10.
Circuit Diagrams and PWB Layouts
SSB: DC/DC
VB
S
T2
VIN
PGND
TE
S
T
VREG5
VFB2
VO2
VFB1
VO1
LL2
LL1
DRVL2
DRVH2
DRVL1
DRVH1
GND
2
1
V5FILT
TRIP2
EN2
NC
TRIP1
EN1
VB
S
T1
C
2U09 E4
2U1
3
E
3
2U1
8
E6
14
11
N
4
10
14
DC / DC
14
15
1
2
3
4
5
B
12
C
1
D
E
F
G
H
A
B
C
D
E
F
G
H
G
9
10
11
12
1
3
2U00 A12
2U01 A4
2U02 C4
2U0
3
D2
2U04 D
3
2U05 D2
2U0
8
E6
J
1
2
3
4
5
6
7
8
9
10
11
12
1
3
2U
8
1 C2
2U
83
G7
2U
8
A A5
2U
8
C B10
2U
8
D B10
2U
8
E A10
2U
8
F B12
6
7
8
1
8
G
I
19
1
2
O
P
E
D
K
6
4
owner.
2U90 A12
3
U00 C5
3
U01 C5
3
U02 C6
3
U0
3
C5
3
U04 C
3
3
U05 C5
14
15
A
All right
s
re
s
erved. Reprod
u
ction in whole or in p
a
rt
s
5
H
3
7
12V/1V2 CONVER
S
ION
I
1
1
8
P
9
5
O
2U20 F
8
2U
38
F
8
2U66 B6
2U67 C7
2U
8
0 C4
3
U
33
F
8
3
U
3
A B12
3
U
3
F E11
3
U
3
G F11
3
U
3
J B9
3
U
3
N D9
5U04 D9
2U
8
G D10
2U
8
H D10
2U
8
K D10
1
3
A
3
15
2U
8
M D10
2U
8
Q E9
2U
8
R E9
2U
8
T H6
2U
8
U C
8
2U
8
V C
8
2U
8
Y F9
9
5U
3
1 A11
6U00 C5
6U01 D2
6U09 B11
7U01 C
3
7U0D-1 B7
3
U07 D2
3
U0
8
D
3
3
U10 E2
1
3
D
FU
8
5 D14
12V/5V CONVER
S
ION
FU
8
B A14
B
FU
8
D B14
6
3
U11 E7
3
U12 E
8
3
U14 B6
3
U26 G9
3
U27 G10
3
U2
8
C6
3
U2C H6
3
U2D H6
3
U2F F10
3
U2G B
8
3
U2H D9
3
U
3
2 E6
2
1
0
1
J
5U05 B9
5U09 A11
5U1
8
B11
F
i
s
prohi
b
ited witho
u
t the written con
s
ent of the copyright
L
IU05 D
3
IU10 D
3
5U19 C11
5U
3
0 A11
C
C
17
L
M
20
8
F
7U0D-2 C7
7U0H-1 A6
7U0H-2 B6
CU25 G2
FU00 E2
FU0D F1
3
H
FU
8
7 D
8
15
FU
8
C B
8
IU2A B6
FU90 E5
IU00 C4
IU01 C
3
IU02 C5
IU0
3
C
3
IU04 D5
7
20
17
16
2
M
IU29 B6
IU2C E5
IU2D D5
IU2T G7
IU2V C9
E
IU2Y F9
IU2Z E9
IU
3
2 D6
1
8
IU
33
F
8
IU
8
2 C9
IU09 E
8
IU
8
5 E9
IU1
3
D
3
IU14 B6
IU15 E6
IU16 C7
IU25 D6
IU2
8
C7
B
N
A
9
1
6
1
K
FU
8
0 B14
3
R
3
3
U04
3
U11
22K
FU0D
3
n
3
2U1
8
GND-
S
IG1
+1V2-PNX5100
+12V
FU
8
