76570EM 57
6M
-C
CD
AS
IC
M
ille
n
n
ia
-3
Fl
a
sh
M
e
m
o
ry
LC
D_
Dr
iv
e
r
6
c
h
_
DC/
D
C
RT
C
0.
2
F
3.
3V
32
.7
6
8
k
TG
+
A
FE
SD
C
onne
c
tor
CP
U
DP
U
EE
PR
O
M
M
o
to
rD
riv
e
r
V-
D
ri
v
e
r
H-
Dr
v
_
B
u
ff
e
r
12M
_
3
2
2
5
S
D
R
A
M
0_5
12
M
b
4M
32
.7
68
k
T65
0
C
CD-
F
P
C
NC
NC
V
L
(-
8.
0V
)
D_
G
N
D
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
←V
4
NC
←V
3
NC
←V
2
D_
G
N
D
NC NC NC
NC
←V
1
←V
S
U
B
D_
G
N
D
D_
G
N
D
←R
G
AF
E
_G
N
D
←V
S
S
_C
T
R
L
VO
U
T
→
D_
G
N
D
VD
D(1
5V
)
D_
G
N
D
←L
H
1
←H
2C
←H
1C
D_
G
N
D
←H
1B
←H
2B
←H
1A
D_
G
N
D
D_
G
N
D
←H
2A
NC
AF
E
_G
N
D
NC
1,
40
2,
39
3,
38
4
5
,36,
37
6,
35
7,
34
8,
33
9,
32
10,
31
11,
30
12,
29
13,
28
14,
27
15,
26
16,
25
17,
24
18,
23
19,
22
20,
21
0.
5m
m
_18
pi
n
Sl
id
e_
Lo
ck
0.
5m
m
_40
pi
n
Bt
oB
S
our
c
e
F
o
llo
we
r
Ci
rc
ui
t
← ENB
1
2
← CSV
3
VBB
4
5
6
7
8
9
10
11
12
13
14
15
16
← STH
VSS(D_GND)
← CSH
← G
← R
← B
← DSG
← DSD
← SC
VVDD
← STV
COM
← CKV
17
18
19
HVDD
← CKH1
←
CKH2
L
4
S00
2
1
5
P00
A
L
P
2
77A
L
X
0
0
)
SA
N
Y
O
2
.5
inc
h_
2
0
.6
dot
_
3
L
E
D
-B
L
Im
ag
e
-
L
C
D
O
30
0
LED-A
LED-C
2_W
ir
e
In
se
rt
_L
oc
k
US
B
&
VI
D
E
O
DC
in
EX
RLS
D_GND
AA
×
4c
e
ll
RM
C
X
Of
f
On
Pr
v
T10
0
Ma
in
-P
CB
0.
3m
m
_45p
in
Ch
id
or
i
CD
[0
:11]
CDK
,C
D
H
,CDV
AF
E
_
Ser
ia
l
P
B
LK
,S
Y
NC,
FL
D
Vs
ub
_
b
ia
s
Vs
sC
tr
l,
F
E
6.
0V
V
Sub_
CK
S_G
ate
H
RG
Vo
ut
M3
-C
P
U
Se
ri
a
l
MS
H
S
,S
SH
S
MT
O
S
,S
T
O
M
MD
IS
R
L
S
I2S
(D
,CK
)
RT C_
OU
T
VD[0
:7]
Se ria
l
HD,V
D
MCLK
FA
[1:2
1]
FD[0
:1
5]
FRDX
FWR0
FC S
0
RS TX
M0 D
AT
A [0
:1
5]
M0A
DR
S[0
:12
]
M0BA
[0:1
]
M0 D
QM
[0
:1
]
M0 C
L K
SDI[0
:3
]
CMD
CL K
CD
WP
DIS
CHG
VCCE
N
3.3
Vo
n
1.8
Vo
n
MO S
on
CMO
S
BMO
S
AC_
De
t
Vba
c k
Se
ri
a
l
CLK
AMP
V
IN
T
X
DA
T
A
S
W
CA
RD
DO
O
R
6.5
Vo
n
15
Von
BL_o
n
-8
V
o
n
Vout
UDP,M
USB
det
Vde
t
V
ide
o_
A
m
p
SW S
,SW
R
V
_
S
T
NDB
Y
LED
Vbat
t
VR
EF
AOU
T
1
AOU
T
2
D_G
N
D
CN
100
8
CN
100
7
CN1
006
CN
1009
C
N
1010
C
N
1011
C
N
101
2
SI
N
0
1
2
AT
H
3.
