Panasonic WJ-HD500 Service Manual page 35

MAIN BOARD (1/10)
(7/10) V3A1
TP15
CF11
1 2 V3DI
V12 (3/10)
I O
3 G
CN14 TP16
(+5V)
12V 1
CF12
GND 2
1 2
5V 3 I O V5D
A5V 4 3 G
GND 5
C13 100/6.3
3.3V 6
CF14
3.3V 7
TO 1 2
I O V5A
NMI
ANALOG (6/10)
3 G
E
BOARD TP17
CF13
. . . CN15
1 2
I O V3D
3 G
C16 100/6.3
V3DA
(3/10)
CN15 IC11 IC11
6 2 1 7
POWEROFF 1
Z21 Z22
GND 2
103 103
GND 3
IC11
GND 4 V3D
TO FPVPLY
(10/10)
8
3 5 (9/10) FPVREC
POWER
FPIREC
4 (9/10)
BOARD FPIPLY
(10/10)
(4/10) STIRQ
. . . CN4 C14 104
SPCIRQ
(5/10)
R161 0R00
CN25
OPEN
IRQGDB R163 OPEN
(2/10)
NC 1
AUD0 INTJ1
(10/10)
AUDATA0 2
AUD1 (9/10) INTJ0
AUDATA1 3
AUD2 INTFC1
(10/10)
AUDATA2 4
AUD3 INTFC0
(9/10)
AUDATA3 5
AUDSYNC 6
I2CIRQ
(2/10)
NC 7
(6/10) 485IRQ
NC 8
232IRQ
(6/10)
D TCK 9
PWRIRQ
TMS 10
(6/10) UPSIRQ
TRST 11
MDIRQ
(3/10)
TDI 12
BUSYO
TDO 13
BRK-AK
ASEBRKAK 14 C33 104
NC 15
RESET 16
R199 OPEN 2 14
I2CSCL
(2,7/10)
GND 17
7
AUDCK 18
GND 19
GND 20
I2CSDA
(2,7/10)
GND 21
GND 22
GND 23
GND 24
GND 25
SW23
GND 26
NTSC PAL NTSC PAL
GND 27
GND
1 5
GND 28 OFF ON OFF OFF
GND 29
2 6
ON ON OFF OFF
GND 30
3 OFF OFF 7 OFF OFF
GND 31
GND 32
4 ON ON 8 OSS OFF
GND 33
GND 34
GND 35
GND 36
C
PALnNT
(7-10/10)
(4/10) TXD1
RXD1
(4/10)
TXD2
RXD2
B
V5D
IC24
C26
IC22
8 #RES 1 3.3/50
CT
7 VSA 2 9
VSC
6 V/#RES 3
OUTC
SW24 5 VCC 4 SW25
GND
IC22
2 1 2 1
6 5 6 5 11
C25 104
IC25
L61 100
5
V5D
5RESET 4
(2,8-10/10)
C27 104
3RESET
(2,3,6/10)
(4/10) CLK20M
STCLK
(4/10)
IC56
C32
A
104 1 8
1A VCC
R1
Q41 2 7
1B 1Y
104 2 14
1 3 6
2Y 2B
4 5
7
GND 2A
R5
IC22 0R00
C65 104
1 2
SCHEMATIC DIAGRAM OF MAIN BOARD (1/10)
IC21
L60 100
1 IN 5
OUT V3D
IC22 IC23
5 6 5 6
IC22 IC23
R21 0R00
3 4 3 4
SW21
2 1 V3D
6 5
Z23 Z24 Z25
103 103 103
7
#NMI
176
IRQ5
12
IRQ4
11
IRQ3
10
IRQ2
9
IRQ1
8 IRQ0
136 PINT15
137 PINT14
138 PINT13
139 PINT12
140 PINT11
141 PINT10
142
PINT9
143
PINT8
177
PINT7
178 PINT6
179
PINT5
180
PINT4
185
PINT3
186
PINT2
187
PINT1
188
PINT0
115 PTD7
192 PTD6
1 IC22 114 PTD5
13 12 R43 OPEN 191 PTD4
IC23
R44 103 182 PTD3
IC23 R45 103 189 PTD1
R198 OPEN
