UG-304
EVAL-ADM1075EBZ User Guide
Rev. C | Page 12 of 19
A0
1
A1
2
A2
3
V
ss/
G
N
D
4
SD
A
5
SC
L
6
WP
7
Vc
c
8
U2
24
L
C
64
-I
/M
S
5V
_
b
o
ar
d
SC
L
SD
A
R5
3
10
k
Ω
SD
A
S
DA_
T
E
M
P
R3
3
0
Ω
SC
L
SC
L
_
T
E
M
P
R3
6
0
Ω
SD
A
1
SC
L
2
OS
/A
L
E
R
T
3
GN
D
4
A2
5
A1
6
A0
7
VD
D
8
UT
1
ADT7
5A
RM
Z
SD
A
1
SC
L
2
OS
/A
L
E
R
T
3
GN
D
4
A2
5
A1
6
A0
7
VD
D
8
UT
2
ADT7
5A
RM
Z
–4
8V
–4
8V
–4
8V
–4
8V
–4
8V
–4
8V
–4
8V
–4
8V
–48
V
–4
8V
–4
8V
–4
8V
–
48V
–
48V
–
48V
SD
A
1
SC
L
2
OS
/A
L
E
R
T
3
GN
D
4
A2
5
A1
6
A0
7
VD
D
8
UT
3
ADT7
5A
RM
Z
-48
V
SD
A
_T
E
M
P
SD
A
_T
E
M
P
SD
A
_T
E
M
P
SC
L
_T
EM
P
SC
L
_T
EM
P
SC
L
_T
EM
P
1
2
3
J7
HE
ADER,
R
IG
HT ANG
LE
, 1
ROW
, 3
WAY
R3
4
33
00
Ω
R3
5
33
00
Ω
5V
_I
S
O
G
ND_
IS
O
GN
D
_I
S
O
GN
D
_I
S
O
G
ND_
IS
O
GN
D
_I
S
O
GN
D
_I
S
O
S
DA_
IS
O
SC
L
_I
SO
D_
P
W
RG
D
LE
D_
G
R
E
E
N
S
P
L
Y
GD
G
P
O1
G
P
O
2
LA
TC
H
D_
S
P
L
Y
G
D
LE
D
_G
R
E
E
N
D
_
GP
O1
LE
D
_Y
E
LL
O
W
D
_
GP
O2
LE
D
_Y
E
L
LO
W
D_
L
AT
C
H
LE
D_
R
E
D
G
ND_
IS
O
–4
8V
–4
8V
SC
L
S
DA
S
DA_
IS
O
SC
L
_I
SO
–
48V
GN
D
_I
S
O
C1
3
10
0n
F
50V
–4
8V
–4
8V
5V
_
icp
5V
_
IS
O
C8
10
0n
F
50
V
–4
8V
IS
O
L
A
T
ED
A
R
EA
1
1
2
2
J8
T
E
R
M
INAL
BLO
CK,
P
C
B,
2
W
AY
5V
_s
RE
S
T
AR
T
SH
D
N
PW
R
G
D
SP
L
YG
D
LA
T
C
H
GP
O2
GP
O1
R5
4
0
Ω
R5
2
R
EST
A
R
T
GP
O
1
R3
1
NO
P
O
P
S
HDN
PW
R
G
D
_
IS
O
SP
L
Y
G
D
_I
S
O
LA
TC
H
_I
S
O
GP
O
x_
IS
O
S
HDN
_I
S
O
RS
T/
G
P
O
1
_IS
O
T4
0
T4
1
T4
2
T4
3
G
ND_
IS
O
T3
2
S
HDN
_I
S
O
RS
T/
G
P
O
1
_IS
O
P
W
RG
D_
IS
O
SP
L
YG
D
_I
SO
GP
Ox
_I
S
O
L
ATCH_
IS
O
T3
3
T3
4
T3
5
T3
6
T3
7
1
1
3
3
2
2
4
4
5
S_R
ST
1
1
3
3
2
2
4
4
5
S_SH
D
N
1
2
S
_S
HDN2
A
1
2
3
4
5
6
6
7
7
8
8
9
9
J5
US
B
_
m
in
i
G
ND_
IS
O
GN
D
_I
S
O
5V_
ISO
T3
8
R2
4
0
Ω
R2
2
1k
Ω
0
.33w
Q7
NP
N 1
00
V
RTN
C5
1µF
25
V
R4
8
NO
P
O
P
R4
9
NO
P
O
P
NO P
OP
C1
5
1µ
F
25
V
C1
1
1µF
25
V
C1
4
1µF
25
V
C1
8
1µF
25
V
C9
10
0n
F 5
0V
C1
2
1µF
25
V
R2
3
1k
Ω
0.
