Circuit Diagrams and PWB Layouts
10.
10-3-5
B05, Power
19420_50
8
_1
3
0
3
12.ep
s
1
3
0
3
12
Power
B05
B05
2012-12-17
2
17m
b
95
s
Power
CN2
1
2
3
4
5
6
7
8
9
10
11
12
1
3
14
15
16
17
1
8
19
20
24V_VCC_AU
DIMMING
BACKLIGHT_ON/OFF
5V_
S
TBY
3
V
3
_
S
TBY
5V_VCC
5V_VCC
TP
8
9
12V_
S
TBY
12V_
S
TBY
12V_
S
TBY
U9
TP
S
5452
8
5
6
7
8
4
3
2
1
EN
VFB
VREG5
V
SS
VIN
VB
S
T
SS
W
GND
3
V
3
_VCC
3
V
3
_VCC
3
V
3
_VCC
3
V
3
_VCC
12V_
S
TBY
12V_
S
TBY
S8
24V_VCC_AU
S
25
12V_
S
TBY
CN
3
1
2
3
4
5
6
7
8
9
10
11
12
1
3
14
15
16
17
1
8
19
20
S3
2
S
TBY_ON/OFF_NOT
S
TBY_ON/OFF
5V_VCC
5V_VCC
3
V
3
_
S
TBY
5V_
S
TBY
BACKLIGHT_ON/OFF
S33
DIMMING
24V_VCC_AU
7A/
3
2VDC
F
S
4
TP
33
TP
3
4
TP
3
5
2k2
R
3
5
TP
3
6
12V_
S
TBY
F
S
1
7A/
3
2VDC
22k
R
3
6
1k
R41
1
2
R44
10k
1
2
1k2
R
3
4
Q27
FDC642P
1
3
4
5
6
2
22k
R
3
7
TP
3
7
TP
38
12V_VCC
DIMMING
BACKLIGHT_ON/OFF
Q6
BC
8
4
8
B
JK2
5
4
3
2
1
Q19
BC
8
4
8
B
TP4
8
TP50
TP51
FDC642P
Q2
8
1
3
4
5
6
2
R96
120k
C24
22
u
6V
3
R167
5k6
4k7
R
33
5
1
2
R652
220R
R2
8
9
47k
6V
3
22
u
C25
R2
88
100R
10k
R45
1
2
U21
LM1117
1
2
3
4
VOUT
IN
OUT
ADJ
FDC642P
Q4
3
1
3
4
5
6
2
R290
22k
60R
F1
1
2
3
V
3
_VCC
R
8
21
1
8
k
TP105
TP106
6V
3
22
u
C1229
TP10
8
1V5_DDR0
VDDC
10k
R
88
4
1
2
6V
3
22
u
C122
8
Q46
BC
8
4
8
B
BC
8
4
8
B
Q47
R1
3
9
10k
12
3
V
3
_VCC
TP
S
_ENABLE
TP
S
_ENABLE
R164
10k
1
2
10k
R16
3
1
2
R77
2k2
5V_
S
TBY
R2
8
4
3
k9
12V_
S
TBY
10k
R176
1
2
S
TBY_ON/OFF
R2
8
2
10k
1
2
S
TBY_ON/OFF_NOT
Q44
FDC642P
1
3
4
5
6
2
10V
220n
C5
7A/
3
2VDC
F
S
2
S
10
S
15
R46
10k
1
2
12V_VCC
MO
S
FET_CONTROL
CN
8
6
5
4
3
2
1
L
3
10
u
12V_INV
12V_INV
1V2_VCC
C5V6
D20
16V
10
u
C11
8
7
C
3
0
4
u
7
10V
U19
TP
S
65251
1
2
3
4
5
6
7
8
9
10
11
12
1
3
14
15
16
17
1
8
19
20
3
0
29
2
8
27
26
25
24
2
3
22
21
40
3
9
38
3
7
3
6
3
5
3
4
33
3
2
3
1
GND_1
VIN_0
VIN_1
VIN_2
GND_2
LX
3
_0
LX
3
_1
VIN
3
B
S
T
3
EN
3
RLIM2
SS
2
COMP2
FB2
LOW_P
GND_0
PGOOD
V7V
V
3
V
AGND
EN2
B
S
T2
VIN2
LX2_1
LX2_0
LX1_1
LX1_0
VIN1
B
S
T
EN1
RLIM1
SS
1
CMP1
FB1
RO
S
C
S
YNC
FB
3
CMP
3
SS3
