Sony GN1G, Руководство по обслуживанию

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75
DIAGRAMS
4-2. CONNECTOR DIAGRAM
KDL-50W800C, 805C, 807C, 809C/KDL-55W800C, 805C
CN2
03
1-
79
8-
51
1-
11
HU
S_
PO
W
ER
_K
EY
3
18
HU
S_
KE
Y_
AD
2
16
JAE
F
I-R
TE
51
SZ
-H
F
HU
S_
GND
1
17
CN8
40
0
J1
01
He
ad
er
:
1-
82
1-
14
3-
11
Ho
us
ing
:1
-8
21
-1
17
-1
1
SP
I_
CS
1
51
SP
I_
CS
JAM
S
YT
10
-3
W
L
SY
T1
0-
03
HG
FR
C_
RS
T
2
50
FR
C_
RS
T
Te
rm
ina
l:1
-8
21
-1
16
-1
1
SP
I_
CK
3
49
SP
I_
CK
71
01
12
-2
MAC
NC
4
48
NC
SP
I_
DO
5
47
SP
I_
DO
T
o
Tc
on
fla
sh
CN1
00
0
LU
T_
SE
L/
SP
I_
DI
6
46
SP
I_
DI
Fr
om
T
co
n
fla
sh
1
1
W
IF
I_
GND
SA_
MO
DE
7
45
SA_
MO
DE
2
2
W
IF
I_
BT
_R
ST
LV
DS
_S
EL
8
44
SP
I_
ENB
3
3
W
IF
I_
W
AK
EU
P
BI
NT
/W
P
9
43
BI
NT
Hig
h(
3.
3V
) f
or
W
rita
ble
, L
ow
(GND
) f
or
P
ro
te
cti
on
4
4
BT
_W
AK
EU
P
3D
_S
YNC
10
42
3D
_S
yn
c
5
5
W
IF
I_
GND
SD
A
11
41
SD
A
6
6
W
IF
I_
ST
BY
_3
.3
V
SCL
12
40
SCL
7
7
W
IF
I_
ST
BY
_3
.3
V
PANE
L_
DE
T
13
39
GND
CN1
01
8
8
W
IF
I_
ST
BY
_3
.3
V
BI
N[
4]
P
14
38
CH
2_
4+
ST
BY
3.
3V
1
23
9
9
W
IF
I_
GND
BI
N[
4]
N
15
37
CH
2_
4-
5V
_M
AI
N
2
20
11
10
BT
_3
D_
LR
BI
N[
3]
P
16
36
CH
2_
3+
GND
3
25
10
11
W
IF
I_
GND
BI
N[
3]
N
17
35
CH
2_
3-
A-
20
66
-0
88
-A
LE
D_
AM
BE
R
4
22
14
12
W
IF
I_
US
B_
M
GND
18
34
GND
LE
D_
PW
M_
W
5
24
13
13
W
IF
I_
GND
BCL
K+
19
33
CH
2_
CL
K+
LE
D_
PW
M_
R
6
30
15
14
W
IF
I_
US
B_
P
BCL
K-
20
32
CH
2_
CL
K-
LE
D_
PW
M_
B
7
28
12
15
W
IF
I_
GND
GND
21
31
GND
LE
D_
PW
M_
G
8
26
2
16
HU
S_
KE
Y_
AD
BI
N[
2]
P
22
30
CH
2_
2+
GND
9
27
1
17
HU
S_
GND
BI
N[
2]
N
23
29
CH
2_
2-
MAI
N_
3.
3V
10
29
3
18
HU
S_
PO
W
ER
_K
EY
BI
N[
1]
P
24
28
CH
2_
1+
OP
T_
SE
NS
E
11
19
11
19
SC_
OP
T_
SE
NS
E
BI
N[
1]
N
25
27
CH
2_
1-
SI
RCS
12
21
2
20
5V
_M
AI
N
BI
N[
0]
P
26
26
CH
2_
0+
He
ad
er
:
1-
82
1-
13
9-
11
Ho
us
ing
:1
-8
21
-1
26
-1
1
12
21
SC_
SI
RCS
BI
N[
0]
N
27
25
CH
2_
0-
JAM
S
YT
10
-1
2W
S
SY
T1
0-
12
HG
4
22
SC_
LE
D_
AM
BE
R
GND
28
24
GND
Te
rm
ina
l:1
-8
21
-1
16
-1
1
1
23
SC_
ST
BY
_3
.3
V
AI
N[
4]
P
29
23
CH
1_
4+
71
01
12
-2
MAC
5
24
SC_
LE
D_
PW
M_
W
AI
N[
4]
N
30
22
CH
1_
4-
3
25
SC_
GND
AI
N[
3]
P
31
21
CH
1_
3+
8
26
SC_
LE
D_
PW
M_
G
AI
N[
3]
N
32
20
CH
1_
3-
9
27
SC_
GND
GND
33
19
GND
7
28
SC_
LE
D_
PW
M_
B
ACL
K+
34
18
CH
1_
CL
K+
10
29
SC_
MAI
N_
3.