3
3W
RT
N
C6
1µF
25V
5V
_i
cp
5V
_b
o
ar
d
5V
_b
o
ar
d
5V
_b
o
ar
d
5V
_
boa
rd
5V
_
au
x
5V_a
u
x
5V
_s
5V
_
b
o
ar
d
5V
_i
cp
R4
2
NO
P
O
P
R4
4
0
Ω
R3
9
0
Ω
1
1
2
2
J6
TE
RMIN
ALBL
OCK
,P
CB,
2W
AY
5V_I
N
_P
R4
0
NO
P
O
P
R4
5
NO
P
O
P
1
2
3
J9
T4
4
T4
5
1
2
3
4
5
6
7
8
9
10
SK
3
SOC
KET
, T
OP
ENT
RY,
10
WA
Y
R2
6
NO
P
O
P
5V
_I
S
O
5V
_
IS
O
5V
_I
S
O
5V
_I
S
O
5V
_
IS
O
G
ND_
IS
O
S
DA_
IS
O
SC
L_
IS
O
R1
8
330
0
Ω
5V_
L
ED
R1
7
33
00
Ω
5V
_L
E
D
R1
6
33
00
Ω
5V_
L
ED
R2
0
33
00
Ω
5V_
L
ED
R1
9
33
00
Ω
5V_L
E
D
SD
A
SC
L
R2
1
NO
P
O
P
R2
7
NO
P
O
P
R2
8
NO
P
O
P
R3
0
NO
P
O
P
R2
9
NO
P
O
P
C1
0
10
µF
10V
R3
7
0
Ω
R3
8
NO
P
O
P
NO
P
O
P
–4
8V
C1
6
10
0n
F 5
0V
5V_
s
C3
10
0n
F
50
V
C7
10
0n
F
50
V
GN
D
_I
S
O
5V_L
E
D
5V_L
E
D
5V
_
L
E
D
5V
_
L
E
D
5V
_L
E
D
Q8
N
P
N
10
0V
D2
D
IO
D
E-
Z
_SO
D
-12
3
–
48V
–4
8V
–4
8V
–
48V
6V
2
R4
1
10
0k
Ω
RTN
R4
3
NO
P
O
P
5V
_a
u
x
5V_
L
ED
5V_I
N
_P
VD
D
1
1
GN
D
1
2
VO
A
3
VO
B
4
VO
C
5
VO
D
6
PW
R
G
D
RC
O
UT
7
GN
D
1
8
G
NDI
S
O
9
VSE
L
10
VI
D
11
VI
C
12
VI
B
13
VI
A
14
G
NDI
S
O
15
VI
SO
16
U5
A
D
u
M
54
04
VD
D
1
1
SD
A
1
2
SC
L
1
3
GN
D
1
4
GN
D
2
5
SC
L
2
6
SD
A
2
7
VD
D
2
8
U4
ADuM
12
50
R4
6
10
k
Ω
R5
5
10
k
Ω
D3
BAT
5
4H
R4
7
NO
P
O
P
VD
D
1
1
VI
A
2
VI
B
3
GN
D
1
4
GN
D
2
5
VO
B
6
VO
A
7
VD
D
2
8
U3
ADuM
32
00
R3
2
1
00k
Ω
R5
6
1
00k
Ω
D4
BA
T
5
4H
D5
BAT5
4H
D_
IS
O
L
5V_I
SO
R1
0
1k
Ω
GN
D
_I
S
O
T5
1
SC
L
SD
A
R5
1
10
k
Ω
R5
0
10
k
Ω
5V
_i
cp
D6
NO
P
O
P
–48
V
–4
8V
–4
8V
R5
7
NO
P
O
P
NO
P
O
P
RT
N
R5
9
0
Ω
5V
_L
E
D
VI
N
R5
8
R2
5
0
Ω
6V
2
1
1
3
3
2
2
4
4
5
S_
D
e
LA
T
C
H
C1
9
10
0n
F 50
V
C2
10
0n
F 50
V
UV
L
S
HDN
RE
S
T
ART
10070
-0
07
Figure 18. Evaluation Board Schematic, Page 2
