Sharp 32JF-77 (serv.man15) Service Manual ▷ View online
41
32JF-77H
1
I
H
G
F
E
D
C
B
A
2
3
4
5
6
7
Schematic Diagram of CRT Unit (F7269N4)
N
3
DATE
NAME
E
L
EC
TR
O
N
IC
A ESPAN
A
S.A.
B
N
SHARP
GND
4
2
1
Q
APPROVED
VERI
F
IE
D
MADE
9
6
6
F
+
12V
+
12V
-13V
+13V
4
3
2
1
W
B
G
A-3
R
6
CODE
+150V
Vh
29-05-2003
4
MODEL
GND
M
2
REVISIONS
+200V
7
GND
SENS
+12V
GND
SVM IN
G2
F1
5
8
7
6
5
4
3
2
1
4
3
2
1
B
3
2
P
1
DATE
5
SIZE
CDAR1532
CDAR153
2
CDAR153
2
200V
200V
200V
200
V
+5
V
+1
2V
+
12V
+
12V
+1
2V
+
12V
+
12V
+
12V
+1
2V
+5
V
+5
V
+5
V
+
13V
+1
3V
+
13V
+
13V
-1
3
V
-13V
-13
V
SVM OUT
RT OUT
GND
RT I
N
F2
39
2
1
3
4
5
6
G
R
B
G
R
B
G
R
B
F2
+
12V
32JF77E_H_RU
PLACA T.R.C
H
a
st
a INFO
331
14-01-20
0
3
KR
G2
F1
KG
KB
G1
H
H
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
(K) G
N
0841
C
E
(SVM)
G
N
0341
C
E
D86
9
D
X
0045BM
C
5
424
68n
F
250V
C
5
420
470nF
Q5405 TX
0111
PH2369
C88
5
560pF
R
5
442
10
Q85
1
A
1246
2SA1246
R
5
425
3K3
(3W)
R5445 150
FB85
0
0091GEZZ
C
5
422
47n
F
R894
680
(1/
2W)
R892
330
(1/2W)
R88
9
330
(1/2W)
C890 22n
F
R891
680
(1/
2W)
R88
8
680
(1/
2W)
R887
330
(1/2W)
R
5
420
3.
3
(1/
4W)
D
5
403
0
R
5
419
1K
R
5
417
0
R
5
418
120K
R
5
416
120K
C
5
409
1
,2nF
(50V)
R
5
444
10
R
5
415
1K
D
5
410
0
IC850
TD
A6111Q
1
1
3
3
5
5
2
2
4
4
6
6
7
7
8
8
9
9
R852
0
R851
0
C88
3
560pF
C88
1
560pF
R850
0
R
5
433 100
(MO)
GN0441
R884 68K
(2W)
R88
3
68K
(2W)
R880 68K
(2W)
R5424
1K
(2W)
L2
M0017CE
Q5414 B
C
635
T
X
0
108BM
Q5412 TX
0143
BC557
R
5
443 10
C
5
408
47nF
(400V)
R
5
431
1K
2
R
5
435
220
D852 D
X
0
045
D851 D
X
0
045
R856 68
(1/
4W)
Q5408 C
4
793
2SC4793
D5411
C13
V
E
X
0418
IC852
TD
A6111Q
1
1
3
3
5
5
2
2
4
4
6
6
7
7
8
8
9
9
IC
851
TD
A6111Q
1
1
3
3
5
5
2
2
4
4
6
6
7
7
8
8
9
9
D868 C5V
1
EX0408
R5437 1R0
(1/
2W)
C
5
405
220nF
Q5407 A18
3
7
2SA1837
F
B
852
LN-0091GEZZ
FB85
1
0091GEZZ
D5409
D
X
0
045
Q854
TX
0142
B
C
547
R853 22K
R859 100
C
5
427
560pF
R
5
436
100
D86
3
D
X
0
570
D862
DX05
7
0
D86
1
D
X
0
570
Q5411 TX
0142
BC547
R
5
446
10
C851 47u
F
(16V)
C5418 47u
F
(16V)
R87
6
6K8
C863 10uF
(16V)
C5414 22u
F
(160V)
C
5
421
470nF
C
5
419
10u
F
(50V)
C853 1
0
00uF
(16V)
C85
0
330uF
(16V)
Q5406 TX
0135
BF324
R861 1K
5
R
5
447
22k
R5434
1K
5
JF8
0
JF2
0
JF3
0
JF5
0
JF6
0
JF7
0
R863
1K8
R895 3K
9
R868
1K8
R866
1K8
D5408 D
X
0
045
C88
7
220uF
(16V)
R865 3K
3
R862 1K
D864 D
X
0
045
(B)
G
N
0341
C
E
Q1604 B
C
557
Q1603
BC547
R
1
622 .4
7
0
R1621 .100
(1W
)
R1623 .100
(1W
)
R1624 .100
C1612 220uF
(25V)
+VS
-VS
IC
1601
IX1596B
M
8
7
6
5
4
3
2
1
R1615 1M
R
1
616
100
K
C
1
611
1nF
C
1
610
100nF
C
1
609
10u
F
(16V)
R
1
618
100
K
D
1
607
C2V
4
EX0400
R
1
617
2K
2
R
1
619 47K
R
1
620 10K
C
1
608
10u
F
(16V)
C
1
614
10n
F
C88
2
33n
F
(250V)
L1603
47uH
(DF)
(RT
)
GN0241
C
1
613
220uF
(25V)
C871
10n
F
R
5
432 33
R860 220
R875
6K8
C880
33n
F
(250V)
C
5
407
10n
F
H.V
.
