1
1
2
2
3
3
4
4
5
5
6
6
D
D
C
C
B
B
A
A
GN
D
GND
GN
D
GND
VCC
VCC
GN
D
GN
D
GN
D
GND
VC
C
GND
VCC
Z75_1
Z75_n:
W
=
20M
IL
, ZO=75
+
/-
5%
Z50
_
n:
W
=
4
0
M
IL,
ZO
=5
0+
-5
%
MU
T
E
R
E
F
CD
b
VC
C
GN
D
BYP
A
SS
GN
D
VCC
1
2
3
4
5
6
JP
1
HDR_
6
MU
T
E
/S
C
K
GND
VEE/SS
b
V
EE/SS
b
AUT
O
SL
P
/MI
S
O
AU
TO
SL
P/M
ISO
MO
S
I
MU
T
E
/S
C
K
A
U
T
O
S
L
EE
P E
N
A
B
L
E
MU
T
E
R
E
F
SPI
_
E
N
CDb/MOSI
BY
PASS/C
D
b
SP
I_
E
N
BY
PASS
GN
D
SCK
MO
S
I
MI
S
O
SS
GN
D
CD
b
BY
PA
SS
MO
S
I
CDb
CDb/
M
OS
I
S
P
I Mode
Pin M
o
d
e
LA
Y
O
UT NOTE
:
SD
I
LM
H
0394-
LM
H0
384 S
P
I M
ode /
P
in M
ode S
e
le
c
t (
J
P
6
-J
P
9
)
LM
H
0
3
9
4_LM
H
0384 S
P
I H
e
a
d
er
CD/
M
U
T
E
VEE
1
VCC
16
SDI
3
SPI_
E
N
4
CD/MOSI
15
MUTE/SCK
14
SDI
2
VCC
13
AEC+
5
AEC-
6
BYPASS/CD
7
MUTEREF
8
ASL
P/MI
SO
12
SD
O
11
SD
O
10
VEE/SS
9
DAP
17
U2
LM
H
0
3
9
4
VC
C
GN
D
VCC
VC
C
GN
D
ZDI
F
F100P
_1
ZDI
FF100N_
1
LA
Y
O
UT NOT
E
:
GND
D
o
not
pl
ace
J
P
2-J
P
4 i
n
S
P
I M
ode
C5
1U
F
C1
0.
01UF
C2
0.
01UF
C10
0.
1U
F
C1
2
0.
0
1
UF
C11
0.
1UF
J1
BNC_E
D
G
E
J2
SMA_R_
E
D
G
E
J3
SMA_R_
E
D
G
E
D1
LED
R1
30
0
1
2
3
4
5
6
JP2
1
2
3
JP
3
1
2
3
JP
4
1
2
JP5
HDR_2
1
2
3
JP
6
1
2
3
JP
7
1
2
3
JP8
1
2
3
JP
9
R5
3.
16K
R6
9.
76K
GN
D
R7
3.
16K
R8
9.
76K
GN
D
S
P
I_
Co
nnect
o
r_SCK
S
P
I_C
o
nnecto
r_M
O
S
I
R9
3.
16K
R10
9.
76K
GN
D
SP
I_
Co
nnect
o
r_S
Sb
C9
4.
7
U
F
C6
1U
F
C1
6
4.
7
U
F
P
lace C
1
,C
16,
&
C
2
as cl
ose t
o
U
2
pi
n as possi
bl
e
C8
1U
F
L1
5.
6n
H
R2
75
R3
75
R4
37.
4
ZDI
FF100P
_12
ZDI
FF100N_
1
2
0
1
PS
T1
P
o
w
er_S
upply
_
Term
inal
0
1
PS
T2
Po
w
er
_
Su
p
p
ly
_
T
er
m
in
al
C3
4.
7U
F
C7
4.
7U
F
R11
0
LM
H0394
L
M
H
0384
VC
C
(PST
1)
2
.5V
3.
3V
R5
R7
R9
R6
R8
R10
3.
1
6
K
3.
1
6
K
3.
1
6
K
9.
7
6
K
9.
7
6
K
9.
7
6
K
0
0
0
Do
No
t L
o
a
d
Do
No
t L
o
a
d
Do
No
t L
o
a
d