3V
ACL
K-
35
17
CH
1_
CL
K-
US
B
CAB
LE
6
30
SC_
LE
D_
PW
M_
R
GND
36
16
GND
GND
1
1
#3
0
Ho
us
ing
:
He
ad
er
:
1-
82
0-
16
2-
12
AI
N[
2]
P
37
15
CH
1_
2+
RS
T_
L
2
2
#3
0
AI
N[
2]
N
38
14
CH
1_
2-
W
OW
_L
3
3
#3
0
Te
rm
ina
l:
AI
N[
1]
P
39
13
CH
1_
1+
W
OB
T_
L
4
4
#3
0
AI
N[
1]
N
40
12
CH
1_
1-
GND
5
5
#2
8
AI
N[
0]
P
41
11
CH
1_
0+
VCC
6
6
#2
8
AI
N[
0]
N
42
10
CH
1_
0-
VCC
7
7
#2
8
GND
43
9
GND
VCC
8
8
#2
8
GND
44
8
GND
GND
9
9
#2
8
CN7
75
1
GND
45
7
GND
GND
10
11
#2
8
1
1
MAI
N
L+
NC
46
6
N.
C.
VS
YNC
11
10
RE
D#
28
2
2
MAI
N
L-
PANE
L_
VCC
47
5
VD
D
GND
12
15
Sh
ield
1
3
MAI
N
R+
PANE
L_
VCC
48
4
VD
D
GND
13
13
BL
K#
28
2
4
MAI
N
R-
PANE
L_
VCC
49
3
VD
D
DM
14
12
W
HT
#2
8
Ho
us
ing
:1
-8
42
-5
93
-1
1
He
ad
er
:
1-
84
2-
56
6-
12
PANE
L_
VCC
50
2
VD
D
DP
15
14
GR
N#
28
JS
T
PB
VP
-0
4V
-S
JS
T
SM
04
B-
PB
VS
S-
TB
(L
F)
(S
N)
PANE
L_
VCC
51
1
VD
D
He
ad
er
:
1-
81
9-
33
2-
11
Ho
us
ing
:1
-8
19
-5
02
-1
1
Te
rm
ina
l:1
-8
19
-5
13
-1
1
He
ad
er
:1
-8
43
-1
07
-1
1
JS
T
SM
15
B-
GH
S-
TB
(L
F)
(S
N)
GH
R-
15
V-
S
SP
HD
-0
01
T-
P0
.5
Te
rm
ina
l:1
-8
19
-5
12
-1
1
SS
HL
-0
02
T-
P0
.2
CN9
00
0
NC
30
ST
BY
+3
v3
29
+3
.3
V_
ST
BY
_S
14
28
BL
_O
N/
ICS
PCL
K
24
27
VL
ED
_R
EF
/P
W
M_
DI
MM
ER
/T
M_
SCL
SP
EA
KE
R
L+
1
1
26
+3
.3
V_
ST
BY
_B
/1
9.
5_
ON
Fr
on
t
L-
2
2
20
25
PW
M_
4/
BL
INK
ING/
SP
I0
_M
OS
I
Lc
h
JS
T
SM
P-
02
VF
/N
23
24
DC_
SE
NS
E
1-
78
4-
99
1-
21
28
23
BL
_E
RR
15
22
PO
W
ER
_O
N/
IS
CP
DAT
30
21
GND
SP
EA
KE
R
R+
1
3
17
20
GND
Fr
on
t
R-
2
4
13
19
GND
Rc
h
JS
T
SM
P-
02
VF
/N
5
18
RE
G1
2/
19
.5
V_
AU
1-
78
4-
99
1-
21
6
17
RE
G1
2V
/1
9.
5_
SS
3
16
RE
G1
2V
/1
9.
5_
AU
4
15
RE
G1
2V
/1
9.
