Sony HDCU2500 Maintenance Manual page 267

AT-167A (2/6)_L
002,003,004,006
CN101 L101 +3.3V
1 Target-Vcc1
10uH
NM CONTROL
2 Target-Vcc1
/BS
3 /BS
4 Reserve ADDRESS 002,003,004,006
A3
5 A3 DATA 002,003,004,006
A2
6 A2
CN902
B5 Chara-Gen-Data-out
A5 (26/66)
7 A5
A4
8 A4
9 GND
10 GND CN902
A7 (27/66) C5 Chara-Gen-Clk-A-out
11 A7
A6
12 A6
A9
13 A9
CN902
C6 Chara-Gen-Clk-B-out
A8 (33/66)
14 A8
A11
15 A11
A10
16 A10
A13
17 A13
A12
18 A12
CN902
19 GND E6 SCL2-out
(35/66)
20 GND
IC142(5/5)
A15 SN74LVC08APWR
21 A15
+3.3V
A14
C103
22 A14
0.1uF
A17
23 A17
A16 CN902
24 A16 VCC (65/66) E11 SCL
A19
25 A19 GND
A18
26 A18
A21
27 A21
A20 CN902
28 A20 E10 SDA
(59/66)
29 GND
30 GND
A23
31 A23
A22 IC149(5/5)
32 A22
SN74LVC08APWR
33 Reserve +3.3V
CN902
C102
A24 (32/66) B6 MST-RESET
0.1uF
34 A24
35 Reserve
VCC
36 Reserve
XCS4 GND
37 /CS4
XCS1
38 /CS1
39 GND 003,004,006
40 GND CPU-RESET
41 Reserve
XCS0
42 /CS0
A1
43 A1
A0
44 A0
D1
45 D1
D0
46 D0
+3.3V
D3
47 D3
IC134 (2/2)
D2
TC7SH14FU
48 D2
R110
+3.3V
49 GND C104 100k
0.1uF
50 GND
D5
51 D5 S101
VCC
D4
52 D4 PROTECT
GND
D7
53 D7
D6
54 D6
D9
55 D9
D8
56 D8
D11
57 D11
D10
58 D10 IIC ADDRESS:EEPROM
59 Target-Vcc2 1 0 1 0 L L L W/R
MAC Address
60 Target-Vcc2
61 Target-Vcc2
62 Target-Vcc2
D13
63 D13
D12
64 D12
D15
65 D15
D14
66 D14
D17
67 D17
D16
68 D16 IC145 (3/3)
D19 TLC272CPWR-12
69 D19
+5V
D18
70 D18
IC145
TLC272CPWR-12
71 GND
72 GND
V+
D21
73 D21
GND
D20
74 D20
D23
75 D23
D22
76 D22
D25
77 D25
D24
78 D24
D27
79 D27
D26
80 D26
81 GND
82 GND
D29
83 D29
D28
84 D28
D31
85 D31
D30
86 D30
XRD
CN901
87 /RD b18 F-INCOM-LEVEL-VR-in
(89/135)
WR/RD
88 RD/WR
XSHWE1
89 /WE1
XSHWE0
90 /WE0
91 GND
92 GND
XSHWE3
93 /WE3
CN901
a18 PD-Level-in
XSHWE2 (88/135)
94 /WE2
95 /CAS1
96 /CAS0
97 /CAS3
98 /CAS2
XSHCAS
99 /CAS
XSHRAS
100 /RAS
101 GND
102 GND 005 HD-PLL-VOLT
103 Reserve
R103 10k
CN901
104 Reserve c18 UNREG-Volt-Sense
(90/135)
XCS3 R105
105 /CS3 UNREG(10.5V-18V)X(10/33), 1k dashi
15k
XCS2
106 /CS2
107 NMIIN OPEN
005 SD-PLL-VOLT
XCS0
R109
108 /ROMCS1
CN901
TADP-NMI-OUT b19 TEMP-Level-in
(95/135)
109 NMIOUT
110 /RSTOUT
111 GND
C101
100pF
112 GND
TADP-CLK
113 CKIO
+3.3V
114 Reserve
R102
115 /ROMCS3
10k
116 Reserve
117 /ROMCS4 TADP-RSTOUT 002
R101
118 /ROMCS2
10
004 ANALOG-SEL-A
119 Target-Vcc3
004 ANALOG-SEL-B
120 Target-Vcc3
HDCU1000_AT-167_014_2
HDCU2500
