DOWNLOAD Sharp 32JF-77 (serv.man15) Service Manual ↓ Size: 6.53 MB | Pages: 96 in PDF or view online for FREE

Model
32JF-77 (serv.man15)
Pages
96
Size
6.53 MB
Type
PDF
Document
Service Manual
Brand
Device
TV / CTR
File
32jf-77-sm15.pdf
Date
PREV: Sharp 32JF-77 (serv.man14) Service Manual

Sharp 32JF-77 (serv.man15) Service Manual ▷ View online

45
32JF-77H
8
9
10
11
12
13
14
I
H
G
F
E
D
C
B
A
Page 44
Page 47
  Schematic Diagram of Mother Board Unit (F7351N5)
+
13V
1
4
+
150V
+
13V
2
+5.5V
+5
V
+
13V
9
+
25V
3
+
200V
+
12V
17
-1
3
V
19
PRDAR1563
-13V
+5,5
V
DARA027WJFW
+5,
5
V
+150V
20
+5
V
+
13V
18
+
3
.3
VSTBY
14
+5
V
+5
V
Hea
te
r
GND
+200v
27
14
23
+
13V
-1
3
V
+
150V
A
A
HFB
HOUT
ABL
EW
STBY
ABL
PROT
HPROT
AV3
SC3INL
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
R7
8
7
15R
(1/2W)
XZ0214
B
M
R7
9
4
470
D6
3
3
DX0551
C6
1
2
680
p
F
(25V)
R7
3
9
1K
F
B
601
LN0091GE
R6
4
5
0
R6
2
0
4K7
C724 100
n
F
(25V)
R6
1
1
22
(1/2W)
R7
6
4
470
R7
9
1
390
L602
3,3uH
(C
F)
C7
1
7
10
n
F
(FZ)
C7
3
5
470uF
(6.3V)
C6
1
0
1nF
HB
L609
1.5uH
PA052WJ
D6
0
7
RGP02-16E
DX063
4
B
M
D6
3
1
DX0551
R7
2
3
3K3
C7
3
4
47uF
(16V)
R7
6
5
1K
R7
4
3
120K
(1%)
(T
Q
)
8
9
R7
8
0
22
(1/2W)
R7
2
7
22K
(L2)
M0017CE
R7
7
7
(T
Q
)
0.68
R7
4
1
100K
L705
330K
P0177CE
D7
3
2
DX0551
D624
DX055
1
D7
3
6
1N4937
DX057
9
B
M
IC
703
T1103G
FX011
3
4
1
2
3
D5
1
0
DX0631
1N49
3
5
D625
DX055
1
R7
1
7
100
R7
4
0
560
(TQ
)
R622 1K
5
R7
6
8
1K
C6
0
8
100
n
F
HB
(T
V
)
D746
DX004
5
D713
DX055
1
R7
6
6
47K
7
C7
3
8
56nF
(FZ)
L601
3,3uH
(C
F)
D612
DX063
1
1N49
3
5
C6
2
2
470uF
(35V)
R7
3
7
1K
C5
2
0
470
u
F
(35V)
Q71
3
BC857B
VSBC857B
Q71
0
BC847B
VSBC847B
R7
9
2
22K
Q7
1
4
BC847B
VSBC847B
D743
C27V
EX05
6
2
B
M
R6
0
9
1
(2W
)
R6
6
0
12K
(1/2W)
D10
2
0
E
X
0544
4V7
R10
5
0
15K
D
1
021
DX055
1
R10
0
9
27K
D10
1
8
DX0551
R10
4
9
4K
7
C10
4
9
1nF
D10
1
9
EX05
4
4
4V7
D615
C22
EX05
6
0
B
M
D747
4V7
EX05
4
4
B
M
D7
2
5
C24
EX05
6
1
B
M
R7
3
3
5K6
(1%)
D7
2
2
DX0605
B
M
MBR340RL
R6
4
0
10K
R6
3
7
100K
D6
1
0
DXA021WJ
