53
Basic Board 89666.371
Mut
e_A
MP
MUT
E_A
LL
U1
2_
B
SP
DI
F_
DI
SP
LA
Y
CE
NT
ER
_I
N
SC
L_
(5
)_
33
SD
A_
(5
)_
33
on
/o
ff
Da
te
:3
0.
01
.2
00
7
of
0
1
Pa
ge
:0
1
Va
r.:
37
1
Al
le
Re
ch
te
, Ä
nd
er
un
ge
n
vo
rb
eh
al
te
n
LO
EW
E
AG
In
du
st
rie
st
r.1
1
96
31
7
Kr
on
ac
h
Ze
i.-
Nr
.:
Be
z:
In
de
x:
ge
pr
.:
Na
m
e:
Da
tu
m
:
LO
EW
E.
0
1
3
2
5
4
7
6
9
8
8
9
6
7
4
5
2
3
1
0
J
I
H
G
F
E
D
C
B
A
N
M
L
K
N
M
L
K
J
I
H
G
F
E
D
C
B
A
D1
01
7
ST
PS
50
54
0Z
D1
01
8
ST
PS
50
54
0Z
D10
16
STP
S50
540
Z
D10
20
STP
S50
540
Z
C11
00
100
n
C10
99
100
n
C1
21
4
10
0n
C12
09
10n
C11
02
1n
C11
03
1n
C1
10
1
10
0n
C12
10
1n5
C12
11
1n5
C11
06
100
p
C12
12
100
p
L1
01
4
10
u
L1
01
8
10
u
C10
91
100
0u/
16V
C10
92
100
0u/
16V
C1
09
8
10
u/
10
V
C10
89
10u
/10
V
C10
90
10u
/10
V
R1
05
3
1M
R1
24
2
10
R
R12
63
470
K
R12
37
120
K
R12
58
6K8
R12
57
6K8
R12
33
330
K
R1
05
0
0R
01
/1
%
R1
06
0
0R
01
/1
%
R12
35
22K
/1%
R12
64
22K
/1%
R12
39
100
K/1
%
R12
60
68K
/1%
NC
NC
NC
NC
NC
1
2
8
7
Q
10
05
BS
O
15
0N
03
C10
96
470
u/3
5V
NC
R10
58
0R
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
33
I1
00
9
LT
C3
72
8L
XC
UH
C10
97
4u7
/50
V
C11
15
4u7
/50
V
C10
93
10u
/10
V
C10
94
10u
/10
V
UB
U5
U3
.3
C1
11
8
10
0n
R1
06
2
1M
U5
R1
04
9
0R
01
/1
%
R1
05
2
4R
7
R1
05
1
4R
7
C12
15
1u/
25V
1
2
3
4
5
6
7
8
L5
97
3D
I1
01
1
I1
01
1
L5
97
3D
D10
81
STP
S34
0U
C12
44
22n
C12
43
220
p
C11
25
100
0u/
16V
R1
27
3
68
K/
1%
R1
27
2
4K
7/
1%
C1
12
7
10
0n
R1
27
4
10
K/
1%
R1
27
1
2K
2/
1%
U9
8
7
6
5
4
3
2
1
M
C3
32
62
I1
01
2
C1
13
4
1u
/2
5V
R10
90
10R
C1
13
5
47
0p
C11
36
680
n
C11
38
1n
R1
08
1
82
0K
R1
08
2
10
K/
1%
D10
08
CM
HSH5-
2L
R1
00
2
33
0R
R1
01
3
22
K
R1
01
1
47
R/
1%
R10
12
10R
D1
00
7
BA
S3
16
R10
84
22K
Q
10
11
BC
85
7B
W
R1
09
1
47
K/
1%
C1
01
0
22
u/
50
V
R1
08
9
10
0K
/1
%
C1
13
7
10
n
R1
08
3
10
K/
1%
R10
71
330
K
R10
72
330
K
R10
74
330
K
R10
73
330
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
16
po
l_
PF
O
_w
s
W
10
14
D1
02
8
BA
S3
16
D10
27
BAS
316
D10
26
BAS
316
C1
14
3
33
n
C1
14
4
33
n
R1
08
6
10
R
R10
88
10K
/1%
R10
87
10K
/1%
C11
42
100
n
Q
10
10
BC
84
7B
