HY12S65
HY-IDE Hardware User Manual
© 2012 HYCON Technology Corp
www.hycontek.com
APD-HYIDE011-V02_EN
page17
3.3. Circuit
Please refer to Figure 18 in below.
Figure 18
1
2
3
4
5
6
A
B
C
D
6
5
4
3
2
1
D
C
B
A
T
itl
e
Nu
m
be
r
R
ev
isi
on
Si
ze
C
Da
te
:
19-
Jun-
2012
She
et o
f
File
:
Y
:\M
y
D
es
ig
n.
ddb
Dr
aw
n B
y
:
VP
P
/R
ST
82
SEG11
2
SEG12
3
SEG13
4
SEG14
5
PT3.7/CM PO
6
PT3.6/CNT
7
PT2.3/TM CKI
8
PT2.2/PWM/PFD
9
PB4
58
PB3
59
PB2
60
PB1
61
PB0
62
FTP
63
FTN
64
RLU
65
RLD
66
PA6
67
PA5
68
PA4
69
PA3
70
PA2
71
PA1
72
PA0
73
AGND
75
AC
M
76
PT2.0/XTO
11
VL
C
D
84
CO
M
0
85
CO
M
2
87
CO
M
3
88
NC
89
NC
90
SE
G
9
100
H
Y
1
2S
6
5_
LQ
F
P
100
PT3.5/PB5
57
PT2.4/CM P0
56
PT2.5/CM P1
55
PT2.6/CM P2
54
PT2.7/CM P3
53
PT1.0/INT0/PSCK
52
PT
1.4
/T
X
48
P
T1.
5/S
D
O
47
PT
1.6
/S
CK
46
VG
G
78
CA
79
CB
80
VS
S
81
CO
M
1
86
SE
G
0
91
SE
G
1
92
SE
G
2
93
SE
G
3
94
ICE_DA3
24
ICE_DA4
25
IC
E_
D
A
7
28
IC
E_
A
D
R
0
29
IC
E_
A
D
R
1
30
IC
E_
A
D
R
2
31
IC
E_
A
D
R
3
32
IC
E_
A
D
R
4
33
IC
E_
A
D
R
5
34
IC
E_
A
D
R
6
35
IC
E_
A
D
R
7
36
IC
E_
A
D
R
8
37
IC
E_
A
D
R
9
38
IC
E_
A
D
R
10
39
IC
E_
A
D
R
11
40
IC
E_
A
D
R
12
41
IC
E_
A
D
R
13
42
IC
E_
A
D
R
14
43
IC
E_
A
D
R
15
44
PT
1.7
/B
Z/P
SD
O
45
PT2.1/XTI
10
VD
D
A
77
VDD_ICE
12
VSS
13
ICE_SDI
14
ICE_SDO
15
ICD_SCK
16
ICE_CS
17
ICE_CS0
18
ICD_RD
19
ICE_WE
20
ICE_DA0
21
ICE_DA1
22
ICE_DA2
23
IC
E_
D
A
5
26
IC
E_
D
A
6
27
P
T1.
3/R
X
/T
ST
49
P
T1.
2/S
D
I
50
PT1.1/INT1/PSDI/SCE
51
REFO
74
SEG10
1
VD
D
83
SE
G
4
95
SE
G
5
96
SE
G
6
97
SE
G
7
98
SE
G
8
99
U4
HY
12S
65
_D
A7
_A
DR
0
_A
DR
14
_A
DR
14
_A
DR
12
_A
D
R
11
_A
DR
11
_A
DR
13
_A
D
R
13
_A
D
R
10
_A
D
R
10
_A
DR
10
_A
D
R
9
_A
D
R
9
_A
DR
9
_A
D
R
8
_A
D
R
8
_A
DR
8
_A
DR
7
_A
DR
7
_A
DR
6
_A
DR
6
_A
DR
5
_A
DR
5
_A
DR
4
_A
DR
4
_A
DR
3
_A
DR
3
_A
DR
2
_A
DR
2
_A
DR
1
_A
DR
0
_D
A
7
_D
A
7
_D
A
6
_D
A
6
_D
A6
_D
A
5
_D
A
5
_D
A5
_D
A
4
_D
A
4
_DA4
_D
A
3
_D
A
3
_DA3
_D
A2
_DA2
_D
A1
_DA1
_D
A0
_DA0
_C
SR
AM
_S
_C
SS
B
M
_C
SR
AM
_R
D
_R
D
_RD
_WE
_W
E
_W
E
_V
SS_
ra
m
VD
D_ba
t
VD
D_ba
t
_S
BM
-S
EL
_S
BM
-S
EL
_C
S
SB
M
M
em
or
y
P
ro
gr
am M
emo
ry
A5
5
A6
4
A7
3
A8
25
A9
24
A1
0
21
A1
1
23
A1
2
2
A1
3
26
A1
4
1
I/
O
0
11
I/
O
1
12
I/
O
2
13
I/
O
3
15
I/
O
4
16
I/
O
5
17
I/
O
6
18
I/
O
7
19
CE
20
A0
10
OE
22
A1
9
A2
8
A3
7
A4
6
WE
27
GN
D
14
VC
C
28
U7
622
56
C2
1
0.