7
3
U
3
G
120R 1
%
IU2V
10R
3
U01
22R
3
U
3
J
3
0R RE
S
5U19
6K
8
3
U26
3
0R
5U
3
1
RE
S
3
0R
5U
3
0
IU16
CU25
1n0
2U67
4
u
7
2U09
22R
3
U2H
IU25
GND-
S
IG1
IU2C
2U02
3
U05
3
R
3
100n
2U
8
V
1n0
100n
2U0
3
2U
8
H
22
u
RE
S
IU01
100p
3
n
3
2U20
RE
S
2U
8
T
3
0R
RE
S
5U1
8
22
u
2U
8
M
RE
S
IU2D
3
U2F
470R
IU29
GND-
S
IG1
1
%
2U
83
100p
FU
8
C
1
%
RE
S
470R
3
U2C
FU
8
0
25V
220
u
2U01
+5V5-TUN
IU09
RE
S
IU
8
2
GND-
S
IG1
RE
S
6U01
BAT54 COL
8
2
1
S
I49
3
6BDY
7U0H-1
7
2U00
220
u
25V
10
u
RE
S
5U04
IU10
FU
8
B
IU05
1
u
0
2U90
2U04
100n
3
U02
10R
7U0D-2
S
I49
3
6BDY
5 6
4
3
2U
8
1
2
u
2
RE
S
5U09
10
u
1
u
0
2U
8
Y
22
u
2U
8
E
RE
S
6U00
BAT54 COL
2U
8
F
220
u
25V
3
3
2007-11-20
ROYAL PHILIP
S
ELECTRONIC
S
N.V. 200
8
200
8
-11-21
M
a
elegheer Ingrid
200
8
-10-10
3
GND-
S
IG1
RE
S
1
3
0
A2
DC/DC
TV54
3
R2 LDIPNX
8
204 000
8
9
3
2
CHECK
DATE
NAME
2
S
UPER
S
.
CLA
SS
_NO
E
M
A
N
T
E
S
N
H
C
IU2T
FU90
+1V2-PNX5100
3
U2
8
3
R
3
IU14
3
U14
2U66
1n0
10
2
3
4
11
22
3
R
3
25
1
8
8
20
24
19
21
1
14
5
26
17
3
12
7
27
16
2
6
9
1
3
Φ
TP
S
5
3
124PW
7U01
2
8
15
7U0H-2
S
I49
3
6BDY
5 6
4
3
1
%
2K7
3
U
3
A
1n0
2U
8
U
1n0
2U
8
Q
1K0
3
U27
1
%
GND-
S
IG1
22
u
2U
8
A
22R
3
U
3
N
7U0D-1
S
I49
3
6BDY
7
8
2
1
2U
8
R
1n0
+5V
RE
S
1n0
2U05
GND-
S
IG1
1n0
2U
38
3
U12
10K
3
U2G
22R
3
U0
3
GND-
S
IG1
10R
10R
RE
S3
U10
IU15
IU1
3
FU
8
5
2U
8
0
100n
1n0
+5V5-TUN
RE
S
2U0
8
10
u
FU
8
D
IU02
5U05
IU2Y
3
U07
20K
22
u
2U
8
D
GND-
S
IG1
IU2
8
+12VF2
IU
33
1
u
0
2U1
3
IU
3
2
100K
3
U2D
FU00
6U09
SS3
6
GND-
S
IG1
IU2Z
3
U
3
2
4K7
3
U
33
4K7
3
U00
10R
3
U
3
F
10R
RE
S
2U
8
G
22
u
IU2A
IU
8
5
22
u
2U
8
C
2U
8
K
22
u
RE
S
IU0
3
IU00
IU04
GND-
S
IG1
GND-
S
IG1
GND-
S
IG1
GND-
S
IG1
3
U0
8
+5V5-TUN
GND-
S
IG1
1
8
K
ENABLE-
3
V
3
-5V
S
EN
S
E+1V2-PNX5100
1
83
20_502_09072
8
.ep
s
09072
8