2-12
2
XT
I3
2
A2
X
T
032
B3
XP
W
R
32
B1
XAGND32
B2
XT
I1
2
A5
XT
O12
A4
XP
W
R
12
A3
XAGND12
B5
RE
SE
T
IN
D5
RESET
OUT
D2
EXT
C
LK
0
E7
EXT
C
LK
1
E8
PW
R
_
E
N
E6
VDDXOK
C5
VSEL
C1
VDDI1
E1
5
VDDI2
F7
VDDI3
F8
VDDI4
F11
VDDI5
F12
VDDI6
F15
VDDI7
F16
VDDI8
G15
VDDI9
H6
VDDI10
J6
VDDI11
K1
5
VDDI12
L1
5
VDDI13
M6
VDDI14
N6
VDDI15
P1
5
VDDI16
R7
VDDI17
R8
VDDI18
R11
VDDI19
R12
VDDI20
R15
VDDI21
R16
VDDI22
T15
VDDY1
G7
VDDY2
G8
VDDY3
H7
VDDY4
J3
VDDY5
J7
VDDY6
K5
VDDY7
K7
VDDY8
L3
VDDY9
L7
VDDY10
M7
VDDY11
N7
VDDY12
P7
VDDX1
G9
VDDX2
G10
VDDX3
G11
VDDX4
G12
VDDX5
G13
VDDX6
G14
VDDX7
H14
VDDX8
J1
4
VDDX9
K1
4
VDDX10
L1
4
VDDX11
L1
6
VDDX12
M1
4
VDDX13
N14
VDDX14
P8
VDDX15
P9
VDDX16
P1
0
VDDX17
P1
1
VDDX18
P1
2
VDDX19
P1
3
VDDX20
P1
4
ROM
SIZ
E
D4
ROM
SE
L
B4
GP
IO
0
C6
GP
IO
1
D6
GP
IO
7
D9
GP
IO
16
Y7
GP
IO
17
W6
GP
IO
18
Y6
GP
IO
19
T9
GP
IO
20
Y8
GP
IO
21
V8
GP
IO
22
U7
GP
IO
23
V7
VSS1
D11
VSS2
E1
0
VSS3
E1
6
VSS4
F6
VSS5
F9
VSS6
F10
VSS7
F13
VSS8
F14
VSS9
G6
VSS10
H8
VSS11
H9
VSS12
H10
VSS13
H11
VSS14
H12
VSS15
H13
VSS16
H15
VSS17
J5
VSS18
J8
VSS19
J9
VSS20
J1
0
VSS21
J1
1
VSS22
J1
2
VSS23
J1
3
VSS24
J1
5
VSS25
K3
VSS26
K6
VSS27
K8
VSS28
K9
VSS29
K1
0
VSS30
K1
1
VSS31
K1
2
VSS32
K1
3
VSS33
L5
VSS34
L6
VSS35
L8
VSS36
L9
VSS37
L1
0
VSS38
L1
1
VSS39
L1
2
VSS40
L1
3
VSS41
M8
VSS42
M9
VSS43
M1
0
VSS44
M1
1
VSS45
M1
2
VSS46
M1
3
VSS47
M1
5
VSS48
N8
VSS49
N9
VSS50
N10
VSS51
N11
VSS52
N12
VSS53
N13
VSS54
N15
VSS55
N16
VSS56
P6
VSS57
R6
VSS58
R9
VSS59
R10
VSS60
R13
VSS61
R14
VSS62
T5
VSS63
T16
IC16C
A
U
1100-400M
BD
Y3
F
C
-135 9pF 32.
768K
H
z
C11
CE
8p
C12
CE
8p
IN
H
1
GND
2
VDD
4
OUT
3
Y2
F
X
O
-31FL
12.
000M
H
z
PC
1
0
CE
0.
1u
VCC3
R11
22
XP
W
R
3
2
XAGND32
XP
W
R
1
2
XAGND12
/R
ESET
_
OUT
VCC3
TP88
PR
_
W
R
E
N
WD
T
R189
10K
R169
10K
R168
R_no
n(2.
7K
)
VCC3
C41
C_no
n
P
C
107
CE
0.
1u
P
C
108
CE
0.
1u
P
C
103
CE
0.
1u
P
C
106
CE
0.
1u
+
C17
10u/
16V
+
C19
10u/
16V
+
C16
10u/
16V
+
C18
10u/
16V
VCC3
VI
N
2
SD
1
GND
5
VOUT
3
ADJ
4
IC17
L
P
3964E
M
P
+
C15
100u/
10V
PW
R
_
E
N
P
C
136
CE
0.
1u
P
C
105
CE
0.
1u
P
C
104
CE
0.
1u
PC
8
9
CE
0.
1u
+
C21
10u/
16V
+
C22
10u/
16V
+
C8
10u/
16V
+
C14
10u/
16V
R16
100 1%
C20
CE
68p
R15
10K
1%
+
C10
4.
7u/
16V
PC
8
7
CE
0.
1u
R167
0
VCC3
XP
W
R
3
2
XAGND32
+
C13
4.
7u/
16V
PC
8
8
CE
0.
1u
R171
0
L5
M
M
Z
1608S800A
VCC3
XP
W
R
1
2
XAGND12
L4
M
M
Z
1608S800A
VCC
2
MR
1
GND
3
PF
I
4
PF
O
5
WD
I
6
RE
SE
T
7
WD
O
8
IC26
ADM706RARZ
VCC3
PC
3
7
CE
0.
1u
WD
T
WD
T
_
/M
R
R227
4.
7K
VCC3
R226
4.
7K
R210
4.7K
VCC3
R209
4.7K
R211
4.7K
VCC1.
2
VCC1.
2
R228
0
/FI
FO_
HALF_NET
R190
4.7K
/RBE
3
/RBE
2
/RBE
1
/RBE
0
W
D
T
_
/OUT
VCC3
/N
ET
_
R
ESET
D2
1S
S
355
WD
T
W
D
T
_
/OUT
WD
T
_
/M
R
XP
W
R
1
2
XAGND12
/N
ET
_
R
ESET
XP
W
R
3
2
XAGND32
/RBE
3
/F
IF
O_
HALF_
NET
PR
_
W
R
E
N
WD
T
/RBE
0
/RBE
1
/RBE
2
XP
W
R
3
2
XAGND32
XAGND12
XP
W
R
1
2
/R
ESET
_
OUT
TP
109
R229 R_no
n(4.
7K
)
MAIN BOARD_Circuit Diagram 8/9