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_0
0
25
#2
6
3
13
BL
_O
N/
TC
ON
_2
4_
ON
GN
D
26
#2
6
1
12
TC
ON
_O
N/
TC
ON
_1
2_
ON
N.
C(
OP
EN
)
27
#2
6
5
11
PO
WE
R_
ON
SA
_M
OD
E
28
NC
10
NC
N.
C(
OP
EN
)
29
#2
2
6
9
ST
BY
_3
.3
V
BL
_O
N
30
#2
2
20
8
RE
G_
12
V
1
-
8
4
3
-
8
5
8
-
7
1
#2
2
19
7
RE
G_
12
V
#2
2
18
6
RE
G_
12
V
#2
2
17
5
RE
G_
12
V
CN
64
01
#2
2
10
4
GN
D
TC
ON
_1
2_
ON
1
12
#2
6
#2
2
9
3
GN
D
BL
_E
RR
2
14
#2
6
#2
2
8
2
GN
D
EV
DD
_O
N
3
13
#2
6
#2
2
7
1
GN
D
AC
_O
FF
_D
ET
4
16
#2
6
1
-
8
4
3
-
1
5
0
-
1
1
1
-
8
4
3
-
1
5
1
-
1
1
PO
WE
R_
ON
5
11
#2
6
P
B
D
P
-
2
0
V
-
S
J
S
T
S
M
2
0
B
-
P
B
D
S
S
-
T
F
ST
BY
6
9
#2
2
GN
D
7
1
#2
2
GN
D
8
2
#2
2
GN
D
9
3
#2
2
GN
D
10
4
#2
2
GN
D
11
NC
GN
D
12
18
#2
2
GN
D
13
20
#2
2
RE
G1
2V
14
15
#2
2
RE
G1
2V
15
17
#2
2
RE
G1
2V
16
19
#2
2
CN
8
RE
G1
2V
17
5
#2
2
NC
1
GN
D
RE
G1
2V
18
6
#2
2
NC
2
GN
D
RE
G1
2V
19
7
#2
2
NC
3
GN
D
RE
G1
2V
20
8
#2
2
#2
2
26
4
GN
D
TC
ON
_1
2V
21
9
#2
2
#2
2
25
5
GN
D
TC
ON
_1
2V
22
8
#2
2
#2
2
24
6
GN
D
TC
ON
_1
2V
23
7
#2
2
#2
2
23
7
VD
D
TC
ON
_G
ND
24
6
#2
2
#2
2
22
8
VD
D
TC
ON
_G
ND
25
5
#2
2
#2
2
21
9
VD
D
TC
ON
_G
ND
26
4
#2
2
NC
10
VD
D
EV
DD
_G
ND
27
NC
NC
11
VD
D
C
N
6
1
0
1
EV
DD
_G
ND
28
NC
NC
12
VD
D
1
1
AC
-N
EV
DD
_G
ND
29
NC
NC
13
NC
2
2
AC
-L
EV
DD
_G
ND
30
NC
NC
14
NC
SF
P7
9-
02
WL
B/
J.
A.
M.