W
R10
76
470
K/1
%
R10
75
470
K/1
%
D10
25
ZD
20V
0
R1
07
9
27
K
R10
78
27K
R10
77
27K
R1
11
1
10
K/
1%
R1
11
2
12
0K
/1
%
R1
11
3
47
0K
/1
%
R1
11
0
47
0K
/1
%
R1
10
9
47
0K
/1
%
R10
85
1R
C11
41
100
n
C11
40
100
n
D10
24
BAS
316
D1
03
1
BA
S3
16
C11
39
1n
C1
04
3
22
0u
/3
5V
C11
71
4u7
R11
41
100
K/1
%
D10
36
ZD
5V6
Q
10
16
BC
85
7B
W
D1
03
7
BA
S3
16
R1
14
2
10
K/
1%
I1
01
4
2
1
3
L7
8M
12
IN
O
UT
G
ND
C11
69
100
n
C11
68
100
n
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
L6
59
9
I1
01
6
C11
88
1u/
25V
C11
89
100
n
D1
03
8
BA
S3
16
R1
14
3
56
R
R10
34
47K
/1%
R1
18
1
10
R
C1
19
4
10
0n
D1
04
3
BA
S3
16
R1
16
2
56
R
R1
04
4
47
K/
1%
R1
18
2
10
R
R12
26
100
K
R12
23
100
K
R12
21
120
K
R12
19
120
K
R12
18
5K6
/1%
D1
05
6
BA
S3
16
C11
84
100
n
R1
16
4
10
K/
1%
R1
17
0
47
K/
1%
R1
17
1
8K
2/
1%
C1
18
6
1n
C1
19
2
10
u/
10
V
R11
80
100
K/1
%
C11
91
100
n
R1
17
6
5K
6/
1%
C1
19
3
47
0p
R11
74
3K3
/1%
C1
18
3
10
0p
R11
79
2K7
R1
17
8
0R
R11
61
10R
4
3
2
1
PS
25
61
L2
-1
-E
3
C10
87
10n
R10
45
2K2
/1%
R1
04
8
1K
/1
%
R1
16
0
1K
/1
%
R11
58
5K6
/1%
C10
88
100
n
R10
47
4K7
/1%
R10
46
4K7
/1%
R1
21
6
39
0R
/1
%
R1
21
5
1K
/1
%
R1
15
9
2K
7
C1
18
2
33
n
C1
18
1
10
n
C11
30
100
0u/
35V
C11
21
100
0u/
35V
C12
19
100
n
U-
5
R10
03
0R
22
1
2
m
ai
n
in
2p
ol
_J
T-
04
65
W
10
00
1
2
to
sw
itc
h
2p
ol
_V
H_
sw
_s
W
10
02
1
2
fro
m
sw
itc
h
2p
ol
_V
H_
ws
_s
W
10
01
I1
00
6
1
2
3
4
PS
25
61
L2
-1
-E
3
I1
00
2
1
2
3
4
PS
25
61
L2
-1
-E
3
R1
01
9
2K
2/
1%
R11
17
220
R
R1
11
9
1K
/1
%
R11
21
1K/
1%
R11
20
1K/
1%
R11
18
3K3
/1%
C11
58
47n
C11
57
3n3
I1
01
5
12
11
10
9
8
7
6
5
4
3
2
1
IC
E2
A0
56
5G
C1
17
2
47
n
C1
17
4
2n
2
R1
03
2
4R
7
R1
03
3
10
R
R1
03
1
10
R
R11
15
10R
D1
00
1
BY
G
21
K
C10
65
4u7
/40
0V
R1
18
7
27
0K
R1
18
3
27
0K
R1
18
5
27
0K
R1
14
4
10
R
D10
39
ZD
20V
0
C11
73
2u2
/25
V
D1
03
3
BA
S3
21
C1
06
7
2u
2/
25
V
C1
15
6
10
0p
R11
16
33R
D1
01
4
ST
PS
34
0U
L1
01
0
47
u/
1A
8
C11
99
100
n
C1
08
0
10
00
u/
35
V
L1
02
9
6A
C1
01
7
10
00
u/
35
V
C1
03
3
10
00
u/
35
V
UN
F+
R1
14
5
0R
R1
14
7
0R
C10
68
220
u/4
50V
F1
00
1
F1
,0
A
L
UB
C1
20
8
10
0n
D10
40
STP
S34
0U
