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2. EPI / CEDS
CE
DS
6
la
ne
6
8P
in
/E
PI
6
La
ne
6
0P
in
BO
E
Pa
ne
l
38
40
x2
16
0@
60
p
1.
5G
bp
s
[P
AD
_M
OD
_T
X_
P0
2/
N0
2
~
P
09
/N
09
]
CE
DS
6
la
ne
6
8P
in
/E
PI
6
La
ne
6
0P
in
LG
D
Pa
ne
l
38
40
x2
16
0@
60
p
3G
bp
s(
55
”↓
)
/2
Gb
ps
(6
5”
)
PM
IC
&
Le
ve
l S
hi
fte
r
RT
69
50
(L
GD
)
SW
50
21
2(
BO
E)
CL
K(
x1
0)
VG
L1
VS
T
GI
P_
RS
T
LS
_V
GL
VG
H_
EV
EN
VG
H_
OD
D
HV
DD
EP
I
3L
an
e
6
0P
(
55
”↓
)
EP
I 4
La
ne
6
0P
(
65
”
)
EP
I
3L
an
e
6
0P
(
55
”↓
)
EP
I 4
La
ne
6
0P
(
65
”
)
GM
A
(1
, 5
, 9
, 1
0,
1
3,
2
4,
18
)
[P
AD
_M
OD
_T
X_
P1
2(
LV
A3
-)
]
PM
IC
PM
IC
_R
ES
ET
LO
CK
OU
T1
2
GS
T,
E
/O
, M
CL
K,
G
LC
K
[P
AD
_I2
S_
IN
_W
S(
TC
ON
1)
(G
PI
O)
]
[P
AD
_I2
S_
IN
_S
D(
TC
ON
2)
(G
PI
O)
]
[P
AD
_S
PD
IF
_IN
(T
CO
N3
)(G
PI
O)
]
[P
AD
_G
PI
O1
6(
TC
ON
4)
(G
PI
O)
]
Su
b
PM
IC
(R
T5
09
3)
VD
D
VC
OM
1
VC
OM
LF
B
VC
OM
RF
B
VC
OM
2
[P
AD
_M
OD
_T
X_
P0
2/
N0
2
~
P
09
/N
09
]
GA
M
MA
(R
T6
50
8)
BO
E
On
ly
GM
A
(2
, 3
, 4
, 7
, 8
,
11
, 1
2,
1
5,
1
6,
1
7)
[P
AD
_G
PI
O3
0S
CK
4]
[P
AD
_G
PI
O3
1S
DA
4]
68
pi
n
60
pi
n
68
pi
n
60
pi
n
LD
O
(T
J4
32
0)
VT
ER
M
[P
AD
_G
PI
O1
7_
PM
(P
M_
SP
I_C
K2
]
[P
AD
_G
PI
O1
8_
PM
(P
M_
SP
I_D
I2
)]
[P
AD
_G
PI
O1
9_
PM
(P
M_
SP
I_D
O2
)]
[P
AD
_G
PI
O1
0_
PM
(P
M_
SP
I_C
Z2
)]
Main IC
