Clevo D900F manual B.Schematic Diagrams, B - 14 X58 PWR, Sheet 13 of X58 PWR

Schematic Diagrams

X58 PWR

B.Schematic Diagrams

Sheet 13 of 47

X58 PWR

1. 1VS

1. 1VS

3VS

U1 8-9

11/ 7

U 18-8

TY LER SBURG

L10

3VS

AB2

4

RE V= 1. 6

N4

*HC B1005KF-12 1T20

L 8

TYLERSBU RG

VCC MI SC3 3

VC CQPI0VRMR XOP0_1

V_1P1_CSI VRMBY P_R X

48 0m A

AA16

R EV =1 .6

AA12

3V

AB2

5

M6

H CB1 00 5KF-121 T20_04

VC C

VCC AQPI 0

*HC B16 08KF-12 1T25_06

0

VCC MI SC3 3

VC CQPI0VRMR XOP1_1

AD6

1. 8VS

V_1P8_CSI VRM_RX

AA18

AA13

L14

K2

VCC MI SC3 3_CL

VC CQPI0VRMR XOP2_1

V3

AA24

VC C

VCC AQPI 0

AA14

K2

1

VC CQPI0VRMR XOP3_1

AC1 0

V_ 1P1_CSI VRMBYP_TX

AB15

VC C

VCC AQPI 0

AA15

L15

M2

1

VCC MI SC3 3_CL

VC CQPI0 VRMTXOP0_1

D21

C97

C82

C 83

AB17

VC C

VCC AQPI 0

N1 2

HC B1608KF-121T25_ 06

VCC MI SC3 3_CL

VC CQPI0VRMR XOP0_2

F22

VC C

VCC AQPI 0

VC CQPI0VRMR XOP1_2

1U _6.3V_X5R_ 04

1U _6. 3V_X5R_04

AB19

P12

V_1P8_ CL

L2

5

VCC DD R_CL_18

F10

VC C

VCC AQPI 0

VC CQPI0VRMR XOP2_2

P15

P13

M2

3

C16

10U _6.3V_X5R_ 08

VC C

VCC AQPI 0

VCC DD R_CL_18

VC CQPI0VRMR XOP3_2

P17

R1 2

M2

4

K10

L 7

VC C

VCC AQPI 0

VCC DD R_CL_18

VC CQPI0 VRMTXOP0_2

60 mA

P19

R1 3

M2

6

H CB1 00 5KF-121 T20_04

VC C

VCC AQPI 0

VCC DD R_CL_18

D2

R 16

VC C

VCC AQPI 0

R1 4

N2

4

VCC DD R_CL_18

VCC QPI 0VRMRX0_ 1

V_ 1P8_CSI VRM_R X

V_ 1P8_C SIVRM_TX

R 18

T14

N2

5

E3

R 20

VC C

VCC AQPI 0

T15

P2

3

VCC DD R_CL_18

VCC QPI 0VRMRX1_ 1

F3

C93

C70

T17

VC C

VCC AQPI 0

U1 1

P2

5

VCC DD R_CL_18

VCC QPI 0VRMRX2_ 1

E2

1U _6 .3V_X5R_04

10 U_6. 3V_X5R_08

T19

VC C

VCC AQPI 0

U1 2

P2

6

VCC DD R_CL_18

VCC QPI 0VRMRX3_ 1

AE5

V_ 1P8_CSI VRM_TX

U 16

VC C

VCC AQPI 0

U1 3

V_0P9_CL

R2

4

VCC DD R_CL_18

VC CQPI0VR MTX_1

B30

U 18

VC C

VCC AQPI 0

U1 4

VTTDD R

VCC QPI 0VRMRX0_ 2

C29

VC C

VCC AQPI 0

VCC QPI 0VRMRX1_ 2

U 20

U1 5

V_1P8_PLL

T2

5

VCC XD P18

C28

VC C

VCC AQPI 0

VCC QPI 0VRMRX2_ 2

L 61

U 22

VC C

VCC AQPI 0

V14

U2

6

VCC XD P18

VCC QPI 0VRMRX3_ 2

B29

2 00m A

V17

V15

V_0P9_CL

U2

5

E9

V_ 1P8_PLL

HCB100 5KF-121T2 0_04

VC C

VCC AQPI 0

VTTXD P

VC CQPI0VR MTX_2

1. 5VS

V_ 1P5_PEVRM

V19

VC C

VCC AQPI 0

W11

K2

2

AR3 4

V21

VC C

VCC AQPI 0

W12

V_1P1_CL

VCC _C L

VCC PE1VR M

V_ 1P5_PEVRM

V23

VC C

VCC AQPI 0

W13

K2

3

VCC _C L

VCCPEVR M

AT18

C481

C482

V24

W14

L2

2

W 16

VC C

VCC AQPI 0

W15

N2

2

VCC _C L

1U _6.3V_X5R_ 04

10 U_6. 3V_X5R_08

W 18

VC C

VCC AQPI 0

Y1 4

P2

1

VCC _C L

W 20

VC C

VCC AQPI 0

Y1 5

R2

2

VCC _C L

W 22

VC C

VCC AQPI 0

K15

R2

6

VCC _C L

W 24

VC C

VCC AQPI 0

K17

T2

1

VCC _C L

L 11

VC C

VCC AQPI 0

VCC _C L

48 0m A

Y 17

K19

T2

3

*H CB100 5KF-121 T20_04

VC C

VCC AQPI 0

VCC _C L

VC CA_1.1VS

V_ 1P1_C SIVRMBYP_RX

Y 19

VC C

VCC AQPI 0

L13

V_1P1_CL

T2

4

