Philips 8000 Series Service Manual page 271

Circuit Diagrams and PWB Layouts
10-50 BB 310431364422 46" C-Balance Brd.
FPGA Part
FPGA Part
BB1
1 2 3
A
2161 I163
3162-1 3162-2
VRES+
33K 33K
560p
2162
560p
B
2160 I161
3161-4 3161-3
C VRES-
560p 33K 33K
2163
560p
D
E
+6V +6V
SPI-DATA1 SPI-CS2
I183 I168
7161-1 7162-1
2 PMGD780SN 2 PMGD780SN
SPI-DATA1-NOT SPI-CS2-NOT SPI-DATA3-NOT
F
+6V +6V
SPI-CS1
SPI-DATA2
I184 I170
7161-2 7162-2
G
5 PMGD780SN 5 PMGD780SN
SPI-CS1-NOT SPI-DATA2-NOT SPI-DATA4-NOT
+6V +6V
SPI-CLK1 SPI-CLK3
I180 I172
H
7163-1 7164-2
PMGD780SN PMGD780SN
SPI-CLK1-NOT 2 SPI-CLK3-NOT 5 SPI-CS4-NOT
+6V +6V
I
SPI-CS3
SPI-CLK2
I173 I174
7163-2 7164-1
5 PMGD780SN 2 PMGD780SN
SPI-CLK2-NOT SPI-CS3-NOT SPI-CLK4-NOT
1 2 3
Q551.1E LA 10.
4 5 6 7
+3V3
F112
3
F115
3162-3 3162-4
5
7160-2
PUMH7
33K 33K
4
BAV70S
F124
1105-3
2 1
SSGM
F125
1105-1
6101-1
SSGM
F126
1105-2
SSGM
+3V3 1105-4
F127
SSGM
F113
6
F114
3161-2 3161-1
2 7160-1
PUMH7
33K 33K
+3V3
1
BAV70S
5 4
6101-2
1605
1 3115-4
2 3115-3 100R
3 3115-2 100R
4 3115-1 100R
5 F108 100R
6
+3V3
7 8
1604
1
2
3
+6V 4
5
6
+3V3
+3V3
SD51022
SPI-DATA3
FOR
I175
DEBUG
7165-1
2 PMGD780SN
+6V
SPI-DATA4
I167
2170 F130
7165-2 VRES+
5 PMGD780SN 6
2n2
F131
2171
+6V
VRES-
2n2
SPI-CS4
I169
+3V3
7166-1
PMGD780SN
2
7150
LM75BDP
+6V
3 7
OS A0
3150
1 6
SDA-BL
SDA A1
100R
3151
2 5
SCL-BL
SCL A2
SPI-CLK4
I171 100R
7166-2
5 PMGD780SN
4 5 6 7
EN 271
8 9 10
+3V3
7108
OC
3122
1 3
+3V3
47R
27M
+3V3
VCCINT
7120
XC3S200A-4VQG100
Φ
V C C A U X V C C N I T
SPARTAN-3A FPGA
BANK0 BANK2
90 39
IO_0|GCLK11 IP_2|VREF_2
97 46
IP_0 IO_2|MOSI|CSI_B
82 23
IP_0|VREF_0 IO_L01P_2|M1
77 25
IO_L01P_0|VREF_0 IO_L01N_2|M0
78 24
IO_L01N_0 IO_L02P_2|M2
BL-SPI-CLK 83 27
IO_L02P_0|GCLK4 IO_L02N_2|CSO_B
84 28
IO_L02N_0|GCLK5 IO_L03P_2|RDWR_B
85 29
SPI-CS4-NOT
IO_L03P_0|GCLK6 IO_L03N_2|VS2
SPI-DATA4-NOT 86 30
IO_L03N_0|GCLK7 IO_L04P_2|VS1
88 31
SPI-CLK4-NOT
IO_L04P_0|GCLK8 IO_L04N_2|VS0
89 32
IO_L04N_0|GCLK9 IO_L05P_2
