Onkyo TX-NR3030(B), Service Manual

Page: 61 / 163

TITLE
APPROV CHECK DESIGN SHEET
DRAWING No.
1:1
75
C8
C7
C6
C3
C5
C4
C2
C1
1:1
2kV/1000pF
RMII_TXD0
RMII_TXD1
RMII_TXEN
RMII_CRSDV
MDIO_CLK
MDIO_D
RMII_RXD1
RMII_50MHz
RMII_RXD0
RMII_RXD0
RMII_RXD1
RMII_RXER
RMII_TXD1
TX-
TX+
RX+
RX- RMII_RXER
RMII_TXEN
RMII_TXD0
MDIO_CLK
MDIO_D
VDD_CORE1.3V
RST
RXD
TXD UART1_TXD
USB0_D-
RMII_CRSDV
ACP_RST
VCC_0USB3.3V
VCC_0USB1.8V
VCC_1USB3.3V
U
USB_FS_D-
UART1_RXD
+3
.3
VN
ET
+3
.3
VN
ET
VD
D_
US
B1
.8
V
+1
.8
VD
C
I2C0_SCL
I2C0_SDA
+3
.3
VN
ET
VDD_DA8x_3.3V
ETH_INT
GNDSH
+5
.2
VD
C
ARM_SCLK
ARM_RST
ARM_RST
ARM_NIMO
ARM_NOMI
I2C1_SDA
I2C1_SCL
PME
USB1_OC_DET
VD
D_
US
B3
.3
V
VD
D_
US
B3
.3
V
USB0_VBUSEN
+5
.2
VD
C
STBPOWER2
+1
.8
VD
C
+1
.8
VD
C
RMII_50MHz
+3.3V_DA8x_IO
+3.3V_DA8x_IO
VD
D_
ET
HD
3.
3V
NE
TP
OW
ER
GNDHD
GNDHD
GN
DH
D
GNDHD
GN
DH
D
105K
C3127
10V
10
5K
C3
11
9
10
V
10
4K
C3
16
1 16
V
10
4K
C3
12
1
16
V
10
2K
C3
15
6
50
V
10
6K
C3
15
0
16
V
10
6K
C3
12
3
16
V
10
6K
C3
12
5
16
V
10
6K
C3
12
4
16
V
10
6K
C3
15
2
16
V
10
5K
C3
14
6
10
V
10
6K
C3
12
0
16
V
C3604
NC
C3603
C3100
NC
10
6K
C3
11
2
16
V
10
5K
C3
10
7
10
V
10
4K
C3
16
2
16
V
106K
C3145
16V
105K C3144
10V
105K C3143
10V
10
4K
C3
14
2
16
V
22
6M
C3
16
5
6.
3V
22
6M
C3
16
4
6.
3V
10
6K
C3
10
4
6.
3V
22
6M
C3
10
3
6.
3V
22
6M
C3
15
1
6.
3V
C3
11
1
NC
22
4K
C3
11
0
10
V
106K
C3126
16V
22
6M
C3
16
3
6.
3V
105K
C3137
10V
105K
C3128
10V
105K
C3129
10V
10
1J
C3
13
2
50
V
105K
C3131
10V
105K
C3133
10V
105K
C3136
10V
105K
C3138
10V
105K
C3158
10V
105K
C3149
10V
105K
C3155
10V
105K
C3157
10V
105K
C3159
10V
105K
C3153
10V
105K
C3140
10V
22
6M
C3
14
7
6.
3V
105K
C3122
10V
106K
C3154
16V
106K
C3130
16V
10
6K
C3
11
6
16
V
10
6K
C3
11
5
16
V
10
6K
C3
10
9
16
V
10
5K
C3
10
5
10
V
10
5K
C3
10
8
10
V
10
5K
C3
11
4
10
V
10
5K
C3
11
3
10
V
105K
C3139
10V
10
6K
C3
10
6
16
V
10
2K
C3
10
2
50
V
10
4K C3
14
8
16
V
10
4K
C3
14
1
16
V
22
6M
C3
10
1
6.