30K
V
CRT
V
B
7
6
E
RF042W1E
8
10
9
6
11
7
2
1
5
L5 M0017CE
(H) G
N
0541C
E
C884
33n
F
(250V)
R87
3
220
C868 100uF
(250V)
R
5
421
3.
3
(1/
4W)
C869
PB3DE472Z
C895
47uF
(250V)
R872
6K8
R886 220
R
5
427
2K
2
C87
7
10n
F
C852 10n
F
C87
4
10n
F
JF1
0
QSOCV
0
9
3
6C
E
Z
Z
SC861
8
10
9
6
11
5
7
14
1
12
L864
180K
P0174CE
D865
0
D867
0
D866
0
J14 C6V
2
EX0410
R897 150
K
JF4
0
Firmado
digitalmente por
A
DOLFO
FERNANDEZ
Nombre de
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORI
O, c=US
Fecha:
2003.05.30
08:18:55 +02'00'
Motivo: Soy el
autor de este
documento
Firma
válida
Firmado
digitalmente por
Juan Antonio
Rodriguez
Nombre de
reconocimiento
(DN): cn=Juan
A
ntonio
Rodriguez,
o=SHARP,
ou=Laboratorio,
c=US
Fecha: 2003.05.30
08:30:25 +02'00'
Motivo: I'm
aproving this
document
Firma
válida
Firmado
digitalmente por
Castillo, Fco.
Nombre de
reconocimiento
(DN): cn=Castillo,
Fco.,
o=Engineering
Dept., ou=SEES,
c=ES
Fecha:
2003.05.30
13:43:50 +02'00'
Motivo: I'm
aproving this
document
Firma
válida
42
32JF-77H
1
I
H
G
F
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D
C
B
A
2
3
4
5
6
7
Page 43
Schematic Diagram of Digital Module Unit (F7359N4A)
MADE
VERIFIED
1
2
3
4
49
50
54
55
53
44
56
57
45
43
42
41
VIDEO_IC
FI
MSP
TUNER
NVM
SDA1 - SCL1
TO :
SDA2 - SCL2
TO :
46
RO
UT
HP
RO
T
BEAM
VPR
O
T
SDA1
RO
AL
C
C
L
O
C
K
MUTE
SD
A2
RE
S
IN
CAS
D0
A13
CAS
Rx
D0
D0
RE
S
IN
D4
D14
A5
A7
A17
AVLIN
A1
V
D6
D8
D7
A3
LE
D
D
D11
A7
D7
D13
CKE
D0
AVLOUT
D3
A5
A5
D15
D10
D13
A1
CVBS OUT
A3
AV3
CA
G
A13
AVL
IN
A9
OP
C
A3
A9
A1
D11
CAS
A9
SD
A2
D8
D10
D6
D15
RD
A7
D14
D12
Tx
D
D
0
LE
DO
DO
P
C
D5
A13
D12
A1
7
7
AV1
D4
D5
A1
6
6
H100
HF
B
VER
T
-
VER
T
+
V100
RM
H100
RM
G
GM
BM
BM
GM
FBM
FBM
B
IR
A11
A1
1
1
A11
UQM
UQM
WE
A12
A10
RAS
A6
A2
A1
2
2
A6
A4
A4
A1
0
0
A2
A2
WE
A4
A6
LQM
A10
A12
A8
WE
RAS
A8
RAS
LQM
A1
8
8
A18
TxD0
RxD0
KEY
RO
SVM
SENS
E/
W
W
D9
A0
A0
D2
D1
D9
D1
D2
CLK
ST
BY
BY
RO
UT
PR
O
T
HO
UT
CSD
CSD
D3
SC
L
2
SC
L
2
SC
L
2
AVL
IN
K
R
SC
L
1
SD
A2
AV2
CLK
CSROM
+3.3V
+3.3V
+3.3VSTBY
+2.5VD
+3.3VSTBY
+3.3VSTBY
+5V
+3.3VSTBY
+3.3V
+5V
+3
+3.3VSTBY
+3.3VSTBY
+3.3VSTBY
+5V
+8V
+3.3VSTBY
+2.5VD
+2.5VANA
+3.3V
+3.3V
+5V
+5V
+3.3VSTBY
+3.3VSTBY
+3.3VSTBY
+3.3V
+3.3VSTBY
+3.3VSTBY
+3.3V
R6024
220K
D6003
BAS85
C6070 2
2
0nF
C6071
220nF
R6012
4K7
R6013
10K
D6001
BAS85
R6016
6K8
L6009 1uH
R6055 4K
7
R6043
10K
C6083
100nF
R6083
22
C
10
IC6002
HY57V641620HG
IX1880BM
VDD
1
DQ0
2
VDDQ
3
DQ1
4
DQ2
5
VSSQ
6
DQ3
7
DQ4
8
VDDQ
9
DQ5
10
DQ6
11
VSSQ
12
DQ7
13
VDD
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
VDD
27
VSS
28
A4
29
A5
30
A6
31
A7
32