C1
06
1
22
0u
/3
5V
C10
62
10u
/10
V
D10
41
ZD
6V2
L10
09
6A
C10
63
100
n
U5SB
R10
43
1K/
1%
U5S
B
L1
01
6
6A
C12
39
100
n
L1
01
1
6A
U5
C12
42
100
n
L1
01
2
6A
U3
.3
C12
41
100
n
R1
24
9
0R
L1
03
2
6A
U5
SB
C1
24
0
10
n
C12
37
10u
/10
V
C12
34
100
n
C12
36
100
n
C12
35
100
n
C11
10
100
n
L1
03
6
6A
L1
03
4
6A
L1
03
5
6A
UB
U-
5
U9
U1
2
Q
10
18
BC
84
7B
W
R11
94
4K7
/1%
R1
19
6
22
K/
1%
R1
19
5
10
K/
1%
U5
SB
Q
10
17
BC
84
7B
W
1
2
3
4
5
6
6p
ol
_J
ST
_s
w_
s
W
10
08
C1
07
3
18
0p
C10
76
4n7
C1
07
5
18
0p
C1
07
4
R1
03
6
0R
C10
77
4n7
C1
05
7
10
u/
10
V
C1
04
5
10
u/
10
V
R1
12
9
1K
/1
%
R1
12
3
10
K/
1%
R1
12
4
22
K/
1%
R11
28
22R
R11
26
22R
R11
31
1K5
/1%
Q
10
15
BC
84
7B
W
Q
10
14
BC
85
7B
W
R1
09
8
1K
/1
%
R1
09
2
10
K/
1%
R1
09
3
22
K/
1%
R10
97
22R
R10
95
22R
R11
00
1K5
/1%
Q
10
13
BC
84
7B
W
Q
10
12
BC
85
7B
W
C1
03
8
56
0p
R1
13
0
5K
6/
1%
C1
15
9
2u
2/
25
V
R11
34
150
K/1
%
C11
61
27p
R1
13
5
5K
6/
1%
R11
36
150
K/1
%
C11
62
27p
C10
36
1u/
25V
C10
37
1u/
25V
C1
16
7
10
0n
UN
F+
C10
34
1u/
25V
C10
35
1u/
25V
D1
03
5
BA
S3
16
R1
13
8
18
K
D10
09
ZD
6V
2
D10
11
ZD
6V
2
D1
03
4
BA
S3
16
R1
13
7
18
K
D10
05
STP
S34
0U
D10
10
STP
S34
0U
R11
39
10R C
11
53
68
0p
C1
16
4
68
0p
L1
00
7
10
u/
5A
L1
00
7
10
u/
5A
C1
16
6
68
0p
C1
16
5
68
0p
R1
14
0
10
R
C10
40
220
n
C1
02
2
39
0p
R1
09
9
5K
6/
1%
C1
14
7
2u
2/
25
V
R11
02
150
K/1
%
C11
49
27p
R1
10
4
5K
6/
1%
R11
05
150
K/1
%
C11
50
27p
C10
20
1u/
25V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
M
P7
78
2
I1
00
0
C10
21
1u/
25V
C1
15
2
10
0n
UN
F+
C10
18
1u/
25V
C10
19
1u/
25V
D1
03
0
BA
S3
16
R1
10
7
18
K
D10
03
ZD
6V2
D10
06
ZD
6V2
D1
02
9
BA
S3
16
R1
10
6
18
K
D10
00
STP
S34
0U
D10
04
STP
S34
0U
R10
80
10R C
11
32
68
0p
C1
13
3
68
0p
L1
00
6
10
u/
5A
L1
00
6
10
u/
5A
C1
15
4
68
0p
C1
15
5
68
0p
R11
08
10R
C1
02
4
22
0n
C10
29
1u/
25V
C10
30
1u/
25V
C10
31
1u/
25V
C10
32
1u/
25V
C10
14
1u/
25V
C10
15
1u/
25V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
M
P7
78
2
I1
00
1
1
2
3
3p
ol
_J
ST
_o
r_
s
W
10
07
C10
03
1u/
25V
C10
05
1u/
25V
C10
04
1u/
25V
C10
12
1u/
25V
C10
13
1u/
25V
C10
16
1u/
25V
C1
02
8
