Hudson Power Decoupling - Clevo W241BU Service Manual

HUDSON POWER DECOUPLING

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1 3 1 mA
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HUDSON POWER DECOUPLING
U 19 C
H UD SON -1
PAR T 3 O F 5
P O WER
A H 1 N 1 3
51 0 m A
V D D I O _33_PC I G P VD D C R _11
V 6 R 1 5
Y 1 9 V D D I O _33_PC I G P VD D C R _11 N 1 7
C 4 9 9 C 5 0 0
V D D I O _33_PC I G P VD D C R _11
A E 5 U 1 3
A C 2 1 V D D I O _33_PC I G P VD D C R _11 U 1 7
1u _ 6 . 3 V _X 5 R _ 0 4
V D D I O _33_PC I G P VD D C R _11
A A 2 V 12 1 u _ 6. 3 V _ X 5 R _ 0 4
V D D I O _33_PC I G P VD D C R _11
A B 4 V 18
V D D I O _33_PC I G P VD D C R _11
A C 8 W 12
A A 7 V D D I O _33_PC I G P C O R E S0 VD D C R _11 W 18
V D D I O _33_PC I G P VD D C R _11
A A 9 +1 . 1 V _ C K V D D
A F 7 V D D I O _33_PC I G P
V D D I O _33_PC I G P C LK G EN I / O
A A 1 9 K 28 T B D m A
V D D I O _33_PC I G P VD D A N _11_C LK K 29
VD D A N _11_C LK J 2 8
PC I / G PI O I / O C 5 0 5 C 5 0 7
VD D A N _11_C LK K 26
VD D A N _11_C LK J 2 1
FLA SH I / O
0 . 1 u _1 0 V _ X 5R _ 04
VD D A N _11_C LK
A F 2 2 J 2 0
0. 1 u _ 10 V _ X 5 R _ 0 4
A E 2 5 V D D I O _18_FC VD D A N _11_C LK K 21
V D D I O _18_FC VD D A N _11_C LK
A F 2 4 J 2 2
A C 2 2 V D D I O _18_FC VD D A N _11_C LK
V D D I O _18_FC
V 1
R 3 5 6 0_ 0 4
VD D R F_G BE _S
M 1 0
R 7 7 1 * 10 m i l _ s h ort
PC I EX PR E SS V D D I O _33_G BE _S
A E 2 8
V D D P L_33_PC I E
G BE L AN
U 2 6 L 7 R 77 2 * 10 m i l _ s h ort
V 2 2 V D D A N _11_P C I E VD D C R _11_G BE _S L 9
V D D A N _11_P C I E VD D C R _11_G BE _S
V 2 6
V D D A N _11_P C I E
V 2 7
V 2 8 V D D A N _11_P C I E M 6
R 77 3 * 10 m i l _ s h ort
V 2 9 V D D A N _11_P C I E V D D I O _G BE _S P 8
W 2 2 V D D A N _11_P C I E V D D I O _G BE _S
W 2 6 V D D A N _11_P C I E
V D D A N _11_P C I E
SE R I AL AT A
A D 1 4
3. 3V_S5 I / O
V D D P L_33_SA TA A 21
3 2 m A
VD D I O _33_S
A J2 0 D 2 1
A F 1 8 V D D A N _11_S AT A VD D I O _33_S B 21
V D D A N _11_S AT A VD D I O _33_S
A H 2 0 K 10
C 5 2 9 C 5 30
A G1 9 V D D A N _11_S AT A VD D I O _33_S L 1 0
V D D A N _11_S AT A VD D I O _33_S
A E 1 8 J 9
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V D D A N _11_S AT A VD D I O _33_S
A D 1 8 T 6
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V D D A N _11_S AT A VD D I O _33_S
A E 1 6 T 8
V D D A N _11_S AT A VD D I O _33_S
C O R E S 5
F 26 1 1 3m A V D D C R _ 1. 1 V
U S B I / O
A 1 8 VD D C R _11_S G 2 6
A 1 9 V D D A N _33_U SB _S VD D C R _11_S
V D D I O_ A Z
A 2 0 V D D A N _33_U SB _S M 8
T B D m A
V D D A N _33_U SB _S V D D I O _AZ _S
B 1 8
V D D A N _33_U SB _S
B 1 9 A 11 1 9 7m A V D D C R _ 1. 1 _ U S B
B 2 0 V D D A N _33_U SB _S V D D C R _11_ U SB _S B 11
V D D A N _33_U SB _S V D D C R _11_ U SB _S
C 1 8
C 2 0 V D D A N _33_U SB _S
V D D P L _ 3 . 3V
V D D A N _33_U SB _S
D 1 8 M 2 1 4 7m A
V D D A N _33_U SB _S VD D P L_33_SY S
D 1 9
V D D P L _1 . 1 V
V D D A N _33_U SB _S P LL
D 2 0 L 2 2 62 m A
E 1 9 V D D A N _33_U SB _S VD D PL_11_ SYS _S
A V D D _ U S B
V D D A N _33_U SB _S
F 19
17 m A
VD D PL_33_ U SB _S
C 1 1 D 6
5 m A V D D A N _ 3. 3 V _ H W M
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V D D A N _11_U SB _S L 2 0 V D D X L_ 3 . 3 V
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1 . 1 V S
U 19 D
HU DSON-1
PAR T 5 O F 5
C 50 1
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Y 16 V SSI O _SA TA
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V SSI O _SA TA
0 . 1 u_ 1 0 V _ X5 R _0 4 A B 16
V SSI O _SA TA
A C 14
V SSI O _SA TA
A E 12
A E 14 V SSI O _SA TA
V SSI O _SA TA
1. 1 V S A F 9
A F 11 V SSI O _SA TA
V SSI O _SA TA
.