A8
33
A9
34
A11
35
NC
36
CKE
37
CLK
38
UDQM
39
RFU
40
VSS
41
DQ8
42
VDDQ
43
DQ9
44
DQ10
45
VSSQ
46
DQ11
47
DQ12
48
VDDQ
49
DQ13
50
DQ14
51
VSSQ
52
DQ15
53
VSS
54
R6004
10K
R6010
27K
Q6001
BC847B
VSBC847B
R6005
10K
R6009
220
R6008 4K
7
Q6002
BC847B
VSBC847B
Q6005
BC847B
VSBC847B
X6002
24.576MHz
Q6003
BC847B
VSBC847B
C6029
10nF
R6007 220
C6033
22nF
R6018
33K
C6001
100nF
C6039
22nF
R6014
1K5
C6004
100nF
C6036
100nF
L6002
3.3uH
X6001
6MHz
R6006
1K
R6035
27K
1%
C6034
22nF
L6007
1uH
R6026 5K
6
C6011
22pF
C6025
47uF
(16V)
C6042
100nF
C6028
15pF
R6061
10K
C6094
10uF
C6005
22pF
R6015
56
C6031
100nF
C6027
15pF
C6020
47nF
C6021
47nF
C6022
47nF
L6001
10uH
C6024
100nF
C6023
15pF
D6005
C3V3
EX0540BM
L6020
1uH
L6008
1uH
C6030 1
0
0nF
C6026
100nF
R6032
270
R6017
10K
R6029
5K6
C6040
100nF
R6056
4K7
L6021
1uH
C6010
100nF
R6060
470
Q6006
BC847B
VSBC847B
R6034
68K
D6010
DX0551
R6031
15K
JF6006
47K
C6019
100nF
C6065
100nF
C6018
100nF
C6067
100nF
C6066
100nF
Q6007
BC857B
VSBC857B
(RS)
GN0442
GN0442
D6013
BAS85
R6126
0
R6127
0
C6146
82pF
C6147
1uF
C6149
100nF
IC6006
SDA9380B
IX1805BM
VDDA
22
CLK
I
1
VSSA
23
X1
2
E/W
24
X2
3
D/A
25
C
L
EXT
4
VD+
26
T
EST
5
VD-
27
SU
BST
6
VDDA
28
R
ESN
7
VSSA
29
SC
L
8
VPROT
30
SD
A
9
HPROT
31
VD
DD
10
HSAFE
32
VSSD
11
HD
12
H35
K
13
H38
K
14
PW
M
15
VSYN
C
16
FH1_2
17
HSYNC
18
VDDA
19
VSSA
20
FLB
21
B/V1
48
G/
U1
47
R/
Y
1
46
VSSA
45
V/B0
44
U/
G0
43
Y/R
0
42
V
DDA
41
DCI
40
VR
EF
C
39
VR
EF
N
38
VBL
O
37
VR
EF
H
36
P
R
OTON
35
IBEAM
34
BSO
IN
33
SWITCH
64
SSD
63
VSSD
62
VDDD
61
SVM
60
VSSMC
59
SCP
58
BOUT
57
GOUT
56
ROUT
55
VDDMC
54
B2
53
G2
52
R2
51
FBL2
50
FBL1
49
C6072
220nF
R6129
220
R6128
220
C6096
100
n
F
D6015
.
DX0551
R6135
470
R6136
1K2
C6035
68nF
(63V)
C6007
100nF
C6008
100nF
C6006
100nF
C6009
100nF
R6022
75
IC6003
MBM29LV160B
IX1863BM
A14
2
A13
3
A12
4
A11
5
A10
6
A9
7
A8
8
NC
9
NC
10
WE
11
RESET
12
NC
13
NC
14
RY/BY
15
A18
16
A17
17
A7
18
A6
19
A5
20
A4
21
BYTE
47
VSS
46
DQ15
45
DQ7
44
DQ14
43
DQ6
42
DQ13
41
DQ5
40
DQ12
39
DQ4
38
VCC
37
DQ11
36
DQ3
35
DQ10
34
DQ2
33
DQ9
32
DQ1
31
DQ8
30
OE
28
VSS
27
A15
1
A16
48
CE
26
A0
25
DQ0
29
A3
22
A2
23
A1
24
C6157
10uF
(16V)
C6158
100nF
C6159
100nF
C6160
100nF
Q6010
BC847B
VSBC847B
R6140
2K2
C6165
8,2nF
R6141
3K3
IC6001
SDA6000
IX1861BM
TC
K
1
TMS
2
TD
I
3
TD
O
4
P2
.8
5
P2
.9
6
P2
.1
0
7
P2
.1
1
8
P2
.1
2
9
P2
.1
3
10
P2
.1
4
11
P2
.1
5
12
VSS3
3
13
V
DD33
14
P4
.5
/CS
3
15
P4
.4
/A
2
0
16
P4
.3
/A1
9
17
P4
.2
/A
1
8
18
P4
.1
/A
1
7
19
VSS2
5
20
V
DD25
21
P4
.0
/A1
6
22
A8
23
A7
24
A9
25
A6
26
A5
27
A1
0
28
A1
1
29
A1
2
30
VSS3
3
31
VD
D3
3
32
A4
33
A3