2n
2
C1
02
6
2n
2
R10
39
100
K/1
%
D1
05
5
ZD
12
V0
R1
21
4
10
0R
Q
10
22
BC
85
7B
W
D10
54
BAS
316
R1
24
8
27
0R
R12
13
47K
/1%
C12
03
1u/
25V
UB
D10
51
BAS
316
Q
10
21
BC
85
7B
W
R12
06
47R
/1%
C10
52
470
u/3
5V
R1
21
1
4K
7/
1%
D1
04
8
BA
S3
16
R12
09
5K6
/1%
R1
20
8
27
0R
C1
07
8
22
0u
/3
5V
R12
03
470
R
D10
50
BAS
316
C12
01
100
n
AM
P_
EN
AM
P_
EN
R1
21
0
10
K/
1%
R12
12
10K
/1%
Q
10
20
BC
84
7B
W
R1
20
7
10
0R
UB
D1
06
3
ZD
12
V0
R1
20
2
10
0R
D1
04
6
ZD
5V
6
Q
10
19
BC
85
7B
W
R11
46
33R
R1
20
1
2K
2/
1%
R1
19
8
10
K/
1%
D10
49
ZD
5V6
R1
20
5
10
K/
1%
AM
P_
EN
C11
77
220
n
I1
00
1
M
P7
78
2
I1
00
0
M
P7
78
2
C1
00
0
47
0n
/3
10
V
F10
00
T3,
15A
H
F1
00
3
F5
,0
A
L
F1
00
2
F4
,0
A
L
C1
00
2
47
0n
/3
10
V
C1
00
1
47
0n
/3
10
V
C1
00
7
33
0p
/4
00
V
C1
00
9
33
0p
/4
00
V
R1
06
9
22
0K
R1
06
7
22
0K
R1
06
8
22
0K
R1
07
0
22
0K
R1
00
1
NT
C-
2R
5
C1
01
1
47
0n
/2
75
V
C10
85
12n
/10
00V
C11
95
150
p/1
kV
D1
01
2
ST
TA
80
6G
R10
66
0R
R10
64
0R
D1
00
2
FB
I5
L1
M
1
5A
/9
00
V
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
L4
97
3D
5.
1
I1
01
0
C12
48
100
n
C12
49
100
n
C12
50
220
n
C12
45
100
n
C12
46
220
p
C11
24
1u/
25V
C12
51
1n5
C12
47
10n
L10
23
47u
/3A
0
D10
19
STP
S8L
30B
L1
01
7
6A
C11
12
220
u/3
5V
C11
11
10u
/16
V
R12
76
33K
R12
78
33K
R12
75
6K8
R12
79
4K7
/1%
R12
77
3K9
/1%
NC
C12
32
100
n
UB
U1
2
HD
D
4
3
2
1
4p
ol
_L
C_
na
t_
s
W
10
16
U12
6
5
4
3
Q
10
05
BS
O
15
0N
03
7
8
2
1
Q
10
06
BS
O
15
0N
03
6
5
4
3
Q
10
06
BS
O
15
0N
03
UB
R1
00
0
VD
R
75
0V
1
5
T1
00
2
EF
20
-5
,9
6
7
T1
00
2
EF
20
-5
,9
9
10
T1
00
2
EF
20
-5
,9
1
12
T1
00
0
EV
D3
6
5
6
T1
00
0
EV
D3
6
T1
00
1
T10
01
1
3
T1
00
4
26
52
.0
01
1A
Q
10
08
2
1
3
ST
PS
20
H1
00
Q
10
07
2
1
3
ST
PS
20
H1
00
2
1
3
Q
10
00
ST
B1
2N
M
50
2
1
3
Q
10
01
ST
B1
2N
M
50
Q
10
04
2
1
3
ST
B1
2N
M
50
C10
70
10u
/16
V
3
2
1
3p
ol
_J
ST
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ry
_s
W
10
04
C10
69
47u
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V
D1
02
2
ST
PS
20
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00
CF
P
A1
A2
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02