3V
3
IN
T
X
4
5
6
7
8
9
10
SR
TS
SW
S
SW
R
MD
2
SO
T0
VD
D1
SC
K
0
AF
_S
P
11
12
AF
_I
S
T
13
AF_
C
P
14
15
16
17
18
19
20
AF
_D
A
T
A
AF
_R
S
T
D_
GN
D
SW
C
O
M
2
SC
TS
SW
A
F
M
D
AF
_T
IN
T
FM
IN
2
21
22
FM
IN
3
23
FM
IN
1
24
25
26
27
28
29
30
A/
M
FM
AX
1
CO
N
T
L
D_
GN
D
VD
D2
AFP
AF
L
E
DA
AF
_V
O
U
T
31
32
A_
GN
D
33
A_
GN
D
34
35
36
37
38
39
40
AF_
V
M
S
A_
GN
D
AF_
V
A
D
AF_
V
A
D
FM
AX
2
A_
GN
D
VR
EF
SW
C
O
M
2
1
2
SW
4W
R
3
SW
D
P
O
F
4
5
6
7
8
9
10
SWI
N
F
O
D_
G
N
D
SW
4W
O
K
SW
4W
D
SW
4W
U
SW
C
O
M
0
SW
4W
L
11
12
13
SWM
E
N
U
SW
D
ISP
SW
E
R
A
S
E
U
A2
3
1
SW-F
PC
Relay_
FP
C
T90
1
DT
C
T9
4
1
SW
C
O
M
2
SW
A
F
M
D
Mo
unt
(T30
1)
A1
0
5
D_
GN
D
VD
D2
D_
GN
D
AF_
T
H
_O
U
T
41
42
43
44
45
EE
P
EE_LED
A
←F
M
IN
1
FM
AX
2
→
A/
M
→
FM
AX
1
→
←F
M
IN
2
←F
M
IN
3
CO
N
T
L→
M10
0
(T50
1)
VD
D2
←A
F_
R
S
T
←A
F_
D
A
T
A
←A
F_
IS
T
AF
_S
P
→
AF_
T
IN
T
→
AF_
C
P
→
←V
R
E
F
←A
F
_V
M
S
←A
F
_V
O
U
T
A_
GN
D
←A
F_
V
A
D
S30
0
(T
31)
D_
G
N
D
AFP
→
V
DD2
AF_
L
E
D
A
T72
P.I.
D_
GN
D
EE
P
→
V
DD2
EE
_L
ED
A
PO
PUPMG
P_GN
D
Re
la
y
_
F
P
C
T
2
0
0
M0C
KE0
CN
1005
CN1004
MD
_
C
T
R
L
0.
