD_DSP_3.3V
VD
D_
DS
P_
3.3
V
VDD_2NDIO_3.3V
VD
D_
2N
DI
O_
3.3
V
VD
D_
2N
DI
O_
3.3
V
GN
DD
G
GNDDG
DSPC_RST_DBG
DSP_DBCK
DSP_DBDA
Q3410
KRC402E
10
4K
C3
44
0
TP
34
26
104K C3412
R3
50
5
47
+1.0VDSP
TP3431
105K
C3446
R3
41
2
4.7
k
10
2K
C3
40
8
R3456
47
150J C3414
TP
34
25
R3
40
8
22
0x
4
R3
42
5
47
BLM15PX181SN1D
L3409
R3458 47
R3447
47
R3
43
3
10
k
104K
C3418
R3406 3.3k
R3439
3.3k
R3
50
0
47
106K C3436
D3
40
2
DA
2J
10
100
R3445
47x4
TP3429
P36
10
NS
CT
-8
P2
47
1
NM
1
2
3
4
5
6
7
8
R3467
NM
10
4K
C3
40
5
104K C3423
R3
42
4
47
R3
42
9
47
x4
10
5K
C3
40
9
NM
104K
C3441
TP3417
104K
C3466
NM
R3
44
2
1M
TP
34
11
R3
47
1
10
k
120 R3453
R3464 1k
104K
C3416
R3
43
7
47
R3452 47
104K C3425
R3441
47x4
R3
48
5
47
R3483 3.3k NM
R3440
3.3k
105K C3443
R3455
100
TP
34
21
Q3406
M12L64164AY1AM
VDD1
1
DQ0
2
VDDQ1
3
DQ1
4
DQ2
5
VSSQ1
6
DQ3
7
DQ4
8
VDDQ2
9
DQ5
10
DQ6
11
VSSQ2
12
DQ7
13
VDD2
14
LDQM
15
WE
16
CAS
17
RAS
18
CS
19
BA0
20
BA1
21
A10
22
A0
23
A1
24
A2
25
A3
26
VDD3
27
VSS1 28
A4 29
A5 30
A6 31
A7 32
A8 33
A9 34
A11 35
A12 36
CKE 37
CLK 38
UDQM39
NC 40
VSS2 41
DQ8 42
VDDQ3 43
DQ9 44
DQ10 45
VSSQ3 46
DQ11 47
DQ12 48
VDDQ4 49
DQ13 50
DQ14 51
VSSQ4 52
DQ15 53
VSS3 54
10
4K
C3
40
4
R3443
100
10
4K
C3
40
7
TP
34
18
10
5K
C3
40
6
BL
M
15
PX
12
1S
N1
D
L3
40
7
104K
C3461
NM
BK1005LL241-T
L3403
104K C3420
33
1J
C3
40
1
R3
40
9
22
0x
4
R3
47
2
10
k
R3454
47
R3
48
4
47
105K C3445
R3
43
1
TP3416
R3459 47
Q3401
S25FL164K0XMFI013
1 CS#
2 SO
3 WP#
4 VSS 5
SI
6
SCLK
7
HD#
8
VCC
R3
50
1
47
TP3406
10
4K
C3
40
3
106K C3435
TP3415
R3
49
7
47
x4
10
6K
C3
46
2
TP
34
02
R3
47
4
10
k
104K
C3460 NM
BL
M
15
PX
33
0S
N1
D
L3
40
6
P34
01
NS
CT
-1
7P
24
80
NM
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
104K
C3427
104K
C3422
R3
49
6
47
x4
TP3414
105K C3444
R3
46
9
2.2
k
R3414
10k
R3466 1k
TP3422
R3
43
8
47
R3
47
5
10
k
R3
46
3 NM
R3446
1k
R3
50
3
47
BL
M
15
PX
12
1S
N1
D
L3
40
5
106K C3434
10
4K
C3
40
2
TP3413
TP3408
104K
C3459
102K
C3426
10
4K
C3
43
7
BLM15PX181SN1D
L3401
R3448
47
10
4K
C3
43
9
R3
50
2
47
TP3404
104K C3419
TP3409
R3462 1k
R3
47
3
10
k
R3
43
6
10
0
R3482 3.3k NM
R3444
47
R3491 3.3k
R3434 3.3k
R3
47
6
10
k
R3457