12 13 R46 103 190 PTD0
R36 103
R966 OPEN
R34 103 126 PTG7
Z27
R35 OPEN 127 PTG6
103
R50 103 128 PTG5
BRK-AK 129 PTG4
130 PTG3
AUD3
AUD2 131 PTG2
AUD1 133 PTG1
135 PTG0
AUD0
R47 103
R54 102
IC32
94 PTE7
116 PTE6
Z26
R48 103 104 PTE5
103
R49 103 103 PTE4
117 PTE3
118 PTE2
119 PTE1
120 PTE0
R37 103
R162 0R00
158 PTJ7
R38 103 157 PTJ6
R39 103 113 PTJ5
R51 103 112 PTJ4
R52 103 110 PTJ3
R53 103 107 PTJ1
SW7 207 PTL7
SW6 206 PTL6
SW5 204 PTL5
203 PTL4
202 PTL3
201 PTL2
200 PTL1
199 PTL0
R164 0R00 165 SCK0
Z28 Z29
R165 0R00 164 TxD0
103 103
R62 103 171 RxD0
R166 0R00 167 SCK1
R63 220 166 TxD1
R64 220 172 RxD1
R167 0R00 169 SCK2
R65 220 168 TxD2
R66 220 174 RxD2
R69 103
R168 103 151 AUDCK
R67 103 170 #RTS2
R68 103 159 TCLK
R70 103 125 #ADTRG
R71 103 184
#RESETOUT
R72 103 121 #BACK
IC23
R73 103 122 #BREQ
8 9 8 193 #RESETP
124 #RESETM
R170
0R00 R74 103 194 CA
IC23
R171 103 160 #IRQOUT
10 11 10
Q21
1
2
3
CT21
REAL TIME CLK
R160 102 R169 0R00 R78 R136
X22
0R00 0R00
1 4
R1001 OPEN 2 3
IC57
L22 100
Q342
1 GND 16
VCC V3D
2 CX1/RX1 15
GND
3 RESET1 14 Q343
CX2/RX2 R262
X21 TP21
4 A1 13 103
RESET2
5 B1 12 1 #COUT 4 R77
A2 VDD
101 C171
6 Q1 11 2 GND 3
B2 OUT 104
7 #Q1 10
Q2
8 GND 9
#Q2
C28 104
TP21
(REAL TIME CLK)
3
IC55
1 VIN 2
VOUT
ADJ
3
IC36
ADR15 20 A13
DQ15
ADR14 21 A12
DQ14
ADR13 35 A11
DQ13
ADR12 22 A10
DQ12
ADR11 34 A9
DQ11
ADR10 33 A8
DQ10
ADR9 32 A7
DQ9
ADR8 31 A6
DQ8
ADR7 30 A5
DQ7
150 ADR6 29 A4
VCCPLL2 DQ6
C60 103 ADR5 26 A3
DQ5
149 C59 471 ADR4 25 A2
CAP2 DQ4
148 ADR3 24 A1
VSSPLL2 DQ3
145 ADR2 23 A0
DQ2
VCCPLL1
C58 103
V3D DQ1
146 C57 471 CTL1 19 #CS
CAP1 DQ0
147 CTL6 18 #RAS
VSSPLL1
CTL7 17 #CAS
NC
CTL2 16 #WE
NC
86 R109 220 ADR25 R111 103 CTL8 39 DQMU
A25
84 R110 220 ADR24 R112 103 CTL9 15 DQML
A24
82 5 4 ADR23 8 1 38 CLK
A23
80 6 3 ADR22 7 2 CTL5 37 CKE
A22 78 VCCQ
7 2 ADR21 6 3
A21 77 VCCQ
8 1 ADR20 5 4 1 VCC
VCCQ
A20
76 5 4 ADR19 8 1 14 VCC
A19 VCCQ
75 6 3 ADR18 7 2 27 VCC
A18
74 7 2 ADR17 6 3
VSSQ
A17 73
8 1 ADR16 5 4 28 VSS
A16 72 VSSQ
5 4 ADR15 8 1 41 VSS
VSSQ
A15
