Circuit Diagrams and PWB Layouts
10.
10-3-3
DC/DC
19490_54
8
_1
3
041
3
.ep
s
1
3
070
3
DC/DC
B02A
B02A
2012-0
8
-24
1
3
1
3
9 2
83
3
0
3
41
DC/DC
2
VFB
1
2
TRIP
DRVL
1
2
DRVH
1
2
S
W
1
2
PGND
1
2
TE
S
T
1
2
VREG5
V5FILT
1
2
VIN
GND
VB
S
T
1
2
EN
1
2
VO
1
0R
12V/1V
8
CONVER
S
ION
RE
S
3
U2
3
-4
47R
45
12V/1V1 CONVER
S
ION
IU12
10
u
2U25
IU02
IU22
3
U04
IU05
3
R
3
GND-
S
IG
CU04
3
U00
RE
S
10K
CU0
3
CU02
RE
S
3
0R
5U0
3
IU25
1
u
0
2U10
CU00
3
U24-4
47R
IU04
3u
6
5U00
GND-
S
IG
4
3
GND-
S
IG
S
I4952DY
7U02-2
5 6
IU0
8
IU24
IU06
33
0R
3
U0
8
+
3
V
3
-
S
TANDBY
1
%
2U01
100n
2U1
8
1n0
1
3
2
CU01
BC
8
47BW
7U00
RE
S
FU09
GND-
S
IG
GND-
S
IG
IU19
10
u
2U04
RE
S
10R
3
U20
47
u
2U12
GND-
S
IG
RE
S
1n0
2U0
3
IU20
3
U27
IU09
10R
7
8
4
1 2
3
S
I477
8
DY-GE
3
7U04
5 6
1
FU05
7U02-1
S
I4952DY
7
8
2
IU17
1 2
3
IU14
5 6 7
8
4
FU04
7U01
S
I477
8
DY-GE
3
2U19
10
u
1n0
2U09
22
u
GND-
S
IG
2
u
0
5U01
2U1
3
1n0
2U17
2U06
RE
S
1
u
0
2U05
GND-
S
IG
100n
IU1
8
GND-
S
IG
GND-
S
IG
1
%
33
0R
3
U17
GND-
S
IG
RE
S
2U07
100p
3
U09
1K0
1K0
1
%
1
%
3
U19
5K6
3
U1
8
47R
FU06
3
U24-2
3
U2
3
-2
47R
27
FU0
3
2U0
8
100p
IU10
RE
S
IU2
3
RE
S
2.0V
100
u
2U14
+12V
2U11
1n0
2U16
22
u
S
TP
S
2L
3
0A
6U00
FU02
2U2
3
10
u
GND-
S
IG
+1V1
CU05
IU0
3
220p
22K
2U22
3
U10
FU0
8
3
U11
3
R
3
5U02
100n
2U29
RE
S
3
U05
3
R
3
2U00
10
u
2U15
47
u
FU01
GND-
S
IG
IU16
2U20
1
u
0
2U24
10
u
IU01
RE
S
+1V1
10K
3
U01
8
20
4
9
19
IU07
24
1
3
7
17
21
16
1
8
2
11
5
1
12
2
3
14
3
10
6
22
15
+1V1
TP
S
5
3
126PW
7U0
3
3
U2
8
1K0
3
U22
10R
+1V
8
1
%
3
U0
3
+1V
8
+1V
8
12K
3
R
3
3
U14
IU1
3
3
U02
22K
IU11
FU00
220p
2U21
IU15
100R
3
U21
1
%
47R
3
U24-1
47R
3
U24-
3
100n
2U02
47R
3
U2
3
-1
1
8
IU21
47R
3
U2
3
-
3
3
6
ENABLE-1V
8
S
EN
S
E+1V1