47x4
BL
M
15
PX
12
1S
N1
D
L3
40
8
104K
C3429
TP3403
102K
C3428
104K
C3410
TP3424
102K
C3431
104K
C3457
106K
C3442
R3
49
5
47
x4
TP3410
10
4K
C3
43
8
R3
49
4
47
x4
R3
50
4
47
R3465 1k
TP
34
28
104K C3415
TP
34
05
R3481 3.3k
R3
47
0
2.2
k
R3
42
1
47
L3404
NM
TP3457
104K
C3458
R3488 3.3k
R3450
47
102K
C3432
R3407 2.2k
R3460 47
TP
34
27
150J
C3413
104K
C3411
R3
43
2
10
k
R3
43
0
47
x4
104K
C3433
X3
40
1
24.576MHz
TP3430
GNDDG
10
5K
C3
32
5
+3.3VDSP
GNDDG
TP
34
00
TP
34
01
ADSP_MCK
ADSP1_SD0
ADSP1_BCK
ADSP1_LRCK
ADSP1_SD1
ADSP1_SD2
ADSP1_SD3
DIR_LRCK
HM_AM_SD4_DSD4
HM_AM_SD3_DSD3
HM_AM_SD2_DSD2
HM_AM_SD1_DSD1
DIR_SD0/DSD0
DIR_LRCK2
DIR_BCK/DSD_CLK
DIG_SDO
DSP_RST
DIG_CLK
D3400
NM
R3402
1k
L3
40
0
L3410
R3403
220
BK1005LL241-T
L3411
104K C3424
DSP_CS
DIG_SDI
DSP_BUSY
DSP_IRQ
DBG/AUDIO
R3
42
8
4.7
k
Q3407
TC7MBL3245SFT
NM
NC
1
A7
8
B1 18
B2 17
B3 16
B5 14
A3
4
A2
3
A6
7
A5
6
A1
2
A4
5
B4 15
OE19
VCC 20
B6 13
B7 12
B8 11
A8
9
GND
10
R3449
47x4
NM
105K
C3448
10V
R3451
47x4
NM
R3411
0x4
R3415
0x4
Q3404
CS49844
SD
_A3
/E
XT
_A3
1
SD
_R
AS/
EX
T_
CS1
9
SD
_C
S/
EX
T_
OE
8
EE_
CS
1/
GP
IO
0
14
GN
D1
13
VD
D1
12
SD
_C
AS/
EX
T_
CS2
10
SD
_A0
/E
XT
_A0
4
SD
_A1
/E
XT
_A1
3
SD
_B
A1
/E
XT
_A1
4
7
SD
_B
A0
/E
XT
_A1
3
6
SD
_A2
/E
XT
_A2
2
SD
_A
10
/E
XT
_A
12
5
TE
ST_
EN
11
EE_
CS
0/
GP
IO
1
15
DA
I1_
D5
/G
PIO
69
16
DA
I1_
D4
/G
PIO
68
17
BD
I*/
DA
I1_
D3
/G
PIO
67
18
BD
I*/
DA
I1_
D2
/G
PIO
66
19
VD
D2
20
GN
D2
21
BD
I*/
DA
I1_
D1
/G
PIO
65
22
BD
I*/
DA
I1_
D0
/G
PIO
64
23
GN
D3
24
VD
D3
25
BD
I*/D
AI
1_
SC
LK
1/G
PIO
71
26
BD
I*/D
AI
1_
LR
CK
1/G
PIO
70
27
DA
I1_
LR
CK
2/
GP
IO
72
28
DA
I1_
SC
LK
2/
GP
IO
73
29
VD
DI
O1
30
GN
DI
O1
31
RES
ET
32
DB
DA
0
33
DB
DA
1
34
DB
CK
0
35
DB
CK
1
36
SCP2_MISO_SDA
37
SCP2_MOSI
38
SCP2_CLK
39
GNDIO2
40
VDDIO2
41
VDD4
42
GND4
43
DAI3_SCK/GPIO86
44
DAI3_D0/GPIO84
45
DAI3_LCK/GPIO85
46
VDD5
47
GND5
48
XTAL_OUT
49
VDD_PLL
50
GND_PLL
51
XTI
52
XTO
53
GND6
54
VDD6
55
DAO1_MCLK/GPIO128
56
DAO1_D0/HS0/GPIO96
57
DAO1_SCK1/GPIO117
58
DAO1_LCK1/GPIO116
59
DAO1_D1/HS1/GPIO97
60
DAO1_D2/HS2/GPIO98
61
DAO1_D3_XMTA/HS3/GPIO99
62
DAO1_D4/GPIO100
63
DAO1_D5/GPIO101
64
VDD7
65
GND7
66
VDDIO3
67
GNDIO3