SB1H100
Q797
2SK2232
TXA0
0
3
W
J
R7
9
3
22K
D6
0
5
DXA01
1
SB360
R6
1
7
2R2
1/
2W
XZ0204
R650
1
(1/2W)
XZ020
0
D6
1
3
DX0631
1N49
3
5
C621
2
.2nF
(500V)
R6
1
6
10
R6
5
7
10R
(1/2W)
XZ0212
R601
(2
W
)
56R
C6
0
6
220nF
(10V)
C6
0
7
22
p
F
D6
0
9
DX0518
1N58
1
9
Q60
5
K
S
C
2500
TX01
9
2
C6
0
4
390
p
F
C605
2.2nF
HB
R6
2
3
2K2
Q61
3
2SK2839
T
X
0244B
M
C6
0
9
470NF
(10V)
R531
330K
C5
4
1
330pF
R6
3
4
27K
+VS
-VS
IC
601
B
A
4558
8
7
6
5
4
3
2
1
R6
3
3
1K
R7
4
2
120K
(1%)
(T
Q
)
R7
6
0
3K9
R7
0
0
4K7
C7
0
9
10uF
C6
2
3
470uF
(35V)
IC
7
0
5
KA431AZ
IX
1
674
C7
2
2
27nF
(25V)
(EB)
R767
4K7
R6
1
4
10K
(1/2W)
R656
2K2
Q60
6
BC847B
VSBC847B
R6
4
4
1K8
C6
4
0
470NF
(10V)
R6
4
3
820K
R7
4
5
33K
C7
4
0
220
p
F
Q70
9
BC847B
VSBC847B
C6
1
8
220
u
F
(16V)
D6
1
1
1N4936
DX0632
C613 470
n
F
Q70
8
BC847B
VSBC847B
C5
4
0
3.3 
n
F
HB
C6
3
7
100uF
(25V)
C6
3
5
680pF
R7
3
6
10K
C7
1
9
100n
F
(25V)
C7
1
5
68
n
F
C7
1
8
470
p
F
C7
9
9
3300pF
4KV
KZ0106GE
R7
9
8
33R
(1/2W)
XZ0218
B
M
R7
4
6
8M2
(1/2W)
(UA)
R7
3
2
1K5
R5
3
0
XZ0208
B
M
4.7
(1/2W)
L606
3.3uH
(DF)
C6
2
0
2.2
n
F
(500V)
R654 100
C7
4
9
1uF
(T
V
)
(16V)
R7
3
5
5K6
(1%)
F7
0
4
J4021CE
R10
3
9
3K3
R6
4
1
3K3
IC
7
0
2
KA431AZ
IX
1
674
R6
3
9
330K
Q100
4
BC847B
VSBC847B
C634
10uF
(250V)
R6
6
7
15
R6
5
1
1K2
(1/2W)
D637
DX05
5
1
R6
5
5
2K7
Q61
1
BC857B
VSBC857B
D7
2
8
DX00
4
5
R7
7
5
15K
C7
2
9
470uF
(6.3V)
390
R632
R6
6
6
15
R7
9
5
56
R6
3
8
100K
9
8
3
1
2
7
D6
1
6
DX06
3
5
C6
2
7
220pF
(500v)
R6
3
5
1M
C632
22nF
TP601
Q60
1
BU2525AX
T
X
0197B
M
C6
3
0
22
n
F
C603
47nF
(FZ)
D6
1
9
DX00
4
5
R6
1
0
68
C602
8n2
(630V)
FZ0237BM
R6
1
2
2K2
(1/2W)
R608
2K
2
C6
0
1
12nF
(2Kv)
FZA093WJ
D617 DX00
4
5
D604
DX055
1
D6
0
6
DX00
4
5
C6
2
8
330pF
(2Kv)
FZ0216BM
D6
1
8
DX00
4
5
Q60
3
BC847B
VSBC847B
Q60
8
BC857B
VSBC857B
D6
2
0
C18
EX04
2
1
B
M
Q60
4
BC847B
VSBC847B
R6
0
7
2K2
(MO
)
G
N
0441
C
E
(H
)
G
N
0541
C
E
D6
3
8
BY459
DX064
2
B
M
D6
4
4
DX0551
D7
4
0
1N4935
DX0577
B
M
R670
0
R669
10
Q60
2
2SK2843
T
X
0236B
M
R7
7
6
1K2
R7
6
1
0.68
(T
Q
)
H.T.