3
ST
PS
20
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00
CF
P
A1
K
A2
C10
64
22u
/6V
3
H1
00
1
SK
45
4
H1
00
1
SK
45
4
C11
96
68p
C1
10
8
10
00
u/
35
V
C1
23
3
10
0n
C1
25
2
10
0n
L1
03
3
6A
C12
30
100
n
L1
02
4
6A
C11
26
100
n
L10
26
6A
C1
12
9
10
0n
C12
31
100
n
D1
07
7
BA
S3
16
C12
23
4u7
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V
L1
00
4
2x
27
m
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5
L1
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1
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27
m
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5
R1
06
3
0R
R1
06
5
0R
C1
06
0
10
00
u/
35
V
1
2
Y1
00
0
NE
T_
CO
NN
EC
TO
R
T1
00
3
R11
65
68K
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C1
14
8
2u
2/
25
V
C1
16
0
2u
2/
25
V
R1
03
0
10
m
C1
08
6
33
0p
/4
00
V
C1
20
6
10
0n
L10
38
6A
C11
13
220
u/3
5V
C1
11
6
22
u/
6V
3
I1
01
3
TS
24
31
I1
01
7
TS
24
31
ba
ck
lig
ht
1
2
3
4
5
6
7
8
9
9p
ol
_J
ST
_n
at
_s
W
10
13
C1
25
6
1n
R12
82
68K
/1%
D1
09
2
BA
S3
16
C11
90
47p
9
8
7
6
5
4
3
2
1
ba
ck
lig
ht
9p
ol
_J
ST
_n
at
_s
W
10
17
I1
02
1
VA
DC
N
VA
DC
P
M
P2
M
P1
M
P0
VS
SI
S
VD
DI
SP
DI
F_
IN
0
SP
DI
F_
IN
1
SP
DI
F_
IN
2
SP
DI
F_
IN
3
VINR
VI
NL
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
VSS
A2
VDDA2
VREF
VDDA1
VSS
A1
MUT
E
VO
UT_
R
VO
UT_
L
VS
SE
VD
DE
SP
DI
F_
O
UT
SEL
_ST
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C
MO
DE2
MO
DE1
MO
DE0
RESET
VDD
X
XTA
LIN
XTA
LO
UT
VSS
X
UD
A1
35
5H
/N
2
C12
84
2p2
C12
83
2p7
C12
82
2p7
C12
81
2p2
X1
00
0
12
,2
88
M
Hz
R1
31
2
10
K/
1%
R1
31
4
10
K/
1%
NC
NC
NC
NC
NC
NC
R13
23
47K
NC
R1
31
6
10
K/
1%
R1
31
8
10
K/
1%
R1
30
1
1K
/1
%
C1
27
6
10
u/
10
V
R1
32
5
10
K/
1%
1
2
3
3p
ol
_J
ST
_n
at
_s
W
10
18
R1
29
7
10
K/
1%
R1
29
6
10
K/
1%
C12
71
470
p
R1
30
5
10
0R
R13
03
220
R
R13
07
100
R
R1
32
0
10
K/
1%
R1
32
2
10
K/
1%
R1
32
1
10
K/
1%
R1
32
4
10
0K
C12
73
22p
C1
27
2
22
p
R13
19
10K
/1%
R13
17
10K
/1%
R13
15
10K
/1%
R1
31
0
10
K/
1%
R1
30
9
10
K/
1%
R13
13
10K
/1%
R1
31
1
10
K/
1%
C1
26
1
10
0n
C1
26
2
10
0n
C1
26
3
10
0n
C1
26
4
10
0n
C12
65
100
n
C1
27
9
1u