4m
m
_60pi
n
Ri
gh
t
A
ng
le
B
to
B
GND
1
2
SEG0
3
T_V
IN
4
5
6
7
8
9
10
SEG2
SWX
SEG1
COM2
SWDIAL
A
SWDIAL
B
COM3
SWPR
VE
11
12
SEG19
13
SWM
RU
P
14
15
16
17
18
19
20
SEG18
SWM
RDN
SEG20
SEG5
ESM
G1
ESM
G2
SEG4
SELF_LE
DK
21
22
VDD2
23
SWR
24
25
26
27
28
29
30
SEG7
SWS
SEG6
VDD2
RMC_OUT
GND
BLO
100
SWC
OM
0
31
32
33
SWXV
AVSET
34
35
36
37
38
39
40
SEG12
SEG25
SEG9
SWM
AIN
SWPR
V
SEG8
SEG24
SEG13
41
42
43
44
45
SEG22
SEG14
SEG23
SEG10
SEG11
C
N
10
02
46
SEG15
SEG31
47
48
49
SEG29
50
51
52
53
54
55
56
COM0
SEG28
SEG17
SEG30
SEG21
SEG16
SEG27
SWAEL
57
58
59
60
GND
SEG26
SEG3
COM1
E
000
T_V
i n
EEM g2
SWX
EEM g1
D_GN
D
G1
0
0
(T
71
)
←SWM
RU
P
←SW
PR
VE
D_G
ND
←SW
MR
DN
A33
0
P_GN
D
Xe_t
u
b
e
Q200
(Str
ob
e_
PC
B)
240u
/330V
J201
J202
J2
09
J2
10
J2
11
J2
12
J2
13
J2
14
J2
05
J2
06
J2
08
J2
07
TC
_2
TC
_1
Xe_
C
Xe_
A
CH
A
R
GE
PWM_
PL
S
FT
/F
Q
RI
F
D_
GN
D
VD
D2
P_
GN
D
Q_
V
in
S
tat
es
-L
C
D
O2
0
0
SPM
G
POPU
PM
G
P_GN
D
S2
5
0
S3
5
0
EE
M
G
S250+
SCOM
SCOM
S350+
EEMG
P_GND
J1
00
VREF
1
2
S3
3
S2
4
5
6
7
8
9
10
J100_LEDK
J100_LEDA
S1
A_GND
AOUT1
AGND
AOUT2
C
N
101
4
F
in
d
er
-L
C
D
O
1
00
SEG1
→
1
2
SEG2
→
3
SEG4
→
4
5
6
7
8
9
10
11
12
13
14
15
16
SEG10
→
SEG9
→
SEG8
→
SEG7
→
BLO
100
VDD2
SEG21
→
SEG6
→
SEG5
→
SEG0
→
SEG3
→
←C
OM
1
←C
OM
0
17
18
19
SEG11
→
SEG12
→
SEG13
→
20
21
22
23
24
25
26
27
28
SEG18
→
SEG17
→
SEG16
→
SEG15
→
SEG14
→
SEG19
→
SEG20
→
←C
OM
2
←C
OM
3
0.
5m
m
_20p
in
1
2
3
4
5
6
7
8
9
10
11
12
SWMO
DE3
SWMO
DE0
SWCO
M2
SW-D
IS
POP
SWPO
P
SWMO
DE1
SWCO
M1
Q
R
C
SWMO
DE2
SW-FLPO
P
T51
SH
O
E
SWD
IS
P
O
P
SW
C
O
M
2
Q
SW
FLPO
P
R C
X
M
ode
D
ia
l
(T2
1
)
T9
5
0
SD
_L
ED
D_GND
PCV
INTX
Reset_SW
(T10)
R
1
2
Q
3
SWM
OD
E3
4
5
6
7
8
9
10
SWM
OD
E1
SWM
OD
E2
SWM
OD
E0
C
SWFLPO
P
SWC
OM
2
SWD
IS
PO
P
VDD2
11
12
CHA
RG
E
13
PWM
PLS
14
15
16
17
18
19
20
J100_L
ED
A
J100
_LEDK
FT/F
Q
AGN
D
RIF
SWC
OM
1
SWPO
PUP
C
N
10
13
AF
E_M
CLK
PC
V
N30
0
X
J10
02
J1
001
J1
003
J1025
J1024
J1017
J1016
J1014
J1015
J102 3
J1022
J1011
J1010
J1009
J1008
J1012
J1013
J1
0
2
7
J
1026
TC_
1
TC_
2
Xe_
A
Xe_
C
M0 WE
X
M0CASX
M0RASX
M0 C
S0X
V4
V3
V2
V1
H1
H2
LH
CC1
CC
2
RST
X
Block diagram