1uF
1
2
C2
0
0.
1uF
C2
2
0.
1uF
VD
D_ba
t
VD
D_ba
t
_V
SS_
ra
m
8
9
10
U5
C
740
0
1
2
3
U5
A
74
00
5
6
4
U5
B
74
00
14
7
11
12
13
U5
D
740
0
_V
SS
_r
am
_V
SS_
ra
m
_V
SS
_r
am
_A
DR
1
VD
D_ba
t
VD
D
A5
5
A6
4
A7
3
A8
25
A9
24
A1
0
21
A1
1
23
A1
2
2
A1
3
26
A1
4
1
I/
O
0
11
I/
O
1
12
I/
O
2
13
I/
O
3
15
I/
O
4
16
I/
O
5
17
I/
O
6
18
I/
O
7
19
CE
20
A0
10
OE
22
A1
9
A2
8
A3
7
A4
6
WE
27
GN
D
14
VC
C
28
U8
622
56
_V
SS
_r
am
_V
SS
_r
am
_V
SS_
ra
m
_V
SS_
ra
m
1
1
VI
N
VD
D_b
at
VD
D_i
_A
DR
12
_A
DR
7
_A
DR
6
_A
DR
5
_A
DR
4
_A
DR
3
_A
DR
2
_A
DR
1
_A
DR
0
_D
A2
_D
A1
_D
A0
_V
SS_
ra
m
*
. IC
E
Mem
o
ry
N
E
T
VD
D_ba
t
VD
D_ba
t
1
2
3
4
5
6
S
J1
4
PS
2-6
PI
N
_V
C
C
_r
am
_V
SS
_r
am
_V
SS_
ra
m
_S
D
I
_S
D
O
_S
CK
_S
CS
R5
5
47K
R5
4
47K
R5
3
47K
_V
C
C
_r
am
1
2
3
6
5
4
S5
Po
w
er S
el
V
D
D_ba
t
1
2
3
J8
SB
M
Se
l
1
2
3
J9
CS
S
el
1
2
J1
1
VD
D_B
at
VD
D_ba
t
VI
N
_CS
_VSS_ram
C2
3
1uF
_V
SS_
ra
m
VD
D_ba
t
_SCS
_SCK
_SDO
_SDI
_V
CC_
ram
1
2
3
4
5
6
J1
3
IC
E S
ig
na
l
C5
C4
AG
ND
P4
Vo
l/O
hm
/C
ap
/DT
P1
CO
M
P2
mA
/u
A
P3
A
R3
1
R2
9
R2
8
R2
7
R3
0
R3
4
PB
0
R2
5
PB
3
R2
6
PB
1
R2
2
R2
3
R2
4
R3
3
R3
2
10M
0.
7%
J4
JU
M
P
J6
Vo
l/Ohm
/C
ap
/DT
JU
M
P
1
2
3
J3
Cu
rr
en
t
uA
mA
1.11
M 0
.1%
101
K 0
.1%
10
K 0. 1%
1K 0
.1%
0.
1uF
100
900
K
10
K
10
K
99
0.
99
0.
01
RLD
PT
C
1
PT
C
B
2
C
1
E
3
Q3
901
3
B
2
C
1
E
3
Q4
901
3
C1
7
10M
104
RL
U
CO
M
CO
M
CO
M
VD
D
R9
RX
TX
R1
0
VD
D
1
6
2
7
3
8
4
9
5
RS
1
D5
R1
1
D2
PC
_T
X
D
PC
_R
X
D
IG
N
D
IG
N
D
Q1
R4
4
R4
3
IV
+
D3
IV
-
R4
5
IV
-
Q2
D4
R4
6
D6
D7
D8
D9
C1
8
IG
N
D
C1
9
IV
-
IV
+
Ph
o
to
RS
23
2
P
1
N
2
C
4
E
3
U2
P
1
N
2
C
4
E
3
U3
1N
4148
1N
4148
1N
4148
1N
4148
10
uF
10
uF
1N
4148
1N
4148
1N
4148
50
0R
500
R
1N
4148
500
R
10k
500
R
6.