VCC _C L

Y 21

VC C

VCC AQPI 0

L15

V2

9

VCC FHVC OR E

C110

Y 23

VC C

VCC AQPI 0

L17

V_1P1_CL

R2

7

VCC _C L

Y 25

VC C

VCC AQPI 0

L19

Y 26

VC C

VCC AQPI 0

L20

1. 5VS

AK2

VCC TS

*1U _6 .3V_X5R_ 04

AA20

M1 2

1

AA22

VC C

VCC AQPI 0

M1 3

C 104

9 OF

1 3

L 5

60 mA

AB21

VC C

VCC AQPI 0

M1 4

. 1U_ 10V_X7R _04

*H CB100 5KF-121 T20_04

AB23

VC C

VCC AQPI 0

M1 5

V_ 1P1_C SIVRMBYP_TX

AC 20

VC C

VCC AQPI 0

M1 6

2

1.1VS

AC 22

VC C

VCC AQPI 0

M1 7

C94

C68

VC C

VCC AQPI 0

M1 8

11/3

VCC AQPI 0

*1U _6.3V_X5R_ 04

*10 U_6. 3V_X5R _08

AC 12

VC CAPE

M1 9

VCC AQPI 0

AC 13

M2 0

VC CAPE

VCC AQPI 0

AC 15

N1 3

VC CAPE

VCC AQPI 0

AC 17

N1 4

VC CAPE

VCC AQPI 0

AC 19

N1 5

1. 1VS

VC CAPE

VCC AQPI 0

AD 12

N1 6

VC CAPE

VCC AQPI 0

C99

C 62

C1 35

C 123

C124

C 101

L 16

HC B16 08KF-12 1T25_06

AD 13

N1 7

1. 1VS

V_1P1_C L

AD 14

VC CAPE

VCC AQPI 0

N1 8

1.1VS

10U _6.3V_ X5R_

08

. 1U _10 V_X7R _0 4

. 1U_ 10V_X7R _04

AD 15

VC CAPE

VCC AQPI 0

N1 9

L 17

*HC B16 08KF-12 1T25_06

AD 16

VC CAPE

VCC AQPI 0

10 U_6.3V_X5R _08

.1 U_10V_X7R_04

. 1U _10V_ X7R _04

1. 8VS

V_1P8 _C L

AD 17

VC CAPE

AD23

VC CAPE

VCC APE1

AD 18

AD24

VC CAPE

VCC APE1

AD 19

AD25

VC CAPE

VCC APE1

AE12

AE20

L 18

HC B16 08KF-12 1T25_06

V_1P8_PL L

VC CAPE

VCC APE1

AE13

AE21

VC CAPE

VCC APE1

AE14

AE22

VC CAPE

VCC APE1

AE15

AE23

VC CAPE

VCC APE1

AE16

AE24

1. 1VS

1.1 VS

R62

R54

AE17

VC CAPE

VCC APE1

AE25

C65

C 111

C1 25

C89

C 127

C4 66

C 464

*0_ 04

0_ 04

AE18

VC CAPE

VCC APE1

AF20

AE19

VC CAPE

VCC APE1

AF21

*.1U_ 10V_ X7 R_ 04

*1U_6.3 V_X5R _0 4

*1U _6 .3 V_X5R_04

*1 0U _6. 3V_ X5R_08

AF12

VC CAPE

VCC APE1

AF22

AF13

VC CAPE

VCC APE1

AF23

*10U_ 6. 3V_X5 R_08

*. 1U_ 10V_X7R _04

*1U_ 6. 3V_X5 R_0 4

VC CAPE

VCC APE1

AF15

VC CAPE

AF17

VC CAPE

AF19

VC CAPE

AD 20

1 .8 VS

VC CAPE1

AD 21

VC CAPE1

AD 22

VC CAPE1

8 OF 1 3

1. 1VS

R 55

C96

C 64

C8 0

C 63

C465

C 460

C4 61

C 67

C66

*1K_04

V_ 0P9_C L

10 U_

6.3V_X5R _08

10U_6 .3 V_X5R _08

10U _6.3V_X5R_ 08

1 0U _6 .3 V_X5R_08

*1 0U

_6. 3V_X5R_08

10U _6. 3V_X5 R_ 08

1 0U_

6. 3V_X5R_08

10U_

6. 3V_X5 R_08

10U_

6. 3V_ X5R _08

R 58

0 _0 4

1. 1VS

C61

C 129

C1 30

C 112

C122

C 147

C1 03

C 126

10 ,11, 43 VCCA_1. 1VS

1 0U _6 .3V_X5R_08

10U _6. 3V_X5 R_ 08

. 1U_

10V_X7R _04

1U _6

.3 V_X5R_04

10 U_

6.3V_X5R _08

.1 U_

10V_X7R_04

.1U _

1 0V_ X7 R_0 4

1U_ 6. 3V_X5R _04

5,4 1 1.8VS

10.. 12 ,1 7, 19,4 1,4 3

1.1VS

11, 15, 17,2 9, 32,4 1,4 3

1.5VS

7 .. 9, 12,15.. 30,3 2, 39,4 1,4 3

3VS

6, 12 ,15 .. 17,20, 24,26,29. .3 2, 40,41 ,4 3

3V

V_1P1_C L

1. 1VS

C90

C 121

C9 2

C 133

C98

C1 32

C 134

1U_6. 3V_X5R _0 4

1U_

6.3 V_X5R _0 4

.1U_ 10V_ X7 R_ 04

1 0U _6. 3V_X5R_08

1U _6

.3V_ X5R_ 04

1U _6. 3V_X5R_04

10U_

6. 3V_X5 R_08

B - 14 X58 PWR