70 6 3 ADR14 7 2 54 VSS
A14 VSSQ
68 7 2 ADR13 6 3
A13
67 8 1 ADR12 5 4
A12 66
5 4 ADR11 8 1
A11 65
6 3 ADR10 7 2
A10
64 7 2 ADR9 6 3
A9
63 8 1 ADR8 5 4
A8
62 5 4 ADR7 8 1
A7 61
6 3 ADR6 7 2
A6 60
7 2 ADR5 6 3
A5
58 8 1 ADR4 5 4
A4
56 5 4 ADR3 8 1
A3
55 6 3 ADR2 7 2
A2
54 7 2 ADR1 6 3
A1
53 8 1 ADR0 5 4
A0
13 8 1 DAT31 8 1
D31
14 7 2 DAT30 7 2
D30
15 6 3 DAT29 6 3
D29 16
5 4 DAT28 5 4
D28 17
8 1 DAT27 8 1
D27
18 7 2 DAT26 7 2
D26 20
6 3 DAT25 6 3
D25
22 5 4 DAT24 5 4 V3DL
(3/10)
D24
23 8 1 DAT23 8 1
D23
24 7 2 DAT22 7 2
D22
25 6 3 DAT21 6 3
D21
26 5 4 DAT20 5 4
D20
28 8 1 DAT19 8 1 REARR0
(6/10)
D19 30
7 2 DAT18 7 2 REARR1
(6/10)
D18 31
6 3 DAT17 6 3 (6/10) REARW0
D17
32 5 4 DAT16 5 4 REARW1
(6/10)
D16 34
8 1 DAT15 8 1 ADR23
D15
36 7 2 DAT14 7 2 ADR22
D14
37 6 3 DAT13 6 3 ADR21
D13
38 5 4 DAT12 5 4 ADR20
D12
39 8 1 DAT11 8 1 ADR1
D11 40
7 2 DAT10 7 2 ADR0
D10 41
6 3 DAT9 6 3
D9
42 5 4 DAT8 5 4 (3/10) BUSYI
D8
43 8 1 DAT7 8 1
D7
44 7 2 DAT6 7 2
D6
46 6 3 DAT5 6 3 PLDWE0
(2/10)
D5
48 5 4 DAT4 5 4 PLDRD
(2/10)
D4
49 8 1 DAT3 8 1 CTL2
D3 50
7 2 DAT2 7 2 CTL3
D2 51
6 3 DAT1 6 3 CTL10
D1 52
5 4 DAT0 5 4 CTL11
D0
102 R99 220
#CS6
101 R100 220 PLD4
#CS5
100 R101 220 PLD3
#CS4 99
R102 330 CTL1
#CS3 98
R103 220
#CS2
96 R104 220 PLD2
#CS0
93 R105 220 CTL2
RD/#WR
88 R106 330 CTL3 3RESET
#RD 123
R107 220 PLD1 STWAIT
(4/10)
#WAIT 87
R108 220 PLD0 SW7
#BS
162 R113 100 CKIO SW6
CKIO
105 R114 330 CTL5 SW5
CKE
106 R115 330 CTL6
#RAS3L
108 R116 330 CTL7
#CASL
92 R117 560 CTL8
DQMUU/WE3
91 R118 560 CTL9
DQMUL/WE2
90 R119 220 CTL10
DQMLU/WE1
89 R120 220 CTL11
DQMLL/WE0
197 R121 103
MD5 196
R122 103
MD4
195 R123 103
MD3
2 R124 103
MD2
1 R125 103
MD1
144 R126 103
MD0
R127
0R00
IC49
14
1 R139 IC428
3 4
0R00
2 6 5 1
5
2
7
IC49 4 3
IC49 V3D
R140
9 8
C177 0R00
8 CTXD C451 104
(6/10)
104 10 V
R138
IC49
G
0R00
12 CRXD
(6/10) 7
11 4
13 3 5
R137
0R00
IC411 R452 562
FTXD L403
IC31
IC31
FRXD L404
12
11 R409 103
14 13
1
3 1
2 IC31 3DAT2 6 2
R141 (3/10)
IC31
9
0R00
7 4 8 V3D
6 10 IC411
5
FRNRST
(3/10)
C178
104
4 5
– 31 –