IC142 (3/5) TADP-RSTOUT PWR-ON-RESET
002
SN74LVC08APWR
+3.3V +3.3V
R131
R113 100k
9
47
8
10
IC142 (1/5)
+3.3V +3.3V
SN74LVC08APWR
R116 1
10 3 R132
100k
2
IC142 (2/5)
SN74LVC08APWR
4
6
5
R115
10
IC149 (1/5) +3.3V
SN74LVC08APWR
IC103
+3.3V
RN5VD28AA-TL-FA
+3.3V
R123
+3.3V
2.2k
R117 R142 C122
1
10 100k 0.1uF
3
2 +3.3V
SCL1
2
R159
IC149(2/5) VDD
10k
C120
SN74LVC08APWR
+3.3V 0.1uF 5 1 2
+3.3V
R124 CD OUT 4
2.2k 1
R118
4
10
6 C119 GND IC110 (1/2)
5
0.1uF TC7SH08FU
3
003 XINT-700P-RM
C121
+3.3V
0.1uF
R125
003 XINT-700P-RCP
R119 2.2k
47
003 XINT-700P-CHU
SDA1
IC110 (2/2)
+3.3V TC7SH08FU
OFF:NORMAL
+3.3V
C125
S102
0.1uF
TADP-NMI-OUT
IC142 (4/5) R133
ON:DEBUG
SN74LVC08APWR 100k
R120 12
C130
47 11 VCC IC106 +3.3V
0.1uF
13 XCPU-RST SN74LVC74APWR-12
GND
14
R140
R244 VCC
+3.3V 10k 4
10
1PRE
NM
2 5
003 27MHz-XTAL-CLK 1D 1Q
3
R134
IC149 (3/5)
100k 004 25MHz-CLK 1CLK
SN74LVC08APWR R245 1 6
9 10 1CLR 1Q
8 10
10 2PRE
12 9
R248
2D 2Q
10
25MHz 11
002 CKPO 2CLK
13 8
R249
2CLR 2Q
10
GND
NM
7
12.5MHz
C127
+3.3V IC107
0.1uF
CY2309ZXC-1HT
IC134 (1/2)
TC7SH14FU
13 4
2 4 PRTCT-OFF/ON 50MHz
VDD2 VDD1 R173
16 1
CLKOUT REF
ON:Write Protect 2
OFF:MAC Write enable CLKA1
R152 47 3 9
SR1-CLK
CLKA2 S1
14 8
SR2-CLK R153 47
IC101 CLKA3 S2
CAT24C02WI-GT3
TADP-CLK R154 47 15
CLKA4
C109 +3.3V
0.1uF +3.3V
6
R135 CPU-OUT-AB R155 47
8 10k CLKB1
R128
47 7
100 CPU-OUT-COPRO R156
3 VCC 5 CLKB2
SDA-MAC
A2 SDA 10
MS-CLK R157 47
2 6 SCL-MAC CLKB3
A1 SCL 11
1 7 CLKB4
R129
A0 WP
100 R136 GND2 GND1
VSS
10k
12 5
4
002 H-UDI
+5V
D102 +3.3V
D101 IC105
RB706F-40 +3.3V
1SS302-TE85L RTC-4574JE
C123
R160
22uF
10k R168 R170
IC145 (1/3)
1 10k 10k
TLC272CPWR-12
(2/3) 3 5 VDD 7 R161 100
RTC-SIO
R148 TIRQ DATA
+
5 R122 R130 1 10k 6 R162 100
RTC-CLK
1k 1k CLK
+
7 2 4
- R166
AIRQ
100
6 - 3
C110 *RTC-CS
CE0
0.22F CL101
BT101 2 8
5.5V 0.8
FOUT CE1
9
FCON
16 11
NC6 NC1
17 12 R167
NC7 NC2 100k
18 13
NC8 NC3
L102 19 14
+5V 10uH C111
NC9 NC4
0.1uF
20 15
NC10 NC5
D103
GND
IC144(3/3) 1SS302-TE85L
+3.3V
NJM062V(TE2) V+ 10
+3.3V
L103 V-
10uH C112
L106
0.1uF
IC104
C126 10uH
IC144 (1/3) 0.1uF
PCF8591T/2
R108
NJM062V(TE2)
-5V 1k
3 16
R137
+ 100
1 1 VDD 15 R163
NM +3.3V
AIN0 AOUT 100
C108 R114
2 2
15k -
0.1uF AIN1
C115
3 14
0.1uF R171
AIN2 VREF R169
4 10k
AIN3
5 10 R164 100
(2/3) +3.3V
IC144 A0 SCL
R121
NJM062V(TE2) 6 9
10k
5 A1 SDA