3V
C3608
NC
P3
10
1A
NP
LG
-5
P9
18
1
2
3
4
5
P3
10
3A
NS
CT
-9
P2
47
2
1
2
3
4
5
6
7
8
9
D3
10
2
NC
D3
10
3
NC
GNDSH
GNDSH
GNDSH Q3101
TPD2E001DRLR
VCC
1
NC
2
IO1
3
GND 4
IO2 5
Q3110
FP6861C-B1AS5CTR
VOUT 1
GND 2
OC 3
EN
4
VIN
5
Q3104
TPD2E001DRLR
VCC
1
NC
2
IO1
3
GND 4
IO2 5
Q3106
BU33TD3WG-TR
VIN 1
GND 2
STBY 3 NC
4
VOUT
5
Q3109
S-13A1A13-U5T1U3
ON/OFF
1
GND
2
SSC
3
VIN
4
VOUT5
Q3103
BU18TD3WG-TR
VIN 1
VSS 2
STBY 3 NC
4
VOUT
5
Q3102
FP6861C-B1AS5CTR
VOUT 1
GND 2
OC 3 EN
4
VIN
5
DLP11SA900HL2L
L3112
1 2
3 4
DLP11SA900HL2L
L3101
1 2
3 4
I2C1_SDA
I2C1_SCL
ARM_NIMO
ARM_RST
USB1_OC_DET
USB1_OC_DET
NE
TP
OW
ER
USB1_VBUSEN
USB1_VBUSEN
STBPOWER2
R3147
0
R3
16
1
NC
R3123
0
R3137
0
R3136
0
R3200
R3201
NC
R3157
0
R3209
NC
R3322
R3158
0
R3199
1k
R3186
NC
R3
19
7
NC
R3175
4.7k
R3
16
7
NC
R3
19
2
4.
7k
R3
11
3
10
k
R3
11
8
NC
R3174 39
R3173 39
R3
19
4
4.
7k
R3
19
5
NC
R3182
4.7k
R3
19
6
NC
R3135 10k
R3133 47
R3131 47
R3130 47
R3142 NC
R3
19
3
4.
7k
R3127 47
R3124 330
R3126 47
R3125 47
R3190
4.7k
R3188
47k
R3155 39
R3154 39
R3156 39
R3
18
5
47
k
R3189
47k
R3150 22
R3
10
6
10
k
R3105
47k
R3169 68
R3141 47
R3
17
0
39
0
R3
17
1
2.
2k
R3
17
2
3.
9k
R3
67
0
10
k
R3
11
4
NC
R3145 3.9k
R3
12
0
NC
R3405 10k
R3
16
5
NC
R3
16
6
NC
R3
10
9
47
k
R3
11
9
3.
3k
R3
11
7
3.
3k
R3
11
5
3.
3k
R3122 1k
R3143 3.9k
R3
11
1
47
k
R3134 10k
R3146 39
R3
17
6
47
k
R3148 39
R3121
NC
R3102
NC
R3181
47
R3
11
0
NC
R3
10
1
10
k
R3
16
4
4.
7k
R3
16
8
22
R3144
100
R3139
100
R3
11
6
NC
R3
17
7
10
k
R3129 47
R3
11
2
NC
R3
10
8
10
k
R3
10
7
NC
R3162 39
R3163 22
R3183 47
R3
12
8
4.