93 33
IO_L05P_0 IO_L05N_2
94 34
IO_L05N_0 IO_L06P_2|D7
98 35
IO_L06P_0|VREF_0 IO_L06N_2|D6
3126 I101
99 36
IO_L06N_0|PUDC_B IO_L07P_2|D5
79 37
1K0 RES +3V3 VCCO_0_1 IO_L07N_2|D4
96 40
2125 VCCO_0_2 IO_L08P_2|GCLK14
41
IO_L08N_2|GCLK15
2126 100n BANK1 43
IO_L09P_2|GCLK0
100n 68 44
IP_1|VREF_1 IO_L09N_2|GCLK1
56 48
IO_L01P_1 IO_L10P_2|INIT_B
57 49
IO_L01N_1 IO_L10N_2|D3
59 50
IO_L02P_1|RHCLK0 IO_L11P_2|D2
60 52
IO_L02N_1|RHCLK1 IO_L11N_2|D1
61 51
IO_L03P_1|RHCLK2 IO_L12P_2|D0|DIN|MISO
62 53
IO_L03N_1|TRDY1|RHCLK3 IO_L12N_2|CCLK
64 26
IO_L04P_1|IRDY1|RHCLK6 VCCO_2_1
+3V3 +3V3 65 45
SDA-BL
IO_L04N_1|RHCLK7 VCCO_2_2
SCL-BL 70
IO_L05P_1
71 BANK3
BL-SPI-MOSI
IO_L05N_1
BL-SPI-CSn 72 21
IO_L06P_1 IP_3
V-SYNC 73 7
IO_L06N_1 IP_3|VREF_3
67 3
+3V3
VCCO_1 IO_L01P_3
2127 4
IO_L01N_3
100n 5
IO_L02P_3
F102 54 6
DONE IO_L02N_3
F103 100 9
PROG_B IO_L03P_3|LHCLK0
F104 76 10
TCK IO_L03N_3|LHCLK1
F105 2 12
TDI IO_L04P_3|LHCLK2
F106 75 13
TDO IO_L04N_3|IRDY2|LHCLK3
F107 1 15
TMS IO_L05P_3|TRDY2|LHCLK6
16
IO_L05N_3|LHCLK7
19
IO_L06P_3
7105 20
IO_L06N_3
NCP303LSN28
11
VCCO_3
2
INP
1
OUTP
5
CD
GND
NC GND
+6V
2174
100p
4
PUMD12
7176
7175-2 5
I185
BC817-25W
3
I186
3170
I189
2K2 I190
6
I187
3171
2 7175-1
I188
PUMD12
10K
1
2176
100p
3
7177
BC847BW
3176
47K
I193
+3V3
I102
7107
* M25P20-VMN
VCC
F109 Φ F117
5 MISO
MOSI
D Q
2M 2
F110
CCLK 6 FLASH
C
9100
F111
CSO-B 1
S
9101
+3V3
3
W
9102
7
HOLD
VSS
8 9 10
back to
2010-Jun-25
div. table
11 12 13 14
7101
LD1117DT12
F101
3 2
IN OUT VCCINT
COM
3123 MOSI
10R
3124 CSO-B
10R
SPI-DATA1-NOT
SPI-CS1-NOT
SPI-CLK1-NOT
3125
1K0 2123
12p
3127
1K0
SPI-CLK3-NOT
SPI-CS3-NOT
SPI-DATA3-NOT
MISO
3128
CCLK
10R
+3V3
2128
2129 100n
100n
6120
3135-2
6121 1K0 3135-1
+3V3
6122 3135-3
1K0
6123 1K0 3135-4
1K0 SPI-CS2-NOT
SPI-DATA2-NOT
SPI-CLK2-NOT
+3V3
I192
3140-4 F118
SDA-BL 4 5
100R
F120
3140-3
3 6
SCL-BL
100R
3140-2 F119
BL-SPI-CLK 2 7
100R
1L10
F121
3140-1
BL-SPI-MOSI 1 8 1
2
100R
3
4
5
6
7
8
9
10
3141-1 F122