RLIM
3
120k
R644
C472
4n7
50V
R646
20k
50V
4n7
C47
3
FB
3
10
u
16V
C4
88
FB1
R647
20k
C475
50V
4n7
R
3
94
100k
4n7
C477
50V
60R
F5
3
1
2
12V_VCC
C205
47n
16V
16V 10
u
C11
8
9
4
u
7
L40
22
u
6V
3
C1210
S8
5
R
8
22
560R
R255
10k
C47
8
4n7
50V
FB1
C1212
22
u
6V
3
6V
3
22
u
C1211
47n
C206
16V
16V
10
u
C11
88
12V_VCC
1V5_VCC
S8
6
FB2
50V
4n7
C479
R651
7k5
R101
560R
R256
10k
FB2
R645
120k
4n7
50V
C4
8
0
C4
8
1
4n7
50V
R64
8
20k
R257
10k
FB
3
C4
83
4n7
50V
TP90
F5
8
60R
1
2
12V_VCC
16V
10
u
C1190
4
u
7
L
38
F59
60R
1
2
60R
F60
1
2
C1191
10
u
16V
16V
10
u
C46
3
12V_VCC
C207
16V
47n
R65
8
3
90k
S
216
PROTECT
FDC642P
Q29
1
3
4
5
6
2
R215
33
k
1
2
12V_
S
TBY
F6
3
60R
1
2
C151
10
u
10V
3
V
3
_VCC
5V_VCC
5V_VCC
S
6
1
2
U5
APL5910
1
2
3
4
5
6
7
8
GND
FB
VOUT
NC
VCNTL
VIN
EN
POK
10V
C152
100n
MO
S
FET_CONTROL
S
TBY_ON/OFF_NOT
S
TBY_ON/OFF
S
90
S
91
2V5_VCC
6V
3
22
u
C1
33
12V_
S
TBY
12V_VCC
10k
R4
8
1
2
VFB
10k
R49
1
2
16V
1
u
C12
8
50V
8
n2
C129
12V_VCC
22
u
C1
3
0
16V
C55
16V
100n
22
u
16V
C1
3
1
12V_
S
TBY
60R
F
3
1
2
60R
F4
1
2
100n
16V
C92
PROTECT
S8
1
60R
F7
1
2
F10
60R
1
2
C119
100n
10V
1
2
6V
3
22
u
C121
3
5V_
S
TBY
3
V
3
_
S
TBY
TP72
1
C1214
22
u
6V
3
F14
60R
1
2
BC
8
4
8
B
Q21
47R
R17
3
1
2
C1
3
4
25V
220n
2
1
33
k
R216
1
2
FDC642P
Q
3
2
1
3
4
5
6
2
C1
3
7
6V
3
220
u
TP52
MO
S
FET_CONTROL
R47
10k
1
2
5V_VCC
1k
R42
5V_
S
TBY
BC
8
4
8
B
Q22
R174
47R
1
2
25V
C1
3
5
220n
2
1
R217
33
k
1
2
5V_VCC
5V_
S
TBY
22k
R
38
4k7
R15
50V
22p
C1
3
9
VFB
C1
3
2
22
u
6V
3
R197
10k
1
2
3
V
3
_
S
TBY
S
TBY_ON/OFF
S
TBY_ON/OFF_NOT
Q11
BC
8
4
8
B
F62
60R
1
2
10
u
L
3
9
R19
8
10k
1
2
S
5
16V
10
u
C460
C461
10
u
16V
6V
3
22
u
C1209
C1206
50V
4n7
4n7
50V
C1207
C120
8
50V
4n7
power_pin
3
power_pin
3
power_pin1
power_pin1
power c
ab
le
BTB
nc
ADAPTER
S
OCKET
12V_
S
TBY
INVERTER
S
OCKET
!
!
W_ADAPTER
3
0049469 1.1
3
k
3
V
3
_
S
TBY
LDO2
LDO1
2V5_VCC
DC/DC4
DC/DC2
DC/DC
3
!
VIN2
VOUT2
VIN
3
VOUT
3
VOUT1
VIN1
DC/DC1
R2
12V_VCC
4A
S
W1
NC
S
W2
0R
3
0069495 AP2111 ???
TP
S
5452
8
R1
5V_VCC