5_
SS
11
14
RE
G1
2V
9
13
RE
G1
2V
10
12
GND
2
11
GND
NC
10
VP
P_
PI
C
CN4
00
1
1
9
GND
GND
30
21
NC
8
TCO
N_
ON/
TM
_L
OG_
RX
GND
29
NC
NC
7
PANE
L_
PW
R_
DE
T/
TM
_L
OG_
TX
BL
_E
RR
28
23
12
6
LD
_M
OD
E_
SW
/S
A_
MO
DE
+3
.3
V
27
NC
22
5
PW
M_
5/
SP
I0
_S
CK
IP
_R
EF
26
4
26
4
IP
_R
EF
/D
C_
DI
MM
ER
/T
M_
SD
A
+3
.3
V
25
NC
18
3
PW
M_
3/
TM
_E
MI
T
VL
ED
_F
EF
24
27
16
2
PW
M_
2/
SP
I0
_n
CS
DC_
SE
NS
E
23
24
NC
1
NC
PW
M_
3
22
5
Ho
us
ing
:
He
ad
er
:
1-
84
3-
95
3-
11
GND
21
NC
PW
M_
2
20
25
Te
rm
ina
l:
GND
19
NC
PW
M_
1
18
3
GND
17
20
PW
M_
0
16
2
PO
W
ER
_O
N
15
22
CN7
75
4
LD
_S
TB
Y
14
28
1
GND
GND
13
19
2
DAT
A
LD
_M
OD
E_
SW
12
6
3
LR
CL
OCK
RE
G1
2V
11
14
4
BI
TCL
OCK
GND
10
12
5
GND
RE
G1
2V
9
13
6
MAS
TE
R_
CL
OCK
+1
9.
5V
_A
8
NC
7
X_
SP
-D
ET
+1
9.
5V
_A
7
NC
8
X_
AU
DI
O_
MO
N
+1
9.
5V
_S
S
6
17
9
XR
ST
+1
9.
5V
_A
5
18
10
X_
MU
TE
+1
9.
5V
_S
S
4
15
11
3.
3V
+1
9.
5V
_A
3
16
12
GND
GND
2
11
Ho
us
ing
:1
-8
20
-2
46
-1
1
He
ad
er
:
1-
82
0-
29
1-
11
GND
1
9
50
13
30
-1
20
0
5
01
56
8-
12
07
He
ad
er
:
YE
ONH
O
SM
AW
20
0-
H3
0CE
Ho
us
ing
:
Te
rm
ina
l:1
-8
20
-2
36
-1
1
50
13
34
-0
00
0
Te
rm
ina
l :
CN1
00
2
VCC_
A
1
VV
C_
A
2
NC
3
LE
D_
A_
1
4
LE
D_
A_
2
5
CN8
70
1
LE
D_
A_
3
6
12
1
HT
L_
VO
L_
DO
W
N
NC
7
11
2
HT
L_
VO
L_
UP
NC
8
10
3
HT
L_
LI
NE
OU
T_
L
He
ad
er
P-
TW
O(
19
65
08
-0
80
21
-3
)
9
4
HT
L_
SP
_M
UT
E
8
5
HT
L_
GND
CN1
00
3
7
6
HT
L_
12
V
VCC_
B
1
6
7
HT
L_
GND
VV
C_
B
2
4
8
HT
L_
SI
RCS
_O
UT
NC
3
3
9
UAR
T_
B_
TO
_H
TL
LE
D_
B_
1
4
2
10
UAR
T_
HT
L_
TO
_B
LE
D_
B_
2
5
1
11
ST
BY
_+
3.
3V
LE
D_
B_
3
6
Ho
us
ing
:1
-8
21
-1
25
-1
1
1-
82
0-
29
0-
11
NC
7
SY
T1
0-
11
HG
NC
8
Te
rm
ina
l:1
-8
21
-1
16
-1
1
He
ad
er
P-
TW
O(
19
65
08
-0
80
21
-3
)
AC_
IN
DC-
IN
1
DC_
GND
2
JAM
S
FP
79
-0
2W
LB
US
B
BM
X
Bo
ar
d
W
ifi
/B
T
SM
GN
1
Sm
ar
t C
or
e
W
ifi
/BT
AC
Adapt
or
LB LB
51
pin
FF
C
T-
Co
n
Bo
ar
d
M
ai
n H
ar
ne
ss
HS
C3
_S
_M
15
ST
M
6S
-B
01
No
t a
va
ila
ble
fo
r X
M-
A
50
4-2-1. 50 Inch Model