F2
F1
G2
L7
T601
F2092BM
11
7
10 6 5
12
13
TP602
R7
4
4
4K7
(1%)
R7
4
7
8M2
1/
2W
(UA)
C629 68
n
F
C7
5
1
1uF
C7
3
3
470
u
F
(35V)
105º
D636
DX055
1
C6
3
6
100uF
(25V)
C6
4
1
470
n
F
(16V)
C736
100nF
(25V)
(L7)
M0017CE
R6
0
3
1,2
(3W
)
(MF)
R5
5
4
100
JF6
3
0
R6
5
8
0
R10
5
1
0
GND
N.C.
GND
N.C.
GND 
V IN
GND
V O
UT
V IN
GN
D PL
UG
9
10
11
12
13
14
15
16
17
18
19
20
21
N.C.
N.C.
N.C.
N.C.
DISPL
AY
.
.
.
.
.
.
.
.
.
.
.
.
.
D4
0
2
EX05
4
9
7V5
R4
2
6
75
(T
Q
)
C4
1
2
1nF
HB
R4
5
3
0
D4
2
7
E
X
0549
7V5
R4
2
8
27K
R
3
1
0
R427
6K8
C6
4
3
2,2nF
(63v)
C6
4
4
220uF
(10V)
C7
3
9
100n
F
C6
3
3
56p
F
R6
6
3
0R
5
6
(2W)
(L5)
M0017CE
F
B
603
.22 OHM
(1W
)
22K
R10
1
0
3K3
Q6
0
7
BC847B
VSBC847B
D6
0
8
DX0045
R6
0
4
470
R6
2
1
560
R6
0
5
560
R10
5
6
100
R6
7
3
470
D7
3
7
DX0551
R718
6R8
(1/2W)
XZ0210
B
M
D7
3
3
B6V2
EX05
8
4
B
M
D7
4
8
C2V4
EX05
3
7
B
M
D7
5
0
C10V
EX05
5
2
B
M
46
32JF-77H
Page 47
1
2
3
4
5
6
7
R
Q
P
O
N
M
L
K
J
Page 44
9
20
3
5
+25V
15
16
(YB)
22
6
17
18
23
24
R
H
-I
X
A
5
47WJZZY
13
4
10
11
25
14
12
21
MSP4410G
7
8
-13V
19
2
(YA)
Q
S
O
C
Z2561CEZZ
29
-1
3
V
+12V
+1.
8
V
+5V
+3
.3
V
b
Q
S
O
C
Z2561CEZZ
28
35
32
1
1
2
3
22
-1
3
V
21
+
13V
1
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
+5V
PR
OT
MUT
E
DA
CM_
L
DA
CM_R
SC
L1
SDA1
I2
S
_
C
L
I2
S
_
W
S
I2
S
_
D
A
_
O
U
T
R
ESE
T
  Q
I2
S
_
W
S
3
I2
S
_
C
L
3
I2
S_DA_IN
2
I2
S_DA_IN
1
OPC
RESINT
LED
SC2OUTL
SC2OUTR
KEY
B IN
R IN
FB
G IN
LEDOPC
MUT
E
AGC SMPL
IR
SC1OUTR
SC2INR
SC4INR
SC4INL
SSC-DATA
SC1INR
SC1INL
SCL1
SCL1
SC1OUTL
SC2INL
EW
PROT
SC4INL
SC4INR
HEADR
HEADL
SCL1
RES
SDA1
RES
SDA1
FI
SDA1
MUTE
PROT
SC3INR
SC3INL
HEADR
HEADL
RES
.
.
.
.
.
.
.
.
.
R5
1
0
8K2
R738
150
(1/2W
)
C5
0
7
4.7
n
F
(HB)
Q50
3
N06-90L
T
X
0
239
R5
0
2
4K7
(1%)
C534 1nF
HB
R504
1K
R5
0
6
1K
C6
2
6
R5
1
1
150
(T
Q
)
R5
5
3
1.2
(1/3W
)
XZ0101
B
M
C3
0
2
10u
F
C3
1
2
10
u
F
(16V)
C3
1
8
330
n
F
(FZ)
.
.
.
.
.
F
B
501
LN0091GE
C5
2
6
1000uF
(25V)
R3
0
2
100
C3
1
6
330
n
F
(FZ)
4
C6
1
9
JF23
C301
10
u
F
C503
100
p
F
.
.
.
.
.