ADR(0-25)
(2/10)
DAT(0-31)
(2/10)
CTL(1-26)
(2/10)
IC37
53 5 4 DAT31 ADR15 20 A13 53 8 1 DAT15
DQ15
51 6 3 DAT30 ADR14 21 A12 51 7 2 DAT14
DQ14
50 7 2 DAT29 ADR13 35 A11 50 6 3 DAT13
DQ13
48 8 1 DAT28 ADR12 22 A10 48 5 4 DAT12
DQ12
47 5 4 DAT27 ADR11 34 A9 47 8 1 DAT11
DQ11
45 6 3 DAT26 ADR10 33 A8 45 7 2 DAT10
DQ10
44 7 2 DAT25 ADR9 32 A7 44 6 3 DAT9
DQ9
42 8 1 DAT24 ADR8 31 A6 42 5 4 DAT8
DQ8
13 8 1 DAT23 ADR7 30 A5 13 5 4 DAT7
DQ7
11 7 2 DAT22 ADR6 29 A4 11 6 3 DAT6
DQ6
10 6 3 DAT21 ADR5 26 A3 10 7 2 DAT5
DQ5
8 5 4 DAT20 ADR4 25 A2 8 8 1 DAT4
DQ4
7 8 1 DAT19 ADR3 24 A1 7 8 1 DAT3
DQ3
5 7 2 DAT18 ADR2 23 A0 5 7 2 DAT2
DQ2
4 6 3 DAT17 4 6 3 DAT1
DQ1
2 5 4 DAT16 CTL1 19 #CS 2 5 4 DAT0
DQ0
CTL6 18 #RAS
36 CTL7 17 #CAS 36
NC
40 V3D CTL2 16 #WE 40
NC
CTL10 39 DQMU
CTL11 15 DQML
38 CLK
3 CTL5 37 CKE 3
VCCQ
9 9
VCCQ
43 1 VCC 43
VCCQ
49 14 VCC 49
VCCQ
27 VCC
6 6
VSSQ
12 28 VSS 12
VSSQ
46 41 VSS 46
VSSQ
52 54 VSS 52
VSSQ
CS(0-30)
(2,3/10)
STRCS
(4/10)
SPCACS
(5/10)
SPCBCS (5/10)
CSGDB
(2/10)
CSFMC0
(9/10)
CSFMC1
(10/10)
CSJPG0 (9/10)
CSJPG1
(10/10)
ETCRCS
(6/10)
SIRQCS (5/10)
V3D
LEDCS
(3/10)
RSTCS
(3/10)
V3D
Z1003
103
33 57 CS0 5 4
FLSHCS
34 58 CS1 6 3
SRAMCS
35 67 CS2 7 2
ROM1CS
40 68 CS3 8 1
ROM2CS
26 69 5 4
A23 STRCS
27 70 6 3
A22 SPCACS
28 72 7 2
A21 SPCBCS
29 73 CS7 8 1
A20 SIOCS
30 74 5 4
A1 CSGDB
32 76 6 3
A0 CSFMC0
R1003 0R00 41 77 7 2
CSFMC1
R194 0R00 65 78 8 1
CSJPG0
R195 0R00 19 79 8 1
CSJPG1
R1004 0R00 42 80 CS15 7 2
CPCS
R1005 0R00 43 82 CS16 6 3
I2CCS
R1006 0R00 45 83 CS17 5 4
WRGP0
46 84 CS19 8 1
RD/WR RDGP0
R2000 OPEN 47 85 CS20 7 2
RD RDGP1
48 90 CS21 6 3
WE1 RDGP2
R2001 OPEN 49 91 CS22 5 4
WE0 MDCS
53 92 8 1
CS5 ETCRCS
55 93 7 2
CS4 ETCWCS
56 95 CS25 6 3
CS0 NICRCS
51 96 CS26 5 4
WAIT IC33 NICWCS
52 97 CTL25 8 1
BS UDS
13 GOE0 98 CTL26 7 2
LDS
62 GOE1 99 6 3
SIRQCS
R130 0R00 10 Y0 1 CS30 5 4
SICHSL
11 #RESET 2 5 4
LEDCS
R86 0R00 9 IN7 3 6 3
RSTCS
R85 0R00 38 IN6 5 7 2
MBUF
R84 0R00 88 IN5 6 8 1
5BUF
R83 0R00 66 IN4 7 5 4
3BUF
4 NC 8 6 3
ABUF
21 NC 17 7 2
DIR
25 NC 18 8 1