7k
R3184 47
R3
40
6
47
TP87
TP91
TP83
TP98
TP107
TP39
TP95
TP81
TP92
TP80
TP89
TP97
TP86
Q3111
2SC2712-GR
Q3107
2SC2712-GR
+5.2VDC
+5.2VDC
+1.8VDC
VDD_CORE1.3V
+3.3VNET
+1.8VDC
VDD_USB3.3V
+3.3V_DA8x_IO
+3.3VNET
ARM_NOMI
ARM_SCLK
X3110
25MHz
R3
10
3
NC
120J
C3117
50V
150J
C3118
50V
R3104
220
TP3101
Q3001
D830K013DZKB456
SPI0_SOMI0/BOOT0
R6
SPI0_SIMO0/BOOT1
P6
SPI0_CLK/BOOT2
T5
SPI0_SCS/BOOT4
N4
SPI1_SOMI0/BOOT5
P5
SPI1_SIMO0/BOOT6
N5
SPI1_CLK/BOOT7
T6
I2C0_SDA/BOOT8
R3
I2C0_SCL/BOOT9
P3
UART2_RXD/GPIO5_12
R4
UART2_TXD/GPIO5_13
P4
UART1_RXD
C6
UART1_TXD
D6
RMII_MHZ_50_CLK/BOOT11
A4
RMII_TXD0
B8
RMII_TXD1
C8
RMII_TXEN
D8
RMII_CRS_DV
A7
RMII_RXD0
B7
RMII_RXD1
C7
RMII_RXER
D7
MDIO_CLK
A6
MDIO_D
B6
USB1_DP A3
USB1_DM B3
USB1_VDDA18 C2
USB1_VDDA33 C1
USB0_VSSA F3
USB0_VDDA12 C3
USB0_VDDA18 E3
USB0_VSSA33 H4
USB0_VDDA33 H5
USB0_ID D2
USB0_DRVVBUS E4
USB0_VBUS D3
USB0_DP F4
USB0_DM G4
Q3001
D830K013DZKB456
DVDD1
B16
DVDD2
E12
DVDD3
E9
DVDD4
E8
DVDD5
E5
DVDD6
F12
DVDD7
F11
DVDD8
F5
DVDD9
G12
DVDD10
G5
DVDD11
K12
DVDD12
K5
DVDD13
L12
DVDD14
L11
DVDD15
L5
DVDD16
M12
DVDD17
M9
DVDD18
M8
DVDD19
M5
DVDD20
R16
DVDD21
R1
CVDD1
F6
CVDD2
G11
CVDD3
G10
CVDD4
G7
CVDD5
G6
CVDD6
H11
CVDD7
H10
CVDD8
H6
CVDD9
H7
CVDD10
H12
CVDD11
J12
CVDD12
J11
CVDD13
J10
CVDD14
J7
CVDD15
J6
CVDD16
K11
CVDD17
K10
CVDD18
K7
CVDD19
K6
CVDD20
L6
VSS1 T1
VSS2 T2
VSS3T15
VSS4T16
VSS5 M6
VSS6 M7
VSS7M10
VSS8M11
VSS9 L7
VSS10 L8
VSS11 L9
VSS12L10
VSS13 K8
VSS14 K9
VSS15 J8
VSS16 J9
VSS17 H8
VSS18 H9
VSS19 G8
VSS20 G9
VSS21 F8
VSS22 F9
VSS23F10
VSS24 E6
VSS25 E7
VSS26E10
VSS27E11
VSS28 B2
VSS29 A1
VSS30 A2
VSS31A15
VSS32A16
10
4K
C3
17
0
16
V
+3.3VNET
NETPOWER
Q3108
KSZ8051RNL(REVA2)
GND
1
VDD_1.2
2
VDDA_3.3
3
RXM
4
RXP
5
TXM
6
TXP
7
XO
8
XI
9
RE
XT
10
MD
IO
11
MD
C
12
PH
YA
D0
13
PH
YA
D1
14
RX
D1
/P
HY
AD
2
15
RX
D0
/D
UP
LE
X
16
VDDIO
17
CRS_DV/CONFIG2
18
REF_CLK/B-CAST_OFF
19
RXER/ISO
20
INTRP/NAND_Tree#
21
NC1
22
TXEN
23
TXD0
24
TX
D1
25
NC
2
26
NC
3
27
CO
NF
IG
0
28
CO
NF
IG
1
29
LE
D0
/N
WA
YE