34
A2
35
A1
36
A0
37
A13
38
A14/RAS
39
A15/CAS
40
VSS33
41
VDD33
42
MEMCLK
43
CSSDRAM
44
CLKEN
45
CSROM
46
RD
47
UDQM
48
LDQM
49
WR
50
D15
51
VSS33
52
VDD33
53
D7
54
D0
55
D14
56
D8
57
D6
58
D1
59
VSS33
60
VDD33
61
D13
62
D9
63
D5
64
D2
65
D12
66
D10
67
VSS3
3
68
V
DD33
69
D4
70
D3
71
D11
72
RS
T
IN
73
P3
.0
74
P3
.1
75
P3
.2
76
P3
.3
77
P3
.4
78
P3
.5
79
P3
.6
80
P3
.7
81
P3
.8
82
P3
.9
83
VSS3
3
84
V
DD33
85
VSS2
5
86
V
DD25
87
P3
.1
0
88
P3
.1
1
89
P3
.1
2
90
P3
.1
3
91
P3
.1
5
92
P5
.1
4
93
P5
.1
5
94
P6
.0
95
P6
.1
96
P6.2
97
P6.3
98
P6.4
99
P6.5
100
P6.6
101
VSYNC
102
HSYNC
103
RSTOUT
104
CORBLA
105
VDD33
106
VSS33
107
XTAL1
108
XTAL2
109
VSSA
110
VDDA
111
R
112
G
113
B
114
VSSA
115
VDDA
116
CVBS2
117
VSSA
118
VDDA
119
CVBS1B
120
CVBS1A
121
VSSA
122
VDDA
123
P5.0
124
P5.1
125
P5.2
126
P5.3
127
TMODE
128
C6166
100nF
C6167
100
n
F
Q6004
BC847B
VSBC847B
R6023
1K
J
F
6001
220K
J
F
6002
220
K
J
F
6005
220K
J
F
6003
220K
J
F
6004
220K
C6016
100nF
C6014
100nF
C6012
100nF
C6002
1
0
0nF
C6015
1
0
0nF
C6095
100uF
C6017
100nF
C6013
100nF
C6003
1
0
0nF
D6016
4148
DX0551BM
R6002
22
R6119
1K
R6058
100nF
C6169
10pF
JF6044
0
R6146
LN0058TA
R6145
2K7
R6150
100
R6152
10K
JF6027
J
F
6032
0
R6019
100
R6020
100
R6021
100
R6038
100
R6039
100
R6085
100
L6024
0
R6033
2K2
R6046
10K
R6125
0
R6124
0
R6121
0
R6122
0
R6011
6K8
FB
6015
0
FB
6016
0
FB
6017
0
FB6018
0
FB6019
0
FB6020
0
FB6022
0
FB6021
0
R6001
33
L6025
180nH
Firmado
digitalmente por
ADOLFO
FERNANDEZ
Nombre de
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORI
O, c=US
Fecha:
2003.05.30
08:20:05 +02'00'
Motivo: Soy el
autor de este
documento
digitalmente por
ADOLFO
FERNANDEZ
Nombre de
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORI
O, c=US
Fecha:
2003.05.30
08:20:05 +02'00'
Motivo: Soy el
autor de este
documento
Firma
válida
válida
Firmado
digitalmente por
Juan Antonio
Rodriguez
Nombre de
reconocimiento
(DN): cn=Juan
Antonio Rodriguez,
o=SHARP,
ou=Laboratorio,
c=US
Fecha: 2003.05.30
08:31:50 +02'00'
Motivo: I'm
aproving this
document
digitalmente por
Juan Antonio
Rodriguez
Nombre de
reconocimiento
(DN): cn=Juan
Antonio Rodriguez,
o=SHARP,
ou=Laboratorio,
c=US
Fecha: 2003.05.30
08:31:50 +02'00'
Motivo: I'm
aproving this
document
Firma
válida
válida
43
32JF-77H
8
9
10
11
12
13
14
I
H
G
F
E
D
C
B
A
Page 42
Schematic Diagram of Digital Module Unit (F7359N4A)
6
3
8
5
2
2
7
4
1
1
(YA)
16
18
5
1
23
22
19
11
10
14
13
QPLGZ2541CE
17
9
6
2
25
15
24
8
4
3
12
21
7
20
15
13
21
20
16
9
22
14
4
18
25
3
17
12
7
23
10
11
8
5
2
24
1
6
19
(YB)
+3,3VSTBY
+5V
SHARP
ELECTRONICA ESPANA S.A.