R309
100
C304
10
u
F
(16V)
R501
150
2W
R5
0
3
1K
(1%)
L501 P
0
271
R3
0
3
100
D508
DX004
5
C5
0
4
220nF
(FZ)
C3
0
3
10u
F
(16V)
C5
1
0
100
n
F
(50V)
C3
1
7
330
n
F
(FZ)
C5
0
8
560
p
F
(HB)
R301
100
.
.
.
.
.
R505
220
R518
1.5
(2W)
Q50
5
BC857B
VSBC857B
D5
0
7
C27
EX05
6
2
D5
1
2
C33
EX05
6
4
R5
5
5
4R7
(1/2W)
XZ0208
B
M
D6
4
1
DX0551
D6
4
2
C47
EX05
6
8
R6
6
5
10K
Q61
4
BC847B
VSBC847B
C3
1
9
330
n
F
(FZ)
R304
100
.
.
.
.
.
R3
0
8
100
R3
1
2
100K
R3
1
1
100K
R3
1
0
100K
C3
2
8
100
n
F
(25V)
C3
0
5
1nF
HB
R3
1
3
100K
C3
313
1nF
HB
.
.
.
.
.
C3
1
1
10u
F
(16V)
C306 1nF
HB
D5
1
1
DX0551
D7
2
3
C8V2
E
X
0550
C505
100
n
F
(25V)
IC
501
T
D
A
7
480L
IX
1
786
1
2 3 4
5 6
7 8 9
10
R3
0
5
100K
R306 100
K
C3
0
7
100
n
F
(25V)
C3
8
8
330
n
F
(FZ)
R3
3
8
220
(SS)
G
N
341
C3
8
9
330
n
F
(FZ)
R3
3
9
220
D3
0
8
C8V2
EX05
5
0
B
M
D307
C8V2
EX05
5
0
B
M
(HD)
G
N
341
C3
8
4
1n
F
R3
3
2
2K7
C3
8
3
1n
F
R3
3
6
100K
R3
3
4
1K
C10
4
3
1nF
C3
8
6
220
n
F
C385
220
n
F
R3
3
5
100K
C10
4
4
1nF
C3
8
2
100
n
F
C387
100
n
F
R3
3
1
2K7
IC304
M5218L
VHIM52
1
8
L
+12V
8
OUT
L
7
-IN
L
6
+INL
5
GND
4
+INR
3
-IN
R
2
OUT
R
1
R3
3
7
10
(RA)
L318
22uH
(CF)
L302 12
u
H
(D
F
)
R3
3
3
1K
R3
3
0
10
L319
22uH
(CF)
Q50
2
2SA1905Y
2SA1905Y
R3
4
4
2K2
R3
4
5
2K2
C3
2
1
100nF
C3
0
9
330
u
F
(10V)
C3
2
0
10
u
F
(16V)
C3
1
0
100n
F
(25V)
D305
7V5
E
X
0549
C3
0
8
3.3
u
F
D3
0
3
7V5
E
X
0549
D3
0
4
7V5
E
X
0549
D3
0
2
7V5
E
X
0549
R5
1
6
1K
(1%)
(SB)
G
N
0641CE
JF213
(SA)
C
N
1269CE
R307 4K
7
C3
1
3
47
n
F
JF7
5
0
R388 0
IC
303
NC
64
NC
63
AVSS
62
AVSS
61
MO
N
O
60
NC
59
V
R
E
FTOP
58
S
C
1_I
N_R
57
SC1_I
N
_
L
56
ASG1
55
S
C
2_I
N_R
54
SC2_I
N
_
L
53
ASG2
52
S
C
3_I
N_R
51
SC3_I
N
_
L
50
ASG4
49
S
C
4_I
N_R
48
CAP
L_M
40
AHVSU
P
39
CAP
L_A
38
SC
1_OUT
_L
37
SC
1_OUT
_R
36
VREF
1
35
SC
2_OUT
_L
34
SC
2_OUT
_R
33
ASG3
32
NC
31
DACM_S
UB
30
NC
29
DACM_
L
28
DACM_R
27
VREF
2
26
DAC_L
25
DAC_R
24
I2S_DA_IN2
17
DVSS
16
DVSS
15
DVSUP
13
DVSUP
12
DVSUP
11
ADR_CL
10
ADR_WS
9
ADR_DA
8
I2S_DA_IN1
7
I2S_DA_OUT
6
I2S_WS
5
I2S_CL
4
I2C_DA
3
I2C_CL
2
NC
1
DBYQ
SEL
R_O
UT0
R_O
UT1
CL_O