N
30
LE
D1
/S
PE
ED
31
RS
T#
32
ePad
33
DLP2ADN900HL4L
L3145
1
2
3
4
5
6
7
8
BLM15PX121SN1D
L3110
BLM15PX181SN1D
L3107
BL
M1
5P
X1
81
SN
1D
L3
00
6
BLM15PX121SN1D
L3104
BLM15PX121SN1D
L3111
BLM15PX121SN1D
L3106
BLM15PX181SN1D
L3108
BLM15PX181SN1D
L3113
BLM15PX121SN1D
L3109
BLM15PX121SN1D
L3105
BLM15PX121SN1D
L3103
ET
H_
IN
T
P3104 29-01000PH53-1
1
GND1
4
TD-
3
TD+
2
TCT
7
RCT
6
RD-
5
RD+
8
GND2
9 GND3 10 GND4
P3
10
2A
NP
LG
-5
P9
18
1
2
3
4
5
L3102
NC
BLM15PX181SN1D
L3114
+3.3VNET
C3
13
4
NC
10
2K
C3
13
5
50
V
C3
16
0
NC
10
2K
C3
16
6
50
V
10
3K
C3
16
7
50
V
104K
C3168
16V
BOOT7
NAND
L
UART1
H
H
SPI0
L
L
Boot Opt.
BOOT2 H L H
BOOT3
H H H
H H H
BOOT3 is always pulled up.
H BOOT1
BOOT0
differencial impeadance = 90ohm
R3109 or R3110
BOOT6
R3115 or R3116 BOOT2
R3111 or R3112
BOOT5
BOOT7
R3107 or R3108
fo
r
De
bu
gg
in
g
SPI0_SOMI must be Hi-Z when booting DA830
SPI0_CLK must be Hi-Z when booting DA830
SPI1_CLK must be Hi-Z when booting DA830
SPI1_SOMI must be Hi-Z when booting DA830
SPI1_CLK must be Hi-Z when booting DA830
NET/USB/POWER SECTION
NET/USB/GPIO SECTION Model No. TX-NR1030/3030,DTR-60.6/70.6,PR-SC5530,DHC-80.6 SCHEMATIC DIAGRAM (PART-21)
BAPRC-1632
Q3
00
1:
B
D8
30
K0
13
BZ
KB
40
0Z
(P
ar
t-
20
)
DE
CO
DE
R
SE
CT
IO
N
(P
ar
t-
15
)
( 9/13)
differencial impeadance = 90ohm
(P
ar
t-
28
)
52
to
B
AH
DM
-1
42
0,
14
21
to
B
AR
F-
15
67
(P
ar
t-
32
)
Wi/Fi
Front USB
fo
r
Wr
it
in
g
(Part-21)
(Part-15)
(Part-21)
From MMPU
DE
CO
DE
R
SE
CT
IO
N
AirPlay PME
SPI IF to MMPU
AFE(NoUse)
51->150
RC-203002
K.Murakami C.Watarai K.Takahama
TX-NR1030/3030,DTR-60.6/70.6,
PR-SC5530,DHC-80.6
79
mount NC
BAPRC1632
1C/1D 1A/1B
P3101A
2014/3/27 2014/3/27 2014/3/27
DECODER SECTION
(Part-15)
DECODER SECTION
(Part-15)
1s
tD
SP
/A
UD
IO
/G
PI
O
SE
CT
IO
N
U0100
to P3101B
U0080(9/13)
U0090
to P3102B
TX-NR1030/3030/DTR-60.6/70.6/PR-SC5530/DHC-80.6
SCHEMATIC DIAGRAMS-31
NET/USB/GPIO SECTION
TX-NR1030/3030/DTR-60.6/70.6/PR-SC5530/DHC-80.6
A
1
2
3
4
5
B C D E F G H
6
7
8
I J K