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Circuit Diagrams and PWB Layouts
EN 87Q549.2E LA 10.
2009-May-08
SSB: DC/DC
C
VBST2
VIN
PGND
TEST
VREG5
VFB2
VO2
VFB1
VO1
LL2
LL1
DRVL2
DRVH2
DRVL1
DRVH1
GND
2
1
V5FILT
TRIP2
EN2
NC
TRIP1
EN1
VBST1
M
IU29 B6
IU2C E5
IU2D D5
IU2T G7
IU2V C9
IU2Y F9
IU2Z E9
IU32 D6
18
IU33 F8
IU82 C9
IU09 E8
IU85 E9
IU13 D3
IU14 B6
IU15 E6
IU16 C7
IU25 D6
IU28 C7
B
N
A
16
8
F
19
K
FU80 B14
H
FU87 D8
15
FU8C B8
IU2A B6FU90 E5
IU00 C4
IU01 C3
IU02 C5
IU03 C3
IU04 D5
7 20
1716
2 2101
J
E
L
IU05 D3
IU10 D35U19 C11
5U30 A11
C C
17
L
M
20
9
5U31 A11
6U00 C5
6U01 D2
6U09 B11
7U01 C3
7U0D-1 B7
7U0D-2 C7
7U0H-1 A6
7U0H-2 B6
CU25 G2
FU00 E2
FU0D F13
FU85 D14
12V/5V CONVERSION
FU8B A14
B
FU8D B14
6
3U11 E7
3U12 E8
3U14 B6
3U26 G9
3U27 G10
3U28 C6
3U2C H6
3U2D H6
3U2F F10
3U2G B8
3U2H D9
3U32 E6
3U33 F8
3U3A B12
3U3F E11
3U3G F11
3U3J B9
3U3N D9
5U04 D9
5U05 B9
5U09 A11
5U18 B11
F
is prohibited without the written consent of the copyright
13
A
3 15
2U8M D10
2U8Q E9
2U8R E9
2U8T H6
2U8U C8
2U8V C8
2U8Y F9
2U90 A12
3U00 C5
3U01 C5
3U02 C6
3U03 C5
3U04 C3
3U05 C5
3U07 D2
3U08 D3
3U10 E2
13
D
H
3
7
12V/1V2 CONVERSION
I
118
P
95
O
2U20 F8
2U38 F8
2U66 B6
2U67 C7
2U80 C4
2U81 C2
2U83 G7
2U8A A5
2U8C B10
2U8D B10
2U8E A10
2U8F B12
2U8G D10
2U8H D10
2U8K D10
19
1
2
O
P
E
D
K
6
4
owner.
G
9 101112131415
A
All rights reserved. Reproduction in whole or in parts
5
J
123456789101112131415
12345678
18
G
I
B
12
C
1
D
E
F
G
H
A
B
C
D
E
F
G
H
2U00 A12
2U01 A4
2U02 C4
2U03 D2
2U04 D3
2U05 D2
2U08 E6
2U09 E4
2U13 E3
2U18 E6
14
11
N
3U2D
100K
4 10 14
DC / DC
SS36
6U09
GND-SIG1
FU00
IU2Z
4K7
3U32
4K7
3U33
2U38
1n0
10K
3U12
22R
3U2G
3U03
10R
GND-SIG1
IU04
GND-SIG1
GND-SIG1
GND-SIG1
+5V5-TUN
GND-SIG1
GND-SIG1
3U08
18K
IU2Y
IU02
GND-SIG1
20K
3U07
2U8D
22u
+12VF2
IU28
2U13
1u0
IU32
IU33
2U8Y
1u0
2U8E
22u
BAT54 COL
6U00
RES
RES
130
GND-SIG1
25V220u
2U8F
2008-11-21
ROYAL PHILIPS ELECTRONICS N.V. 2008
2007-11-20
33
SETNAMECHN
CLASS_NO
SUPERS.
2
NAME
DATECHECK
8204 000 8932
TV543 R2 LDIPNX
DC/DC
A2
FU90
32008-10-10
Maelegheer Ingrid
+1V2-PNX5100
IU2T
10R
3U00
10R
3U3F
2U8G
RES
22u
IU85
IU2A
2U8C
22u
22u
2U8K
IU03
RES
IU00
1%
3U27
1K0
2U8A
22u
GND-SIG1
8
2
1
3U3N
22R
SI4936BDY
7U0D-1
7
1n0
2U8R
RES
+5V
GND-SIG1
2U05
1n0
470R
3U2F
1%
FU8C
GND-SIG1
100p
2U83
RES
3U2C
470R
FU80
1%
RES
+5V5-TUN
2U01
220u 25V
10R
3U10RES
IU13
IU15
RES
FU85
+5V5-TUN
100n
2U80
FU8D
1n0
2U08
10u
5U05
5U04
FU8B
10u
IU05
IU10
2U90
1u0
100n
2U04
10R
3U02
56
4
3
SI4936BDY
7U0D-2
RES
2u2
2U81
10u
5U09
3U01
10R
3U3J
22R
5U19
RES
30R
6K8
3U26
5U31
30R
5U30
30R
RES
IU16
2U67
1n0
IU14
3R3
3U28
1n0
2U66
5
10
23
4
11
22
3U14
3R3
13
25
18
8
20
24
19
21
1
14
15
26
173
12
7
27
16
2
6
9
7U01
TPS53124PW
Φ
28
SI4936BDY
7U0H-2
5
6
4
3
1%
3U3A
2K7
2U8U
1n0
2U8Q
1n0
2U03
100n
RES
22u
2U8H
IU01
RES
100p
2U8T
RES
30R
2U20
3n3
5U18
IU2D
RES
2U8M
22u
IU29
CU25
3U2H
22R
IU25
2U09
4u7
IU2C
GND-SIG1
3R3
3U05
2U02
100n
1n0
2U8V
IU82
IU09
6U01
RES
GND-SIG1
BAT54 COL
7U0H-1
SI4936BDY
78
2
1
RES
25V220u
2U00
3U04
3R3
22K
3U11
FU0D
2U18
3n3
FU87
GND-SIG1
+1V2-PNX5100
+12V
1%120R
3U3G
IU2V
ENABLE-3V3-5V
SENSE+1V2-PNX5100
18310_502_090302.eps
090302