NAME
CODE
SIZE
MODEL
DATE
REVISIONS
N
2
3
4
5
6
DATE
A-2
P W B F 7
B M
5 9
4
DIGITAL
MODULE
MADE
VERIFIED
APPROVED
Q
1
3
GA200
QPLGZ2541CE
1
2
3
4
+5V
1
2
3
4
5
6
7
8
1
2
3
29-05-2003
43
42
41
58
59
48
35
52
51
N
VIDEO_IC
FI
MSP
TUNER
NVM
SDA1 - SCL1
TO :
SDA2 - SCL2
TO :
47
+3.3VSTBY
CHROMA IN
LUMA IN
+3.3V
+1.8V
46
40
A
32JF77E_H_RU
10-04-2003
UP TO INFO 418
FI
V1
GN
D
V2
CR1
V3
V2
V1
AB
FB
1
1
HP
RO
T
BEAM
AB
AR
VPR
O
T
AR
RESOUT
RO
MUTE
RE
S
IN
D10
CAS
D0
CVBS OUT
A13
CAS
D4
D14
A5
D3
A7
A17
RE
S
IN
A1
D6
D8
D7
A3
D7
D13
D13
CKE
D0
D5
D3
A5
A5
D15
D11
D10
D13
A1
D6
A3
A16
D7
A13
A9
CVBS OUT
A3
D15
A1
D0
D11
CAS
A9
SD
A2
D8
D10
RD
D6
D15
RD
A7
D14
D14
D4
D12
D5
RO
UT
A13
D12
ROUT
D12
D4
D8
D5
HF
B
VER
T
-
VER
T
+
H100
V
100
R
B
G
SEN
S
AG
AG
SDA2
A11
A1
1
1
A11
UQM
UQM
WE
A12
A10
RAS
A2
A1
2
2
A6
A4
A4
A1
0
0
A2
A2
WE
A4
A6
LQM
A10
A12
A8
WE
RAS
A8
RAS
LQM
A18
TxD0
RxD0
VPROT
STBY
AV3
AV2
AV1
HOUT
HFB
VERT+
VERT-
HPROT
BEAM
FB1
IR
KEY
LEDOPC
LED
ALCLOCK
RESOUT
CAG
RES IN
SDA1
MUTE
V3
SDA2
SVM
GNDREF1
E/
W
W
E/W
D9
A0
A0
A0
D2
D1
D2
D1
D9
D1
D2
D9
CLK
CR1
PROT
FI
CSD
CSD
SC
L
2
SCL2
SCL2
AVLINK
SCL1
CLK
CSROM
CSROM
+12V
+3.3V
+3.3V
+3.3VSTBY
.
.
+12V
+8V
+3.3VSTBY
+3.3VSTBY
+3.3VSTBY
+3.3VSTBY
+2.5VD
+3.3VSTBY
+2.5VANA
+3.3V
+3.3VSTBY
.
+3.3VSTBY
+3.3VSTBY
+5V
+3.3V
+1.8V
+3.3VSTBY
.
.
.
C6051
47nF
R6040
100
(RT)
GN0242
C6049
47n
F
X6003
20.25MHz
B0219BM
L6004
10uH
R6024
220K
C6056
100nF
C6088
470uF
(6.3V)
R6045
2K
.
.
.
.
.
.
.
.
.
.
Q6008
BC847B
VSBC847B
R6062
100K
R6063
100K
R6042
680
Q6009
BC337
BC337
C6083
100nF
R6083
22
C6082
100nF
C6068
100nF
C6069
100nF
IC6002
HY57V641620HG
IX1880BM
VDD
1
DQ0
2
VDDQ
3
DQ1
4
DQ2
5
VSSQ
6
DQ3
7
DQ4
8
VDDQ
9
DQ5
10
DQ6
11
VSSQ
12
DQ7
13
VDD
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
VDD
27
VSS
28
A4
29
A5
30
A6
31
A7
32
A8
33
A9
34
A11
35
NC
36
CKE
37
CLK
38
UDQM
39
RFU
40
VSS
41
DQ8
42
VDDQ
43
DQ9
44
DQ10
45
VSSQ
46
DQ11
47
DQ12
48
VDDQ
49
DQ13
50
DQ14
51
VSSQ
52
DQ15
53
VSS
54
C6073
100nF
R6004
10K
C6060
22pF
.
.
.
.
.
C6041
470uF
C6033
22nF
.
.
.
.
.
C6062 1
0
0nF
.
.
.
.
.
C6039
22nF
(K)
GN0842
GN0842
R6044
2K
.
.
.
.
.
C6053
100nF
.
.
.
.
.
.
.
.
.
.
C6034
22nF
L6007
1uH
R6026 5K
6
C6055
100nF
C6042
100nF
C6052
470uF
.
.
.
.
.
C6061
22pF
C6031
100nF
L6006
10uH
C6050
47nF
IC6009
TAR5S25
IX1882BM
C
1
G
2
N
3
O
4
I
5
R6029
5K6
L6005
1uH
C6057
100nF
C6040
100nF
C6054
100nF
C6090
10uF
(16V)
C6087
100nF
R6034
68K
D6010
DX0551
R6031
15K
C6019
100nF
C6065
100nF
C6018
100nF
C6067
100nF
C6081
100nF
C6066
100nF
Q6007
BC857B
VSBC857B
IC6007
VSP9407
IX1884BM
VDDDACY
1
AYOUT
2
VSSDACY
3
VSSS2
4
VDDD2
5
SDA
6
TMS
7
NC
8
656CLK
9
656IO7
10
VSSP2
11
VDDP2
12
SCL
13
V
14
656IO6
15
656IO5
16
HOUT
17
H50
18
TDI
19
V50
20
656I
O
4
21
656I
O
3
22
VO
U
T