1-
84
3-
91
7-
11
1-
84
3-
92
5-
11
Y
e
o
n
h
o
Y
e
o
n
h
o
1-
82
2-
90
8-
11
JS
T
S
M3
0B
-P
BD
SS
-T
F
PB
DP
-3
0V
-S
2
0
0
2
2
H
S
-
1
4
B
2
2
0
0
2
2
W
R
–
H
1
4
B
2
1
-
8
4
4
-
5
7
2
-
2
1
CN
66
01
EV
DD
_G
ND
1
1
#2
2
EV
DD
_G
ND
2
2
#2
2
CN
6
EV
DD
_G
ND
3
3
#2
2
#2
2
1
1
EV
SS
EV
DD
_G
ND
4
4
#2
2
#2
2
2
2
EV
SS
EV
DD
_G
ND
5
5
#2
2
#2
2
3
3
EV
SS
EV
DD
_G
ND
6
6
#2
2
#2
2
4
4
EV
SS
EV
DD
_G
ND
7
7
#2
2
#2
2
5
5
EV
SS
EV
DD
_G
ND
8
NC
#2
2
6
6
EV
SS
EV
DD
9
NC
#2
2
7
7
EV
SS
EV
DD
10
8
#2
2
#2
2
10
8
EV
DD
EV
DD
11
9
#2
2
#2
2
11
9
EV
DD
EV
DD
12
10
#2
2
#2
2
12
10
EV
DD
EV
DD
13
11
#2
2
#2
2
13
11
EV
DD
EV
DD
14
12
#2
2
#2
2
14
12
EV
DD
EV
DD
15
13
#2
2
#2
2
15
13
EV
DD
EV
DD
16
14
#2
2
#2
2
16
14
EV
DD
EV
DD
17
15
#2
2
#2
2
17
15
EV
DD
EV
DD
18
NC
Y
e
o
n
h
o
Y
e
o
n
h
o
EV
DD
19
NC
2
0
0
2
2
H
S
-
1
5
B
2
(
B
K
)
2
0
0
2
2
W
R
–
H
1
5
B
2
(B
K)
EV
DD
20
NC
1
-
8
4
4
-
5
7
3
-
1
1
1-
84
3-
15
1-
11
1-
84
3-
15
0-
11
JS
T
S
M2
0B
-P
BD
SS
-T
F
PB
DP
-2
0V
-S
1
-
8
4
2
-
5
4
6
-
2
2
,
I
P
E
X
F
F
C
D
i
r
e
c
t
C
o
n
n
e
c
t
o
r
:
I
P
E
X
W
if
i/
B
T
FY
19
BM
3
J19
K
e
y
(3
M
-P)
51
p
in
F
FC
HS
9
20
p
in
F
FC
B
T
A
n
te
n
a
M
IC
IF
R
M
ic
L
M
ic
E
x
ic
ir
er
-M
R
ch
T
-c
on
B
o
a
rd
F
L
E
X
IB
L
E
F
L
A
T
C
AB
L
E
51
P
1
9
1
2
9
0
9
1
1
1
9
1
2
9
1
0
1
1
F
L
E
X
IB
L
E
F
L
A
T
C
A
B
L
E
41
P
1
9
1
2
8
9
2
1
1
1
9
1
2
8
9
3
1
1
4
1
pi
n
F
FC
F
L
E
X
IB
L
E
F
L
AT
C
AB
L
E
2
0
P
1
9
1
2
9
6
1
1
1
1
9
1
2
9
6
3
1
1
C
O
N
N
EC
T
OR
A
SSY
30
P(
PW
R
B)
1
9
7
2
6
2
4
1
1
C
O
N
N
EC
T
OR
A
SSY
20
P(
PW
R
T)
1
9
7
2
6
2
3
1
1
B
T
A
n
te
n
a
S
P
H
a
rne
ss
SP
55
/65
_
SP
E
x
ic
ir
er
-M
L
ch
D
30
-S
W
F
Lc
h
D
3
0
-S
W
F
R
ch
C
E
N
T
ER
I
N
C
O
N
N
EC
T
OR
A
SSY
30
P(
MAIN
)
19726221
1
65
in
ch
:
G
95
B
o
a
rd
A
C
In
le
t
E
x
ic
ir
er
-M
R
ch
C
O
N
N
EC
T
OR
A
SSY
12
P(
SP
)
1
9
72
62
61
1
E
x
ic
ir
er
-M
L
ch
D
3
0
-S
W
F
Lc
h
D
3
0
-S
W
F
R
ch
C
O
N
N
EC
T
OR
A
SSY
4
P
1
9
7
2
6
2
5
1
1
5.2 Connector Diagram SP 65
’’
SYS SET
2019/04/19 01:55:00 (GMT+09:00)