BL-SPI-CSn 8 1 F128 11
12
100R
13
14
+3V3
15 16
F129
196062-14041
3141-4
5 4
V-SYNC
F123
100R
11 12 13 14
46" C-BALANCE BOARD
BB1
1105-1 B7 3172 H8
1105-2 B7 3174 G9
1105-3 B7 3175 G10
1105-4 B7 3176 H9
1604 E6 6101-1 B5
1605 D6 6101-2 C5
1L10 H14 6120 D11
2101 A11 6121 D11
A 2102 A12 6122 D11
2103 A12 6123 D11
2104 A13 6170-1 G7
2105 A13 6170-2 G8
2106 A13 6172 G8
2107 H10 7101 A12
2108 A8 7105 E8
2109 A12 7107 H10
2110 E11 7108 A8
2115 D6 7120 A9
B 2120 A10 7150 I6
2121 A10 7160-1 C5
2122 A10 7160-2 A5
2123 C11 7161-1 F2
2124 F7 7161-2 G2
2125 C8 7162-1 F3
2126 C8 7162-2 G3
2127 D8 7163-1 H2
2128 D11 7163-2 I2
2129 D11 7164-1 I3
C
2140 G12 7164-2 H3
2141 G12 7165-1 F4
2142 H12 7165-2 G4
2143 H12 7166-1 H4
2145 I12 7166-2 I4
2146 I12 7175-1 G10
2150 H7 7175-2 F10
2160 C2 7176 F9
2161 A2 7177 H9
2162 B2
9100 I8
D 2163 C2
9101 I8
2170 G7
9102 I8
2171 G7
9103 I7
2172 G9
9104 I7
2173 H8
9105 I7
2174 F10
F101 A13
2176 G10
F102 D9
3115-1 D6
F103 E9
3115-2 D6 F104 E9
3115-3 D6 F105 E9
E 3115-4 D6 F106 E9
3116 C7 F107 E9
3120 B11 F108 D6
3121 B11 F109 I9
3122 A9 F110 I9
3123 B12 F111 I9
3124 B11 F112 A6
3125 C11 F113 C6
3126 C8 F114 C5
3127 C11 F115 A5
F 3128 D12 F117 I10
3129 D7 F118 G13
3130 D8 F119 H13
3135-1 D12 F120 G13
3135-2 D12 F121 H13
3135-3 D12 F122 I13
3135-4 D12 F123 I13
3140-1 H12 F124 B7
3140-2 H12 F125 B7
3140-3 G12 F126 B7
G 3140-4 G12 F127 B7
3141-1 I12 F128 I14
3141-4 I12 F129 I13
3150 I6 F130 G7
3151 I6 F131 G7
3159-3 E3 I101 C8
3159-4 G3
I102 H10
3160-1 C5
I161 C3
3160-4 A5
I163 A3
3161-1 C4
I167 G4
3161-2 C4
H I168 F3
3161-3 C3
I169 H4
3161-4 C3
I170 G3
3162-1 A3
I171 I4
3162-2 A3
I172 H3
3162-3 A4 I173 I1
3162-4 A4 I174 I3
3163-1 E2 I175 F4
3163-4 G2 I180 H1
3164 H2 I183 F1
3165-1 G4 I184 G1
I
3165-2 E4 I185 F8
3165-4 I3 I186 F9
3166 H4 I187 G9
3167 H3 I188 G8
3168 I4 I189 G10
3169 I2 I190 G10
3170 G9 I192 G11
3171 G8 I193 H9
2 2010-03-11
1 2009-11-13
3104 313 6442
18750_540_100521.eps
100521