UT
OUT
_IN
N
N2+
N-
N1+
P
P
SC4_I
N
_
L
47
NC
46
A
G
NDC
45
AHVSS
44
AHVSS
43
NC
42
NC
41
NC
18
I2S_CL3
19
I2S_WS3
20
RESETQ
21
I2S_DA_IN3
22
NC
23
DVSS
14
C3
1
4
330
n
F
(FZ)
C3
1
5
330
n
F
(FZ)
J140
2K2
J13
9
2K2
L320
100
u
H
(D
F
)
R6
2
9
470K
R6
3
0
6K2
R3
9
0
100
R3
91
100
R6
6
4
270
L303 12
u
H
(D
F
)
J7
1
LN0091
G
E
D311
C8v2
EX05
5
0
B
M
F
B
305
0
  Schematic Diagram of Mother Board Unit  (F7351N5)
47
32JF-77H
Page 46
8
9
10
11
12
13
14
R
Q
P
O
N
M
L
K
J
Page 45
3
2
17
+5V
11
4
15
5
V
3
(YB)
24
9
1
22
18
1
10
16
25
4
H
5
2
12
6
14
7
20
13
V
8
19
H
23
21
15
+5
V
CRDARA027WJFW
B
N
NAME
7M
MOT
H
E
R
BOARD
5
GA200
APPROVED
SHARP
3
CODE
5
A-1
MODEL
W
REVISIONS
F
DATE
BN
1
VERIF
IE
D
Q
29-05-2003
SIZE
MADE
P
DATE
E
L
E
C
T
R
O
N
IC
A 
ESPAN
A 
  
S.
A.
+
200V
+5V
31
+5V
Q
S
O
C
Z2561CEZZ
33
34
32
7
+5
V
+5
V
24
13
32JF77E_H_RU
IF
VT
+B
SDA
SCL
AGC
24
13
CZ2112BM
TH2
0
1
19-
05-
2003
H
a
s
ta
 I
N
F
O
 443
AV1
AV1
AV3
VERT-
VI1'
VERT+
HFB
FRONT
HFB
SC2OUTL
SC2OUTR
FB
B IN
G IN
R IN
VPROT
HOUT
SC2INL
SC2INR
AV2
SCL1
SCL1
SCL1
CVBS OUT
CVBS OUT
ABL
ABL
STBY
PROT
SC1INR
SC1OUTR
SC1INL
AV2
SSC-DATA
SSC-CLOCK
SSC-CLOCK
SSC-CLOCK
HPROT
SDA1
SDA1
SDA1
AV3
SC3INL
SC1OUTR
SC3INR
SC1OUTL
SC1OUTL
FI
+3.3VSTBY
.
R4
1
6
75
C6
2
6
10
u
F
R626 100
C2
0
5
220
n
F
(FZ)
R4
1
1
27K
R4
1
4
1K
R4
1
7
75
X301 B0203
18,4
3
2
M
H
z
C6
1
9
100
n
F
(250V)
FZ0198BM
R202 100
.
.
.
.
.
C6
2
5
1nF
(500V)
C3
2
3
47
p
F
L605
ZA018WJ
R309
100
C218
10nF
R4
1
5
75
C6
1
7
180nF
(400V)
FZ0240BM
C2
0
6
10
n
F
.
.
.
.
.
R627
82
K
(1/2W)
.
.
.
.
.
C2
1
9
390pF
HB
Q60
9
BC847B
VSBC847B
0
D622
C12
EX05
5
4
B
M
D6
2
3
C4V7
EX05
4
4
B
M
Q61
2
2SK2882
TXA0
0
2
W
J
R4
3
9
100
R4
3
8
470
R4
3
7
390
Q40
6
BC857B
VSBC857B
R4
4
0
1K
R4
4
1
10
(1/3W)
R326
100K
100
R322
R324
100
C343
680pF
(25V
)
R325
100
R327
100K
C344
680pF
(25V
)
R323
100
F
B
303
LN0091GE
R4
5
2
0
8
R215
8K2
1/
2W
3
7
11
2
6
R2
1
4
18K
1/
2W
RTUNH0
1
4
5
1
5
R2
1
3
18K
1/
2W
9
10
R203 100
R3
0
8
100
R4
1
8
75
D4
0
7
EX05
4
9
C7V5
C325
47pF
D4
0
9
EX05
4
9
C7V5
C3
2
6
5pF
R4
2
0
75
D410
EX05
4
9
C7V5
.