R147 7 11 R165
+ 7 100
A2 OSC 100
12
6 EXT
- D104
VSS AGND
R127 1SS302-TE85L
22k
C113 8 13
NM C129
0.1uF
0.1uF
+5V
IC102 L104
10uH
TC74HC4052AFT(EL)
D105
16 C117 1SS302-TE85L
0.1uF
+3.3V
12 IC131 (1/3)
VCC
0X
NJM062V(TE2)
14 13 R139 1k 3
R150
1X X-COM
+ 10k
15 1
2X
C105 11 2
-
0.01uF 3X
1
C124
0Y
0.1uF
5 3
1Y Y-COM
2 IC131 (2/3) +3.3V
100 NJM062V(TE2)
2Y
4 R144 1k 5
R158
3Y
C107 + 10k
10 7 D106
0.01uF
A 1SS302-TE85L
9 6 -
B V+
IC131
6
(3/3)
INH V-
GND NJM062V(TE2) C128
R104 VEE
0.1uF
1k
8 7 C118
0.1uF
+5V
R112
10k
R111 L105
10k 10uH
-5V
R106
100
R107
100
PHY 004
004
+3.3V
IC149 (4/5)
SN74LVC08APWR
12
11
002 CKPO 13
CN901 20
b4
(20/135)
+3.3V
C133
L107 C132
10uH 0.1uF 0.1uF
C134
C131
22uF 0.1uF
R172
10k
H-UDI-RST
1
IRL3
2
IRL2
3
IRL1
4
INTR(MS)
IRL0
5
NMI
6
ASEMODE
ASEMODE
7
GND
8
RES
9
C135
PLLVSS
470pF 10
CAP2
C136 11
CAP1
470pF 12
PLLVCC
13
MODE4 C137
MD4 CS0 BUS
0.1uF
MODE3 14 WIDTH
MD3 =32bit
15
MD2
16 CLOCK
MD1 MODE
17 =MODE0
MD0
18
12.5MHz VCC1
R179 22
19
EXTAL 12.5MHz
20
VSS1
21
XTAL XTAL OPEN
22
VCC2
23
CKIO 25MHz->50MHz
50MHz 24
CKPREQ/CKM
25
CKPACK OPEN
26
22 VSS2
R180
27
22
IVECF OPEN
SH-TDO
28
TDO
29
SH-TDI
TDI
30
SH-TCK
TCK
31
SH-TMS
TMS
32
SH-XTRST
TRST
33
VCC3
34
D0
D0
35
VSS3
36
D1
D1
37
D2
D2
38
D3
D3
39
D4
D4
D5 40
D5
41
D6
D6
42
VCC4
43
D7
D7
44
D8
D8
45
VSS4
46
D9
D9
D10 47
D10
48
D11
D11
D12 49
D12
50
VCC5
51
D13
D13
52
VSS5
R175 R177
+3.3V
10k 10k
R174 R176
10k 10k
R178
10k
10k
SCL-AD
IC124 (1/2)
SDA-AD
+3.3V NC7SZ08P5X
C138 1 IC112
0.1uF 4
SN74LVC138APWR-12
2
+3.3V
VCC IC124 (2/2)
C140
GND NC7SZ08P5X 16
0.1uF
A20 1 VCC 15
A Y0
A21 2 14
B Y1
13
A22 3
C Y2
IC111
12
SN74LVC138APWR-12
Y3
+3.3V 6 11
A24
C139
G1 Y4
0.1uF
4 10
XCS2
G2A Y5
5 9
A23
16 G2B Y6
7
1 VCC 15 Y7
A20 CS(700R)
A Y0 GND
2 14
A21 CS(700F)
B Y1 8
3 13
A22 CS(CHU)
C Y2
12
CS(232C)
Y3
A23 6 11 PIO-1
G1 Y4
4 10
XCS2 PIO-2
G2A Y5
9
A24 5 PIO-3
G2B Y6
7
PIO-4
Y7
GND
8
003 XINT-232C
006 XINT-CPU-EVEN/ODD
+3.3V
R188
006 XINT-CPU-VD 100k
R189
004 PHY-XFDX-LED
100
21
Co-Pro-IRQ-in
c4 (21/135)
+3.3V
R186 R187 CL105
H :Config-Done
100 10k 0.8
SDP-Conf-Done-in
XINT-CPU-FrameGate 006
+3.3V
R190
100k
R191
100k C144 C146 C149
0.1uF 0.1uF
0.1uF
C143 C145 C148 C150
0.1uF 0.1uF 0.1uF 0.1uF
156
PB11/SRS2/CTS/STATS0
155 R197
PVCC1
154 10k
PB12/SRCK2/RTS/STATS1
153
PB13/TXD1
152
PB14/RXD1
151
PB15/SCK1
150