/2
5V
C1
27
5
1u
/2
5V
C1
26
7
10
u/
10
V
C1
26
9
10
u/
10
V
R13
04
100
R
R1
29
1
0R
R1
29
2
0R
R1
29
3
0R
R12
99
1K/
1%
R12
98
1K/
1%
R13
32
100
R
D1
10
1
BY
G
20
D
R1
35
7
2R
2
D1
10
0
ZD
6V
2
R13
31
4R
7
R13
33
33K
/1%
D10
78
ZD
30V
0
1
Q
10
09
1
2
3
ST
N1
NK
60
Z
3
1
5
2
ZX
CL
30
0
3V
30
G
I1
02
2
EN
G
ND
O
UT
IN
C1
28
8
1u
/2
5V
L1
04
8
6A
U5
C12
86
10u
/10
V
C1
28
7
10
u/
10
V
L10
47
6A
C12
85
100
n
C1
12
8
47
u/
50
V
C12
90
22u
/6V
3
T1
00
5
T1
00
5
T1
00
4
12
9
26
52
.0
01
1A
T1
00
4
11
10
26
52
.0
01
1A
T1
00
4
16
13
26
52
.0
01
1A
T1
00
4
15
14
26
52
.0
01
1A
T1
00
3
T1
00
3
T1
00
3
T1
00
3
R1
34
2
10
R
R1
34
3
10
R
R1
34
4
10
R
R1
34
1
10
R
C12
91
2n2
C12
92
2n2
R13
45
0R
C12
96
1n
C1
29
4
1n
C12
95
1n
C12
93
1n
L1
05
4
FE
-D
R
C13
05
150
p/1
kV
T1
00
6
4
1
N=
16
/1
3/
56
T1
00
6
3
6
N=
16
/1
3/
56
T1
00
6
2
5
N=
16
/1
3/
56
C13
06
100
n
R1
36
3
10
0K
C13
14
150
p/1
kV
R1
36
1
10
R
R1
36
0
10
R
D11
14
BAS
321
D1
11
3
BA
S3
21
R13
69
10R
C1
31
6
33
0p
/4
00
V
7
8
2
1
Q
10
34
BS
O
15
0N
03
3
4
5
6
Q
10
34
BS
O
15
0N
03
C1
31
7
39
0p
Q
10
38
BC
84
7B
W
R1
37
8
1K
/1
%
Q
10
35
BC
85
7B
W
R13
76
47K
/1%
Q
10
37
BC
84
7B
W
R1
37
9
1K
/1
%
Q
10
36
BC
85
7B
W
R13
75
47K
/1%
Q
10
39
BC
84
7B
W
R13
77
47K
/1%
C13
19
2u2
/25
V
R13
80
100
R
R13
74
100
K/1
%
D11
23
BAS
316
C13
18
10u
/10
V
D1
12
0
ST
PS
50
54
0Z
R1
37
2
10
0K
/1
%
R1
37
3
10
0K
/1
%
R1
37
0
27
K
R1
37
1
27
K
D1
12
1
BA
S3
16
D1
12
2
BA
S3
16
Y1
00
1
2
1
NE
T_
CO
NN
EC
TO
R
Y1
00
2
2
1
NE
T_
CO
NN
EC
TO
R
C13
20
10n
D1
12
5
BA
S3
16
L1
05
7
0A
2
C1
32
2
1u
/5
0V
L1
05
9
22
u
R1
38
8
10
K/
1%
R13
89
10K
/1%
10
K/
1%
R1
39
0
R13
87
10K
/1%
D11
27
BAS
316
H1
00
0
D11
30
S3K
2u
2/
25
V
C1
32
4
R13
94
0R
D1
13
2
ST
PS
50
54
0Z
0A
2
L1
06
4
0A
2
L1
06
3
6A
L1
06
1
6A
L1
06
0
0A2
L10
65
0A2
L10
62
47
K
R1
39
5
47
K
R1
39
6
BY
G
20
D
D1
10
2
I1
00
8
RE
CH
TS
LI
NK
S
RE
CH
TS
LI
NK
S
30
.1
.0
7
Ex
ni
ch
t b
es
tü
ck
t
ni
ch
t b
es
tü
ck
t
ni
ch
t b
es
tü
ck
t
nic
htb
est
ück
t
ni
ch
t b
es
tü
ck
t
ni
ch
t b
es
tü
ck
t
ni
ch
t b
es
tü
ck
t
ni
ch
t b
es
tü
ck
t
ni
ch
t b
es
tü
ck
t
L2
70
0
Ba
sic-
Board
89
66
6d