5DIR
31 NC 20 R188 0R00 CTL20 8 1
SRAMUB
44 NC 22 R189 0R00 CTL21 7 2
SRAMLB
50 NC 23 R190 0R00 CTL22 6 3
SRAMWR
54 NC 24 R191 0R00 5 4
FLASH_WP
64 NC
71 NC 87
TDO
75 NC 16 MBUF
TDI (2/10)
81 NC 15 5BUF
#BSCAN (2/10)
94 NC 37
TMS 3BUF
(3/10)
100 NC 59
TCK
ABUF (3/10)
DIR (2,3/10)
5DIR (2/10)
CTL23
(3/10)
CN404
1 HDDLED1 TO
2 HDDLED2
SCSI-IDE
3 GND
V3D
4 GND BOARD
5 GND
. . . CN1
CN403
1 GND
2 GND
3 +3.3V
4 HDDLED
5 FTXD
TO
R196 0R00
6 FRXD
FRONT
7 GND
8 FRNRST
BOARD
9 FCONNECT
10 +3.3V . . . CN403
11
GND
12 GND
13 GND
GND
GND
6 7
< INDEX >
MAIN BOARD (1/10)
IC11 E1 IC55 E4
IC21 E3 IC56 A2
IC22 A2,B2,D2,E2/E3 IC57 A2/A3
IC23 B2,D2,E3 IC411 A5
IC24 B1/B2 IC428 A5
IC25 B2
IC31 A4 Q21 B3
IC32 B3/B4/C3/C4/ Q41 A1
D3/D4/E3/E4 Q342 A3
IC33 B6/C6 Q343 A4
IC36 D5/E5
IC37 D6/E6 D23 A3
IC49 A4
< VOLTAGE >
MAIN BOARD (1/10)
IC11 IC21 IC22 IC23 IC24 IC25 IC31 IC49 IC55 IC56 IC57 IC411 IC428
Pin 1 0.5 3.8 3.1 3.1 1.6 0 3.1 3.0 3.1 3.1 0 3.0 3.1
2 0.5 0 0 0 0 0 3.1 3.0 0.7 0.7 3.0 0 3.1
3 0 0.1 3.1 0 – 0 0 0.1 1.9 3.1 3.1 1.5 0
4 0 1.2 0 3.1 0 5.0 3.1 0.1 0 3.1 0 3.1
5 3.1 1.9 3.1 0 5.0 5.0 0 3.1 0 3.1 0 3.1
6 4.3 0 3.1 3.1 3.1 3.0 3.1 0 3.1
7 2.6 0 0 – 0 0 3.1 3.1 3.1
8 3.1 0 3.5 4.9 3.0 3.1 3.1 0 3.1
9 4.9 0 0.1 0.1 3.1
10 0 3.1 3.1 0 0
11 3.1 0 0.1 3.1 0
12 3.1 0 3.0 0 0
13 0 3.1 3.1 0 0
14 3.1 3.1 3.1 3.1 3.1
15 0
16 3.1
B C E
Q21 3.0 0.6 3.1
Q41 0 3.1 0
Q342 (G)0.6 (S)3.1 (D)0.2
Q343 0.5 2.4 0
< WAVEFORM >
MAIN BOARD (1/10)
1. 10 µs/DIV, 1 V/DIV
Note: The value indicated in the schematic
diagram should be read as follows:
Multiplier (0 - 5)
2nd. Significant Digit (0 - 9)
1st. Significant Digit (1 - 9)
<Example>
For Resistor:
0 33 Ω
330 33 x 10 =
1 = 560 Ω
561 56 x 10
= 12k Ω
3
123 12 x 10
0R00 = 0 Ω
For Capacitor
(Except Electrolytic Capacitor and Tantalum
Capacitor):
0
820 82 x 10 = 82 pF
2 1000 pF = 0.001 µF
102 10 x 10 =
4 0.1 µF
104 10 x 10 = 100000 pF =
For Coil:
0
1 µH
010 1 x 10 =
0 = 8.2 µH
CN21 8R2 8.2 x 10
1 VCC = 100 µH
1
101 10 x 10
2 TDO
3 TDI
4 ISPEN
CN22
1 TMS
2 GND
3 TCK