23
R
ESET
24
V
DDP
3
25
VSSP3
26
CLK
OUT
27
V
DDD3
28
VSSD
3
29
656I
O
2
30
656I
O
1
31
656I
O
0
32
VSSD
4
33
VD
DD4
34
VD
D
A
F
B
I
35
VSSAF
BI
36
FB
I1
37
FB
I2
38
RI
N1
39
GI
N1
40
VSS33C
60
VDD33C
59
CVBS7
58
CVBS6
57
CVBS5
56
CVBS4
55
CVBS3
54
CVBS2
53
CVBS1
52
VSSAC1
51
VDDAC1
50
NC
49
BIN2
48
GIN2
47
RIN2
46
VSS33RGB
45
VDD33RGB
44
VSSARGB
43
VDDARGB
42
BIN1
41
VSSD
AC
U
80
AU
O
U
T
79
V
DDDA
C
U
78
VSSD
AC
V
77
AVO
U
T
76
V
DDDA
CV
75
NC
74
VSSP1
73
V
DDP
1
72
VR
EF
71
XIN
70
XO
U
T
69
VD
D
APL
L
68
VSSD
1
67
V
DDD1
66
VSSAC
2
65
V
DDA
C2
64
C
VBSO
1
63
C
VBSO
2
62
C
VBSO
3
61
C6059
100nF
C6047
100nF
C6048
100nF
(RS)
GN0442
GN0442
R6123
0
D6014
DX0551
R6126
0
R6127
0
C6143
100nF
C6144
100nF
C6145
100nF
R6134
10R
(1/2W)
XZ0212BM
XZ0212BM
R6082
0
R6115
0
R6099
0
R6131
100
R6130
100
R6133
0
IC6011
MC34164
IX1873BM
2
2
1
1
3
3
D6011
C8V2
EX0550BM
C6043
10uF
C6089
10uF
(16V)
C6096
100
n
F
C6035
68nF
(63V)
R6047
47K
R6049
10K
C6037
10uF
C6038
100nF
C6058
100nF
C6064
10nF
IC6003
MBM29LV160B
IX1863BM
A14
2
A13
3
A12
4
A11
5
A10
6
A9
7
A8
8
NC
9
NC
10
WE
11
RESET
12
NC
13
NC
14
RY/BY
15
A18
16
A17
17
A7
18
A6
19
A5
20
A4
21
BYTE
47
VSS
46
DQ15
45
DQ7
44
DQ14
43
DQ6
42
DQ13
41
DQ5
40
DQ12
39
DQ4
38
VCC
37
DQ11
36
DQ3
35
DQ10
34
DQ2
33
DQ9
32
DQ1
31
DQ8
30
OE
28
VSS
27
A15
1
A16
48
CE
26
A0
25
DQ0
29
A3
22
A2
23
A1
24
C6086
100nF
C6153
100nF
C6156
100nF
C6158
100nF
C6159
100nF
C6162
10uF
(16V)
C6163
100nF
L6003
1uH
C6155
100nF
(VI)
GN0842
GN0842
C6164
0
R6139
75
R6138
75
R6137
75
L6022
1uH
L6023
1uH
(YC)
GN342
GN342
C6152
10nF
C6151
100nF
FB6005
LN-0081GE
A1
0
28
A1
1
29
A1
2
30
VSS3
3
31
VD
D3
3
32
A4
33
A3
34
A2
35
A1
36
A0
37
A13
38
A14/RAS
39
A15/CAS
40
VSS33
41
VDD33
42
MEMCLK
43
CSSDRAM
44
CLKEN
45
CSROM
46
RD
47
UDQM
48
LDQM
49
WR
50
D15
51
VSS33
52
VDD33
53
D7
54
D0
55
D14
56
D8
57
D6
58
D1
59
VSS33
60
VDD33
61
D13
62
D9
63
D5
64
D2
65
D12
66
D10
67
VSS3
3
68
V
DD33
69
C6091
1000uF
(6,3V)
FB6006
LN-0058TA
R6142
75
R6143
75
C6167
100
n
F
C6168
100pF
D6012
3V3
EX0540BM
C6014
100nF
C6012
100nF
C6095
100uF
C6017
100nF
IC6010
M24128
M24128
IX1883BM
NC
1
S1
2
S2
3
VSS
4
SDA
5
SCL
6
WP
7
VCC
8
C6013
100nF
C6003
1
0
0nF
D6016
4148
DX0551BM
R6144
10K
R6002
22
R6106
LN0058TA
R6109
LN0058TA
R6108
LN0058TA
R6107
LN0058TA
R6149
LN0058TA
R6114
LN0058TA
R6111
LN0058TA
R6112
LN0058TA
R6113
LN0058TA
R6110
LN0058TA
R6148
LN0058TA
R6147
LN0058TA
FB6007
A013WJ
FB6003
LN0058TA
FB6001
LN0058TA
FB6011
LN0058TA
R6098
LN0058TA
R6097
LN0058TA
R6095
LN0058TA
R6094
LN0058TA
R6093
LN0058TA
R6092
LN0058TA
R6091
LN0058TA
R6090
LN0058TA
R6105
LN0058TA
R6104
LN0058TA
R6087
LN0058TA
FB6002
LNA013W
R6088
LN0058TA
FB
6012
A
013W
J
R6089
LN0058TA
FB6009
A013WJ
FB6008
A013WJ
R6058
100nF
C6169
10pF
R6146
LN0058TA
.
.
.
.
.