68
69 DAO1_SCK2
70 DAO1_LCK2
71 DAO1_D6
72 DAO1_D7
73
DA
O3
_D
7
SCP
2_
CS
74 75
SCP
1_
CS
76
SC
P_
M
OSI
VD
D8
77
GN
D8
78 79
SC
P1
_M
ISO
_SD
A
80
SCP
1_
CL
K
81
SC
P1
_IR
Q
GN
D9
82
VD
D9
83
SC
P_
BS
Y/
GP
IO
14
3_
OD
84
DA
03
_D
1/
GP
IO
32
85
DA
O3
_D
2/
GP
IO
33
86
DA
03
_D
5/
GP
IO
34
87
DA
O3
_D
6/
GP
IO
35
88
SD_
W
E/
EX
T_
W
E
89
SD
_D
QM
0/
EX
T_
A1
5
90
SD
_D
7/
EX
T_
D1
5
91
SD
_D
6/
EX
T_
D1
4
92
VD
D1
0
93
GN
D1
0
94
SD
_D
5/
EX
T_
D1
3
95
SD
_D
4/
EX
T_
D1
2
96
SD
_D
3/
EX
T_
D1
1
97
SD
_D
2/
EX
T_
D1
0
98
SD
_D
1/
EX
T_
D9
99
SD
_D
0/
EX
T_
D8
10
0
SD
_D
15
/E
XT
_D
7
10
1
SD
_D
14
/E
XT
_D
6
10
2
VD
DI
O4
10
3
GN
DI
O4
10
4
SD
_D
13
/E
XT
_D
5
10
5
SD
_D
12
/E
XT
_D
4
10
6
SD
_D
11
/E
XT
_D
3
10
7
10
8
DA
O3
_D
3
DAO3_D0/GPIO112
109
SD_D10/EXT_D2
110
DAO3_LCK2/GPIO126_OD
111
SD_D9/EXT_D1
112
DAO3_SCK2/GPIO127_OD
113
SD_D8/EXT_D0 114
DAO3_D4/GPIO114_OD 115
DAO3_LCK/GPIO124 116
DAO3_SCK1/GPIO125 117
DAO3_MCLK/GPIO130 118
GNDIO5 119
VDDIO5 120
VDD11 121
GND11 122
GND12 123
VDD12 124
VDD_VG 125
GND_FS 126
SD_DQM1/EXT_A16 127
VDD13 128
GND13 129
SD_CLKOUT/EXT_A19 130
SD_CLKIN/EXT_A18
131
SD_CLKEN/EXT_A17
132
SD_A12/EXT_A11 133
SD_A11/EXT_A10 134
SD_A9/EXT_A9 135
SD_A8/EXT_A8 136
GND14 137
VDD14 138
VDDIO6 139
GNDIO6
140
SD_A7/EXT_A7
141
SD_A6/EXT_A6
142
SD_A5/EXT_A5
143
SD_A4/EXT_A4
144
eP
ad
14
5
GNDDG
TP
34
59
TP
34
60
TP
34
61
Q3411
MM3503A11
VDD 1
CE 2
Cs 3
VIN 4 VOUT-F
5
VOUT-S
6
FB
7
GND
8
HS
9
+5.2VDC
10
6K
C3
46
7
22
6M
C3
46
8
10
3K
C3
46
9
10
2K
C3
47
0
R3
49
8
NM
R3
49
9
NM
+1.8VDC
+1.0VDSP
Q3403
TC7SZU04FU
NC
1
IN
2
GND3
OUT
4
VCC
5
DIR_XTI
R3
40
0
22
k
R3435
2.2k
R3404
47
R3
40
1
47
R3
40
5
47
for bypasing high frequency current of power plane
DSP SECTION
SP
I M
em
or
y W
rit
er
The 3.3 V IO supply must rise before or simultaneously with the 1.1 V core supply.
While debuging mode,SPI bus should
be separate\n from other devices.
Iout:1.5A max
DCDC
Fo
r D
eb
ug
DA
C S
ECT
.
MMP
U
SE
CT
.
SCHEMATIC DIAGRAM (PART-35)
BAPRC-1802 (9/10)
HS[3:0]
1100: SCP2 Master
Boot
0101: SCP1 Slave @DBG
64Mbit
[For DS/ES/PP]
[For MP]
VDD_DSP_3.3V
+1.0V
MODEL NO.TX-RZ800/900/DTR-50.7/60.7/DHC-60.7