10.
Circuit Diagrams and PWB Layouts
10.5 313912365441 SSB
10-5-1
B01A, DC-DC
19510_500_1
3
0411.ep
s
1
3
0411
DC-DC
B01A
B01A
201
3
-01-11
1
3
1
3
9 12
3
6544
PCB
S
B
SS
B
MT5
3
96 R2 LATAM 2K1
3
FB
SS
EN
BOOT
VIA
VIN
S
W
COMP
GND
GND_H
S
S
W
BOOT
EN
VIN
GND
GND H
S
VCC
FB
FB
SS
EN
BOOT
VIA
VIN
S
W
COMP
GND
GND_H
S
FB
SS
EN
BOOT
VIA
VIN
S
W
COMP
GND
GND_H
S
VIA
VIA
VIA
VIA
COM
OUT
IN
12V/5V CONVER
S
ION
*
0R
ROUND 4.02mm
S
CREW HOLE
No
S
LOT
S
CREW HOLE 4.02X5.0
3
V
3
/1V2 CONVER
S
ION
*
12V/1V5 CONVER
S
ION
*
Ye
s
0R
No
Ye
s
*
12V/
3
V
3
CONVER
S
ION
Non TM100 P
a
nel
TM100 P
a
nel
12V/1V1 CONVER
S
ION
3
127
0R
21
33
F11
3
I155
3
104
100K
10
u
2192
F1
3
1
+V
S
ND
SS
4_GND
S
EN
S
E_1V5_DDR
10R
3
11
8
RE
S
1R0
3
109
5
4
9
8
3
10
11
2
RT7297AHZ
S
P
Φ
S
TEP DOWN
1
6
7
SS
4_GND
7116
RE
S
2115
22
u
22
u
2126
RE
S
2165
10n
5
6
8
9
2
3
7
1
7110-1
RT
8
2
88
AZ
S
P
4
RE
S
21
88
100n
F1
33
22
u
2105
1
%
F127
3
111
15K
1R0
3
115
2
3
4
5
6
7
8
9
15
16
1
10
11
12
1
3
14
1M
88
S
MAW200-H14
S
F
2166
100n
2112
10
u
16V
F114
SS
2_GND
2157
10n
100n
2122
21
8
2
22
u
SS
2_GND
33
K
3
1
3
0
REF EMC HOLE
1X01
10
u
2191
21
83
22
u
I1
38
100n
RE
S
2172
2175
SS
1_GND
470p
SS
2_GND
RE
S
2119
470p
22
u
2114
SS3
_GND
10
u
REF EMC HOLE
1X05
212
3
2
u
0
5107
I1
3
4
3
119
10K
RE
S
2116
22
u
1
%
SS3
_GND
10K
3
112
RE
S
2121
10n
RE
S
210
8
10n
100p
2127
RE
S
RE
S
11
2
22
u
214
8
S
TEP DOWN
1
6
7
5
4
9
8
3
10
RT7297AHZ
S
P
711
8
Φ
2111
10
u
RE
S
F106
100n
214
3
8
9
19
20
I152
16
17
1
8
2
3
4
5
6
7
1M
8
9
1
10
11
12
1
3
14
15
10
u
S
MAW200-H1
8S
2
21
3
1
F1
3
2
I149
10
u
2110
F102
33
0K
3
121
1n0
21
3
7
RE
S
+1V1_
S
W
I106
I150
+
3
V
3S
TBY
+12V
S
+
3
V
3
_
S
W
I157
SS
2_GND
SS
1_GND
I1
3
5
RE
S
2124
10
u
12K
3
107
F115
RE
S
I154
22
u
2147
33
R
5106
SS
1_GND
10
u
5100
1X04
REF EMC HOLE
I144
F121
I15
8
100n
GND_AMBI
2100
5105
33
R
1
%
4K7
3
105
5104
3u
6
+5V_
S
W
3
n
3
2120
2179
100n
2101
10
u
211
8
22
u
RE
S
3
116
100K
I1
3
2
5102
10
u
GND
SS
2_GND
SS
1_GND
RE
S
1M0
3
169
2174
100n
RE
S
2167
220n
2
2104
22
u
6
7
5
4
9
8
3
10
11
RT7297AHZ
S
P
7117
Φ
S
TEP DOWN
1
100n
I14
3
211
3
I159
RE
S
10
u
2196
RE
S
2146
10n
510
3
33
R
2155
22
u
RE
S
3
12
3
SS
2_GND
10
u
2177
6
8
R
3
129
2145
10R
3
110
RE
S
1n0
I1
3
9
I140
I127
SS
2_GND
100p
21
3
4
SS3
_GND
16V
10
u
2102
3
122
1
8
K
1
%
SS
1_GND
F10
3
F126
I15
3
1
%
1K5
3
106
RE
S
100n
21
8
7
1
%
3
114
2K2
F107
6
8
R
F120
3
126
100n
2154
+1V2_
S
W
2107
3
n
3
F12
8
I145
100n
2109
F12
3
RE
S
2170
22
u
RE
S
21
33
100p
21
8
4
1n0
SS3
_GND
22
u
2171
RE
S
470p
RE
S
2106
21
8
9
100
u
16V
100K
3
10
8
RE
S
RE
S
15K
3
120
10R
3
1
3
7
REF EMC HOLE
1X02
SS3
_GND
GND_AMBI
3
9K
3
16
8
33
R
5101
+12V_AMBI
F10
8
I151
2156
2176
10
u
6.
3
V
22
u
RE
S
RE
S
3
167
22R
I156
22
u
216
8
100p
21
3
2
I11
8
I119
2117
100K
3
100
+1V5_
S
W
22
u
F1
3
4
220n
2194
RE
S
1
3
2
3
117
LD1117DT12
711
3
8
K2
F119
3
11
3
12K
100K
3
170
6
8
R
3
127
3
16
3
F1
3
0
1
8
219
3
220n
2
3
24
25
26
11
12
1
3
14
15
16
17
7110-2
RT
8
2
88
AZ
S
P
10
19
20
21
22
SS
1_GND
6
8
R
3
12
8
RE
S
RE
S
22R
3
1
33
3
10
3
3
146
RE
S
10R
2197
220
u
6.
3
V
RE
S
I147
3
n
3
2164
S
EN
S
E_1V1_MT5
3
96
I146
100p
F122
RE
S
212
8
SS3
_GND
2K2
3
1
3
1
1
%
SS3
_GND
F101
100n
210
3
I122
1K0
3
162
+
3
V
3
_
S
W
1
%
F129
I120
217
8
10
u
2169
22
u
1R0
3
102
21
8
0
1n0
RE
S
100n
219
8
RE
S
2125
10
u
16V
1n0
21
3
6
F11
8
10n
21
8
5
SS
1_GND
+12V
S
I1
3
6
POWER_OK
PWM-DIMMING
BL_ON_OFF
BACKLIGHT-BOO
S
T-A
S
TANDBY