R6084
0
R6150
100
R6103
220R
JF6013
JF6019
JF6027
JF6007
R6038
100
R6039
100
R6085
100
C6045
100
n
F
IC6008
TAR5S25
IX1882BM
C
1
G
2
N
3
O
4
I
5
C6046
100nF
C6085
100nF
C6044
10nF
C6084
47nF
C6161
100nF
C6154
100nF
JF6015
1uF
FB6004
LN-0058TA
R6001
33
L6025
180nH
Firmado
digitalmente por
ADOLFO
FERNANDEZ
Nombre de
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORI
O, c=US
Fecha:
2003.05.30
08:20:05 +02'00'
Motivo: Soy el
autor de este
documento
digitalmente por
ADOLFO
FERNANDEZ
Nombre de
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORI
O, c=US
Fecha:
2003.05.30
08:20:05 +02'00'
Motivo: Soy el
autor de este
documento
Firma
válida
válida
Firmado
digitalmente por
Juan Antonio
Rodriguez
Nombre de
reconocimiento
(DN): cn=Juan
Antonio Rodriguez,
o=SHARP,
ou=Laboratorio,
c=US
Fecha: 2003.05.30
08:31:50 +02'00'
Motivo: I'm
aproving this
document
digitalmente por
Juan Antonio
Rodriguez
Nombre de
reconocimiento
(DN): cn=Juan
Antonio Rodriguez,
o=SHARP,
ou=Laboratorio,
c=US
Fecha: 2003.05.30
08:31:50 +02'00'
Motivo: I'm
aproving this
document
Firma
válida
válida
Firmado
digitalmente por
Castillo, Fco.
Nombre de
reconocimiento
(DN):
cn=Castillo, Fco.,
o=Engineering
Dept., ou=SEES,
c=ES
Fecha:
2003.05.30
13:45:22 +02'00'
Motivo: I'm
aproving this
document
digitalmente por
Castillo, Fco.
Nombre de
reconocimiento
(DN):
cn=Castillo, Fco.,
o=Engineering
Dept., ou=SEES,
c=ES
Fecha:
2003.05.30
13:45:22 +02'00'
Motivo: I'm
aproving this
document
Firma
válida
válida
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32JF-77H
1
I
H
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F
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D
C
B
A
2
3
4
5
6
7
Page 45
Page 46
Schematic Diagram of Mother Board Unit (F7351N5)
-16V
12
-13V
+16V
11
+1
3
V
+12V
+5
V
+3.3Vb
+5.5V
16
+150V
+3.3
V
S
T
B
Y
13
PRDAR5531BMFW
+5V
8
10
+1.8V
-1
3
V
+1
3
V
-13V
-13V
+
13V
-1
3
V
30
CRDAR5531BMFW
37
3
8
36
+
3
,3
VSTBY
3
2
14
2
14
+
5
VSTBY
+
5
VSTB
Y
+12V
+16V
+
5
VST
BY
1
2
3
DAR5531BM
DAR5531BM
DAR5531BM
VERT+
VPROT
VERT-
KEY
IR
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
D7
1
2
BYV28-600
DX0618
B
M
R7
0
1
22K
R5
4
4
1K
D7
5
2
BR100/03
SX00
0
4
B
M
C798
220pF
(2KV)
KZ0035CE
D7
1
1
DX0045
R5
3
6
4K7
R5
1
2
4K7
(1%)
C7
0
3
10n
F
250V
KZ0029CE
C7
3
0
270pF
(1KV)
KZ0132GE
IC
7
0
9
T
L
P
1
65J
FX011
1
R7
0
8
390K
(T
Q
)
R785
100K
L701
F0108BM
(G
)
PLG
N
026
0
C7
0
5
4n7
(630V)
FZ0205BM
IC
7
0
8
LM
31
7
T
IX
1
878
1
2
3
R5
1
3
100K
D701
GPP20J
DX064
1
B
M
R7
0
9
330K
(1%)
(TQ
)
R7
1
1
10
R7
0
3
2K7
TP
7
0
1
R713 10
K
R7
5
5
100R
(1/2W)
XZ0224
B
M
R7
2
2
10K
C7
1
2
1uF
(160V)
R5
1
5
1K2
D7
9
8
SB360
DXA011WJZZ
D7
1
8
DX00
4
5
R7
4
8
220K
R7
2
1
120
(1/2W)
R548
6K
8
L702
1R0
(C
F)
D7
2
0
SF26
DX064
3
B
M
C7
0
2
10
n
F
(250V)
KZ0029CE
Q70
3
2SK2543
T
X
0245B
M
C7
1
7
10
n
F
(FZ)
R7
3
1
4K7
1%
F7
0
2
JA002WJZZY
VR701
VX00
3
5
B
M
IC
706
L4931C
V3
3
IX
1
846
2
3
1
R7
9
6
1
(1/2W)
XZ0200
+VS
-VS
IC
701
B
A
10393
IX
1
556
8
7
6
5
4
3
2
1
D7
2
7
BYV27/100
DX0621
B
M
C5
2
4
68nF
(FZ)
R712 390
