Circuit Diagrams and PWB Layouts
10.
10-3-5
DC/DC
19490_550_1
3
041
3
.ep
s
1
3
070
3
DC/DC
B02C
B02C
2012-0
8
-24
1
3
1
3
9 2
83
3
0
3
41
DC/DC
GND
GND H
S
VIN
EN
SS
VIA
BOOT
S
W
FB
COMP
GND
GND H
S
VIN
EN
SS
VIA
BOOT
S
W
FB
COMP
12V/5V CONVER
S
ION
0R
0R
12V/
3
V
3
CONVER
S
ION
5UD0
3
10
2
RT
8
29
3
AHG
S
P
1
6
7
5
4
9
8
7UD1
IUDA
RE
S
IUD
8
SS
1_GND
2UF
8
22
u
SS
2_GND
SS
2_GND
SS
1_GND
10
u
2UD2
2UD1
10
u
10
u
2UD0
+12V
220n
2UD
3
12K
3
UD
3
IUDC
2UD6
3
n
3
IUDH
2UD
8
10
u
22
u
2UF9
cUD1
RE
S
100n
2UD5
15K
3
UD1
+
3
V
3
2UF2
100n
10
u
5UD2
100n
2UF1
SS
2_GND
RE
S
SS
1_GND
SS
2_GND
16V
100
u
2UFA
SS
1_GND
5UD
3
IUD9
3
UF
3
10R
RE
S
RE
S
470p
2UF5
IUD2
3
UF1
1R0
3
UF2
12K
2UF7
22
u
3
n
3
2UF
3
22
u
2UF6
2UF0
10
u
10
u
2UD9
RE
S
3
UD2
10R
470p
2UDG
RE
S
+5V
2K2
3
UD4
1
%
2UF4
RE
S
IUD4
IUD
3
10n
FUD2
FUD
3
IUD1
IUD0
2UDF
IUD7
RE
S
16V
100
u
100
u
16V
RE
S
+12V
SS
2_GND
SS
2_GND
2UFB
SS
1_GND
1
%
3
UF6
1K5
3
UF4
4K7
1
%
3
UD5
10K
1
%
22
u
2UDB
5UD1
cUD2
10
u
100K
22
u
2UDA
3
UF5
IUD6
2UDD
22
u
SS
1_GND
10n
3
UD0
1R0
2
2UD7
RE
S
1
6
7
5
4
9
8
3
10
7UD0
RT
8
29
3
AHG
S
P
2UDH
100
u
16V
RE
S
2UDC
22
u
IUDG
IUDF
IUD5
2UD4
100n
ENABLE-
3
V
3
-5V
ENABLE-
3
V
3
-5V