8k
270
R
P
C817
PC
81
7
R5
1
100
K
COM
PB
1
J7
HZ
JU
M
P
CN
T
C7
R3
5
RL
D
1u
1M
SEG21
24
SEG20
23
SEG19
22
SEG18
21
SEG17
20
SEG16
19
SEG15
18
SEG14
17
SEG13
16
SEG12
15
SEG11
14
SEG10
13
SEG9
12
SEG8
11
SEG7
10
SEG6
9
SEG5
8
SEG4
7
SEG3
6
SEG2
5
CO
M0
1
CO
M1
2
CO
M2
/SE
G
0
3
CO
M3
/SE
G
1
4
L
CD_20
*4
J1
0
L
CD_20
*4
B
U
ZZ
ER
1
BZ
Y1
R3
9
C1
6
C1
5
15p
F
1M
15p
F
4M
hz
C1
4
C1
1
C1
0
C1
2
XIN
XOUT
XO
UT
XI
N
BZ
TX
RX
C1
3
1M
AV
SS
AV
SS
C6
功能
切
換
1
2
3
4
8
7
6
5
S4
Fu
nc
tion
1
SW
1
Hz
%
1
SW
2
SW
SW
3
HO
L
D
1
SW
6
R
A
NGE
1
SW
5
RE
L
1
SW
4
M
A
X/M
IN1
SW
7
BA
CK
L
IG
H
T1
SW
8
KE
Y1
KE
Y2
KE
Y5
KE
Y6
KE
Y4
KE
Y3
KEY1
KEY2
CO
M
0
CO
M
1
CO
M
2
CO
M
3
CO
M
0
CO
M
1
CO
M
2
CO
M
3
SEG0
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
SE
G
0
SE
G
1
SE
G
2
SE
G
3
SE
G
4
SE
G
5
SE
G
6
SE
G
7
SE
G
8
SE
G
9
SEG10
SEG11
SEG12
SEG13
SEG14
CNT
CMPO
PB0
PB1
PB1
PB3
PB4
PB5
RLU
PA0
PA1
PA2
PA3
PA4
PA5
PA6
CMP0
CMP1
CMP2
CMP3
CMP0
CMP1
CMP2
R3
7
R3
8
C8
EEP
R
O
M
A0
1
A1
2
A2
3
VS
S
4
SD
A
5
SC
L
6
WP
7
VD
D
8
U9
VD
D
II
C_
SD
A
II
C_
SC
L
IIC_SDA
IIC_SCL
0.
1uF
10
k
24C
02
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
JP
3
LC
D
COM 0
COM 1
COM 2
COM 3
SEG0
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
SEG10
SEG11
SEG12
SEG13
SEG14
GN
D
VD
D
RS
T
0.
1U
F
1U
F
1U
F
0.
1U
F
1u
VD
D
C9
R3
6
100
k
AV
SS
R4
8
AV
SS
KE
Y3
KE
Y4
KE
Y5
PB0
PB1
PB1
PB3
PB4
1
2
3
4
5
6
J5
PB
x
PB5
1
2
J1
2
CN
T
CNT
CMPO
D1
1N
4001
Ba
tt
CO
M
1
3
ON
1
5
OF
F1
1
CO
M
2
4
ON
2
6
OF
F2
2
S3
JP
1
VB
AT
JP
2
VS
SB
AT
R4
0
100
K
R4
1
42.
2K
R4
2
100
K
C2
10u
F
C3
10u
F
C1
0.
1uF
GS
2612
EN
1
IN
2
OU
T
3
AD
J
4
GN
D
5
GN
D
6
GN
D
7
GN
D
8
U1
VD
D_ba
t
VD
D
EX
T
3V
*.
P
O
W
E
R
N
E
T
1
2
3
J2
VD
D S
el
1
2
J1
Cu
rr
en
t te
st
R4
9
_V
SS
_r
am
1
2
3
4
5
6
7
8
9
10
11
12
JP
4
SP
I
1
2
J1
5
Po
w
er
KE
Y
3
KE
Y
5
KE
Y
4
KE
Y
2
VD
D
C2
4
CMP3
該
CO
M
點代
表直
接拉
回
AG
N
D
該
CO
M
點
代
表直
接拉
回
AG
ND
該
CO
M
點代
表直
接拉
回
AG
ND
V0
4 c
ha
ng
e
R5
R6
OP
E
N
0
1uF
27n
F
KE
Y6
CM
P
O
CM
P
3
R4
R1
2
R1
3
R1
4
R1
5
R1
R2
R3
20K
1
2
3
4
5
6
7
8
16
15
14
13
12
11
10
9
S1
CM
P
0
20K
20K
20K
20K
20K
20K
20K
CM
P
2
CM
P
0
1
2
3
4
5
6
7
8
16
15
14
13
12
11
10
9
S2
CM
P
1
CM
P
1
HY
12
S6
5 I
C
E
V0
4
A1
000
4
1u
10n
P
T1.
0(
IN
)
P
T1.
1(
IN
)
P
T1.
2(
IN
)
P
T1.
5(
IN
/O
U
T
)
P
T1.
6(
IN
/O
U
T
)
P
T3.
7(
IN
/O
U
T
) o
r P
T
2.
7(
IN
/O
U
T
)
P
T2.
7(
IN
/OU
T
)
PT2.4
PT2.5
PT2.6
PT2.7
PT
2.4
PT
2.5
PT
2.6
P
T3.
7(
IN
/OU
T
)
SD
I(
P
T
1.2
)
SC
K
(P
T1.
6)
SD
O(
P
T1.
5)
SC
S(
P
T
1.1
)
B
2
C
1
E
3
Q6
901
3
B
2
C
1
E
3
Q5
901
3
J1
6
Vo
l/Ohm
/C
ap
/D
T
JU
M
P
R7
1M
VD
D
PT
C
2
PT
C
MO
V
1
TV
R
MO
V
2
TV
R
MO
V
3
TV
R
VI
N
VI
N
.