VSS18
149
VSS17
148
OPEN BGR R196
147 10k
VCC18
146
VCC17
145
BRLS
144
DACK0
143
OPEN DACK1
142
DREQ0
141
DREQ1
140
OPEN BH
139
BUSHIZ
138
CS4
137
CS3
136
CS2
135
CS1
134
CS0
133
RD/WR
132
VCC16
131
IC109
(OPEN) BS
HD6417616SFV
130
VSS16
129
OPEN REFOUT
128
RD
127
CKE
126
OPEN CAS0
125
OPEN CAS1
124
OPEN CAS2
123
OPEN CAS3
122
DQMLL/WE0
121
DQMLU/WE1
120
DQMUL/WE2
119
DQMUU/WE3
118
CAS/OE
117
RAS
116 R195
VCC15
100k
115
WAIT
114
VSS15
113
VSS14
112
VSS13
111
A24
110
VCC14
109
VCC13
108
A23
107
A22
106
A21
105
A20
IC146(2/2)
NC7SZ08P5X
+3.3V
IC113
+3.3V
SN74LVC138APWR-12
VCC C141
+3.3V
0.1uF VCC C147
GND
0.1uF
GND
C142
IC141(5/5) 16
0.1uF
SN74LVC08APWR
R192
A20 1 VCC 15
47
A Y0 Co-Pro-CS0-out
R193
A21 2 14
47
B Y1 Co-Pro-CS1-out
13
A22 3
C Y2
R181
12
47 CN902
REAR-CS-out D6 Y3
R182 (34/66)
6 11
47 CN902 A24
R183 CS0-out B7 (38/66) G1 Y4
CN902 4 10
47 XCS2 IC146(1/2)
CS1-out C7 G2A Y5
R184 (39/66)
5 9 NC7SZ08P5X
47 CN902 A23
CS2-out D7 G2B Y6
R185 (40/66) 1
CN902 7 4
47
CS3-out E7 (41/66) Y7 2
GND
IC141 (1/5)
8
SN74LVC08APWR
1
3 IC141 (3/5)
2 SN74LVC08APWR
9
IC136(2/2)
8
IC127 (2/2) IC128(2/2)
10 TC7SH14FU IC126(2/2)
NC7SZ04P5X NC7SZ08P5X
NC7SZ04P5X
+3.3V
4
C156 +3.3V C157 +3.3V C158 +3.3V C159
6
0.1uF 0.1uF 0.1uF 0.1uF
5
IC141 (2/5)
VCC VCC VCC VCC
SN74LVC08APWR
GND GND GND GND
IC141 (4/5)
SN74LVC08APWR
12
11
13
CN901
+3.3V
R201
IC108(1/2)
100k
TC7SH14FU
2 4
S103
ROM-SEL
ON:Upper area
OFF:Lower area
IC108(2/2)
PIO-XDIS TC7SH14FU
+3.3V
UPDATE
SDA-AD
SCL-AD
VCC C152
0.1uF
R199
GND
10k
R198
10k
R200
10k
DACK(MS)
DREQ(MS)
XCS4
XCS3
XCS2
XCS1
XCS0
WR/RD
/BS
IC151 (2/2)
TC7SH08FU
XRD
IC116(2/2)
SHCKE TC7SH08FU
+3.3V
VCC VCC C151
0.1uF
GND GND
XSHWE0
XSHWE1
XSHWE2
XSHWE3
XSHCAS
+3.3V
XSHRAS
R204
10k
R203
10k
IC116 (1/2)
TC7SH08FU
2
4
BUSY/READY
1
A24
A23
A22
A21
A20
IC151 (1/2)
TC7SH08FU +3.3V
2
XWAIT
4
1
R247
1k
CN901
QWERTY-WAIT a16 (76/135)
R246
100
IC114
+3.3V
SN74CBT3253PWR-12
R206 R207
0 0 +5V
R202 R209
10k +3.3V 0
R208 C153 +3.3V
0 NM 0.1uF
2 4 2 4
R210
16 10k
IC127(1/2)
IC126 (1/2)
NC7SZ04P5X NC7SZ04P5X
6 VCC 7 XCS0(FLASH)
CN901
d1 1B1 1A
(4/135)
5
CN901
a4 1B2 +3.3V
(19/135)
4
1B3
R211
3
10k
1B4
10 9
XCS0(JIG)
2B1 2A
11
2B2
12
2B3
13
IC128(1/2)
2B4
NC7SZ08P5X 14
1 S0
4 2
2 S1
1
OE1
15
+3.3V
OE2
GND
8
R205
100k
2 4
OFF:NORMAL
IC136 (1/2)
S104
TC7SH14FU
ON:DEBUG
8-3