K
(T
Q
)
C7
1
0
22
n
F
FB
7
0
1
LN0091GE
C525
47nF
R7
2
8
120
R549 27
K
R7
5
3
2K2
R7
8
9
100K
R799
1R0
(1/2W)
XZ0200
B
M
R5
4
5
100K
R534 27
K
D7
3
1
DX0551
R7
8
6
1K8
C7
4
1
470nF
(16V)
D7
2
9
1N49
3
7
DX0579
14
8
12
11
10
13
9
R783 220
K
IC
7
0
4
LM
4931C
V33
IX
1
846
2
2
1
1
3
3
R7
2
7
22K
C7
0
1
470nF
(275V)
FZ0219BM
C7
0
4
10n
F
250V
KZ0029CE
D7
1
7
DX0045
P
O
R701
P0001
B
M
Q70
7
BT13
4
W
SX00
0
3
B
M
R5
3
7
4K7
R7
1
9
1M
(1/2W)
C5
0
2
100
n
F
(50V)
D7
1
9
SB360
DXA011WJZZ
D7
3
2
DX0551
R7
8
8
22K
R784
18
K
F
B
703
LN0091GE
D7
2
1
SF26
DX0643
B
M
R781
100
R705
8K2
R535
6K
8
R7
5
9
(2W
)
22
D7
1
5
DX0551
D735
C24
EX04
2
4
B
M
+VS
-VS
IC
5
0
3
B
A
4558
8
7
6
5
4
3
2
1
+VS
-VS
IC
502
B
A
4
558
8
7
6
5
4
3
2
1
T701
NZ0591
5
2
6
4
1
7
C7
3
8
56nF
(FZ)
D7
0
2
GPP20J
DX064
1
B
M
D7
0
3
GPP20J
DX0641
B
M
D7
0
4
GPP20J
DX0641
B
M
Q7
1
2
BC857B
VSBC857B
Q7
0
4
BC857B
VSBC857B
Q7
2
4
BC847B
VSBC847B
Q7
2
3
BC847B
VSBC847B
Q7
2
0
BC847B
VSBC847B
Q70
2
2SK2543
T
X
0245B
M
Q70
1
2SK2543
T
X
0245B
M
C725
4n7
(630V)
FZ0205BM
R7
5
1
100K
R7
1
0
330K
(1%)
(TQ
)
R7
5
2
10K
Q70
5
BC847B
VSBC847B
D707
DX
0551
D7
0
8
C24
EX05
6
1
B
M
D7
2
5
C24
EX05
6
1
B
M
R7
7
9
100
C7
1
3
(450V)
68uF
EZA036WJ
R714
0.56
(3
W
)
D7
4
1
C4V3
EX05
4
3
B
M
R7
7
8
100
(1/2W)
R730 4R7
(15
W
)
D7
2
2
DX0605
B
M
MBR340RL
R7
5
8
82R
XZ0123
B
M
(1/3W)
C746
330nF
(275V)
FZ0188BM
R7
7
3
1K
C7
5
4
100n
F
C7
5
6
100n
F
JF902
R7
5
6
1K8
D9
0
3
.
EX04
2
1
B
M
Q90
1
VSBC847B
B
C
847B
R9
0
2
33K
R9
0
3
1K
D9
0
1
DX0551
R9
0
5
22K
R9
0
6
2M
2
C716
470nF
CF
R9
0
7
100K
C7
9
6
330pF
(1KV)
KZ0133GE
C7
0
7
100uF
(25V)
R7
1
5
18K
(1%)
R7
1
6
390K
(T
Q
)
C7
2
3
470
p
F
R749
1M
(1/2W)
R7
2
5
3K3
C7
2
1
10
n
F
(FZ)
C7
2
0
2200uF
(10V)
R7
9
0
270
(1/2W)
D745
SF26
DX064
3
B
M
C7
4
0
220
p
F
C7
0
8
100
n
F
(25V)
C5
2
2
68
n
F
(50V)
D753
SF26
DX064
3
B
M
C5
1
1
2.2
u
F
C7
3
1
100nF
(25V)
C7
4
3
100n
F
(25V)
IC
5
0
1
T
D
A
7
480L
IX
1
7
8
6
20
19 18 17
16 15
14 13 12
11
C7
4
8
220
u
F
(35V)
R7
5
0
22K
C7
5
5
1nF
R7
5
4
10K
R782
47
K
C7
1
8
470
p
F
Q72
1
BC857B
VSBC857B
R9
0
4
27K
Q90
2
VSBC84
7
B
B
C
847B
D7
1
4
C6V8
EX05
4
8
B
M
R7
9
7
1R5
(1/2W)
XZ0202
C7
5
2
10uF
(16V )
C7
2
6
2200uF
(25V)
C7
4
2
22
u
F
C7
2
8
100
u
F
(200V)
EZA035WJ
C7
3
2
1000uF
(25V)
R5
2
6
12K
C5
3
5
10u
F
C506 100
n
F
(25V)
C7
1
4
680
D734
C24
EX04
2
4
B
M
R10
1
9
27
K
(S
W
RC)
G
N
0441
JF5
5
0
JF5
6
0
JF5
8
0
R10
4
2
1K
(1%)
C
1
022
10
u
F
(50V)
R10
9
9
100
R10
1
7
15K
R10
2
4
1K
R3
3
1
2K7
R3
3
3
1K
(AA)
C
M
672F
Q70
6
BC557C
T
X
0230
D10
1
7
B5V1
EX04
8
0
B
M
(2%)
D7
4
0
1N4935
C7
2
7
2200uF
(25V)
C7
3
3
C7
3
7
1000uF
(25V)
F
B
704
LN-0091GEZZ
R7
0
7
1M
R9
0
1
22K
C5
3
6
1000u
F
(25V)
R1
0
2
6
560
(1%
)
R10
2
5
1K
(1%
)
R9
1
0
1K5
C9
0
5
470
n
F
C903
0.47uF
(50V)
C902
22uF
(25V)
R9
0
9
100
(VS)
GN3
4
1
R7
0
4
22
(2W
)
R7
2
9
22K
R5
0
9
39K
R726 5K
6
R5
1
4
560
T702
Z0586BM
3
1
4
6
C7
0
6
680nF
(400V)
R7
0
6
390K
(T
Q
)
R718
C
1
023
3300P
F
D7
1
6
B6V2
EX05
8
4
B
M
D7
3
0
B6V2
EX05
8
4
B
M
D7
3
3
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