A F 13
L 8 5
A F 16 V SSI O _SA TA
H C B 1 0 0 5K F -12 1 T 2 0
A G8 V SSI O _SA TA
C 50 8 C 5 1 0 C 49 8
A H 7 V SSI O _SA TA
A H 11 V SSI O _SA TA
1 u_ 6 . 3 V _ X5 R _0 4 2 2u _ 6 . 3V _ X 5 R _ 0 8
V SSI O _SA TA
A H 13
1 u _6 . 3 V _ X 5R _ 04
A H 16 V SSI O _SA TA
V SSI O _SA TA
A J7
A J 11 V SSI O _SA TA
V SSI O _SA TA
A J 13
V SSI O _SA TA
A J 16
V SSI O _SA TA
A 9
V SSI O _U S B
B 10
V SSI O _U S B
K 11
V SSI O _U S B
B 9
D 10 V SSI O _U S B
V SSI O _U S B
D 12
D 14 V SSI O _U S B
V SSI O _U S B
D 17
V SSI O _U S B
E 9
F 9 V SSI O _U S B
F 12 V SSI O _U S B
F 14 V SSI O _U S B
F 16 V SSI O _U S B
V SSI O _U S B
C 9
V SSI O _U S B
G 11
F 18 V SSI O _U S B G R O U N D
V SSI O _U S B
3 . 3V D 9
H 12 V SSI O _U S B
V SSI O _U S B
H 14
H 16 V SSI O _U S B
V SSI O _U S B
H 18
C 5 3 1
J 11 V SSI O _U S B
V SSI O _U S B
1u _ 1 0V _ Y 5V _0 6 J 19
V SSI O _U S B
K 12
V SSI O _U S B
K 14
K 16 V SSI O _U S B
K 18 V SSI O _U S B
1 . 1V
V SSI O _U S B
H 19
V SSI O _U S B
R 3 6 1 0 _0 4
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E FU S E
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V SSA N _H WM
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M 19
1 . 1 V
V SSX L
.
L 9 0
H C B 1 0 0 5K F -12 1 T 20 P 21
V SSI O _PC I EC LK
P 20
C 53 9
C 5 4 0 C 5 41
V SSI O _PC I EC LK
M 22
M 24 V SSI O _PC I EC LK
10 u _ 6. 3 V _ X 5 R _ 0 8 0 . 1u _ 1 0V _ X 5 R _ 0 4
V SSI O _PC I EC LK
0 . 1 u_ 1 0 V _ X5 R _0 4 M 26
V SSI O _PC I EC LK
P 22
V SSI O _PC I EC LK
P 24
3 . 3 V
P 26 V SSI O _PC I EC LK
. T 20 V SSI O _PC I EC LK
L 9 2
T 22 V SSI O _PC I EC LK
H C B 1 0 0 5K F -12 1 T 20
V SSI O _PC I EC LK
T 24
C 5 4 7 C 54 8
V SSI O _PC I EC LK
V 20
J 23 V SSI O _PC I EC LK
0. 1 u _ 10 V _ X 5 R _ 0 4
V SSI O _PC I EC LK
1 u_ 1 0 V _ Y 5 V _ 06
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3. 3 V V D D A N _ 3 . 3V _H W M
.
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C 5 51 C 55 2
1 u _ 10 V _ Y 5V _ 0 6
0. 1 u _ 1 0V _ X 5 R _ 0 4
HUDSON POWER DECOUPLING B - 19
Schematic Diagrams
A J2
VS S A 28
VS S
A 2
VS S
E 5
VS S
D 2 3
VS S E 25
VS S
E 6
VS S F 24
VS S
N 1 5
VS S R 1 3
VS S R 1 7
VS S T 1 0
VS S P 10
VS S
V 11
VS S U 1 5
VS S
M 1 8
VS S V 19
VS S
M 1 1
VS S
L 1 2
VS S
L 1 8
VS S J 7
VS S
P 3
VS S
V 4
VS S
A D 6
VS S A D 4
VS S
A B 7
Sheet 18 of 41
VS S A C 9
VS S
V 8
VS S
W 9
VS S W 10
HUDSON POWER
VS S A J2 8
VS S B 29
VS S U 4
VS S
Y 1 8
DECOUPLING
VS S
Y 1 0
VS S Y 1 2
VS S
Y 1 1
VS S A A 11
VS S
A A 12
VS S G 4
VS S
J 4
VS S G 8
VS S
G 9
VS S
M 1 2
VS S
A F 25
VS S H 7
VS S A H 2 9
VS S
V 10
VS S
P 6
VS S N 4
VS S L 4
VS S L 8
VS S
M 2 0
V SS PL_SY S
H 2 3
VS SI O _P C I EC LK
H 2 6
VS SI O _P C I EC LK
A A 21
VS SI O _P C I EC LK A A 23
VS SI O _P C I EC LK
A B 23
VS SI O _P C I EC LK
A D 2 3
VS SI O _P C I EC LK
A A 26
VS SI O _P C I EC LK A C 2 6
VS SI O _P C I EC LK Y 2 0
VS SI O _P C I EC LK W 21
VS SI O _P C I EC LK
W 20
VS SI O _P C I EC LK
A E 26
VS SI O _P C I EC LK L 2 1
VS SI O _P C I EC LK
K 20
VS SI O _P C I EC LK