.
.
.
.
R206
5K
6
C3
2
2
100
n
F
(25V)
C3
2
7
5pF
R4
1
9
75
R4
1
0
6K8
D408
EX05
4
9
C7V5
C324
47pF
R4
2
1
82
X201 4MHz
B0201B
M
L203
6.8uH
(C
F
)
C2
0
1
470
n
F
(FZ)
R2
0
7
150
L301 10
u
H
(D
F)
R2
3
1
270
R2
2
3
10
(1/2W)
R413
68
R2
0
5
220
L202 12
u
H
(DF)
Q40
3
B
C
847B
VSBC84
7
B
D4
2
2
EX05
5
6
B
M
C15
R4
2
2
220
C2
1
2
470
u
F
(10V)
C4
1
7
47uF
(10V)
C2
0
7
1n5
HB
Q20
1
BC857B
VSBC857B
(V
IA
)
G
N
0241
R O
UT
 RF
R IN
L OU
T R
F
GND
GND 
B
L IN
BLUE
SS
GND 
G
GR
EEN
N.C.
N.C.
GND 
R
N.C.
RED
FS
GND 
V IN
GND 
FS
V O
UT 
RF
V IN
GN
D PL
UG
1
2
3
4
5
6
7
8
SOUND
9
10
11
12
13
14
15
16
17
18
19
20
21
(RGB)
CZ2107BM
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
R6
6
8
390
(1/2W)
C6
3
9
1nF
(500V)
D2
0
2
BA591
DX0623
R221 680
K
C2
0
8
10n
F
D2
0
3
BA591
DX0623
C2
0
9
100
n
F
(25V)
R2
2
2
220K
C2
1
0
10nF
R211
6K
8
R2
1
0
100
D201
BA591
DX062
3
R2
0
8
22K
R2
0
9
6K8
Q20
2
BC847B
VSBC847B
S
F
202
K9456
C
0294BM
5
4
3
1
2
R212
22
K
IC
201
T
D
A
9886
IX
1
808BM
VIF1
1
VIF2
2
OP1
3
FMPLL
4
DEEM
5
AFD
6
DGND
7
AUD
8
TOP
9
SDA
10
RE
F
15
VAGC
16
CV
B
S
17
AGN
D
18
VPL
L
19
VP
20
AF
C
21
OP2
22
SI
F
1
23
SI
F
2
24
SCL
11
SOUT
12
NC
13
TA
G
C
14
R2
3
0
22K
R204 22
K
S
F
201
K3953
C
0278BM
5
4
3
2
1
(F
)
G
N
1505BM
R O
UT
R IN
L O
UT
GND
GND
L IN
SS
GND
N.C.
AV L
INK
GND
N.C.
CHROM
A I
N
GND 
V IN
GND
V O
UT
V IN
GN
D PL
UG
1
2
3
4
5
6
7
8
SOUND
9
10
11
12
13
14
15
16
17
18
19
20
21
N.C.
N.C.
N.C.
DISPL
AY
DISPL
AY
DISPL
AY
(AV1)
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
R319
270
C338
1nF
HB
R4
0
7
75
D4
1
1
C5V6
EX05
4
6
R320
100
C340
680pF
R321
270
C341
1nF
HB
R4
0
9
27K
C337
680pF
(25V
)
(V
IB
)
G
N
0
441
R4
5
1
0
R4
0
6
75
D4
0
3
EX05
4
9
7V5
R3
1
8
100
D4
0
4
E
X
0549
7V5
C4
0
3
10
n
F
D4
2
0
C5V6
EX05
4
6
D4
2
1
4V7
E
X
0544
R2
0
1
100K
R2
1
9
Q4
0
7
BC847B
VSBC847B
.
.
.
.
.
C2
1
5
330nF
(FZ)
C6
2
4
180nF
(400V)
FZ0240BM
R4
4
3
1K2
F
B
302
LN0091
G
E
(16V)
D406
EX0
5
4
3
C4V3
D4
0
5
EX05
4
9
C7V5
C202 100
n
F
(25V)
C3
3
0
330
u
F
(10V)
C211 10
n
F
C2
0
3
22
n
F
C422
220
u
F
(10V)
IC
2
0
2
IX
0
037
C4
3
3
1nF
(HB)
(CR)
G
N
0
241
C4
3
2
1nF
HB
C2
0
4
100
u
F
(16V)
C3
2
9
100n
F
(25V)
C2
2
1
330nF
(FZ)
C2
2
2
100
u
F
(6.3V)
R408
6K8
R4
4
2
1K2
JF5
4
0
JF5
0
JF6
0
R2
2
0
4
R O
UT
R IN
L O
UT
GND
GND
L IN
SS
GND
N.C
.
1
2
3
4
5
6
7
8
SOUND
9
10
11
2
N.C.
N.C.
N.C.
DISPL
AY
DISPL
AY
.
.
.
.
.
.
.
.
.
.
.
.
F
B
301
LN0091GE
R4
2
8
27K
C3
9
3
1nF
HB
R3
1
4
100
R3
4
1
270
C3
3
4
680pF
(25V)
R316
100
C3
9
4
1nF
HB
C3
3
1
680pF
(25V)
R3
4
3
270
NC
64
NC
63
AVSS
62
I2C_DA
3
I2C_CL
2
NC
1
STAN
DBYQ
80
ADR
_SEL
79
D_CTR_OUT0
78
D_CTR_OUT1
77
NC
76
NC
75
AUD_CL_O
UT
74
TP
73
XTAL
_O
UT
72
XTAL_IN
71
TEST
EN
70
ANA_IN
2+
69
ANA_IN
-
68
ANA_IN
1+
67
AVSUP
66
AVSUP
65
J162 2K2
J161 2K2
J14
1
2K2
J14
2
2K2
C397
100
n
F
C3
9
8
100
n
F
C3
9
6
100
n
F
J10
3
R8
1
5
0
C347
2.2nF
HB
C348
2.2nF
HB
R6
3
1
330K
R6
2
9
470K
R6
2
8
27K
Firmado
digitalmente por 
A
DOLFO
FERNANDEZ
Nombre de 
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORIO,
c=US
Fecha: 2003.05.30 
08:20:25 +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 
08:32:17 +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
13:45:52 +02'00'
Motivo: I'm 
aproving this 
document
Firma
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  Schematic Diagram of Mother Board Unit (F7351N5)
48
32JF-77H
1
I
H
G
F
E
D
C
B
A
2
3
4
5
6
7
  Schematic Diagram of Focus Module  Unit (F7360N0)
1
2
3
4
5
5
4
3
2
1
L7
L5
(F)
0560
(FF)
0560
T1602
NZ0575BM
C1601
330pF
2Kv
C1603
1nF
2Kv
C1602
470pF
2Kv
L1601
SHARP
ELECTRONICA ESPANA   S.A.
NAME
CODE
SIZE
MODEL
DATE
REVISIONS
N
2
3
4
5
6
DATE
A-4
29-05-2003
MADE
VERIFIED
APPROVED
1
P W B F 7
B M N
7 1
5
Q
2
32JF77E_H_RU
09-08-2002
Hasta INFO 211
MODULE FOCUS
A
Firmado
digitalmente por 
ADOLFO
FERNANDEZ
Nombre de 
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORI
O, c=US
Fecha:
2003.05.30
08:19:17 +02'00'
Motivo: Soy el 
autor de este 
documento
Firma
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 
08:30:53 +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
13:44:18 +02'00'
Motivo: I'm 
aproving this 
document
Firma
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  Schematic Diagram of SPDIF Module Unit (FB794N1A)
Firmado
digitalmente por 
ADOLFO
FERNANDEZ
Nombre de 
reconocimiento
(DN):
cn=ADOLFO
FERNANDEZ,
o=LABORATORIO
, c=US
Fecha:
2003.05.30
08:17:28 +02'00'
Motivo: Soy el 
autor de este 
documento
Firma
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 
08:28:54 +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
13:41:03 +02'00'
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