Clevo D900F manual Schematic Diagrams, Power VCORE B, Sheet 44 of Power VCORE, Imon

Power VCORE

NCP5392 Intel VRD11.1 POWER CKT

5V

2 .2U_ 16V_06

FM0540 -N

50V_Y5V_ 06

A

12 V

PC1 18

PD 18

VIN

PR168

2 .2_ 06 Z442 9

*4 .7U_ 25V_X5R_08

. 1U_

1

5V

VIN

C

PC 5

PC6

+ PC 117

CPU _VTT

C PU _VTT

PC 121

A

PR170

5 6 7 8

15U_25V_ 6X4. 5

PR81

2 .2_06

1

U 1

0.2 2U_1 6V_06

9

2

PD 27

18K_04

Z4 437 4

8

Z442PR45

1 _06 Z4 421 4

PQ31

PR83

Z441 5

Z44 16

VCC

ST

DRVH

PQ36

0.8V~1.55V/125A

PR76

PR8

10k_ 06

FM0540 -N

BSC059N03S

PC39

1K_04

PC40

C

PC36

PR82

OD

B

DRVL

7

Z440 1

1 2 3

BSC042N03S

PL5

0. 82U 13*13*6 .7

OS-CON

4. 7U_10V_08

GNDP

5 6 7 8 9

5 6 7 8 9

C

PR 15

VC ORE

*680_04

PC148

2

SWN

2K_ 04

PR9

2. 2_06Z4442

3

I N

5

3 4

. 1U_ 16V_04

NC P5 359D R2G

Z44 17

4

4

PD2

4.7 _08

PC1 31

PC13 2

PC20

*0.1U_16V_ 04

.1U_16V_ 04

35

PC 123

6

PR27 PR28

+

+

+

U3

NC P5392MNR2G

1U_16V_06 5V

PQ33

1 2 3

1 2 3

F M5822

PC 13

16 VRM_PWRG D

EN

39

VR _RDY

V CC

12VM ON

29

6X 6 QFN

BSC042N03S

4700P_50V_ 040 _04 0_ 04

5 60U

56 0U

330U_2 .5V_D3

1

DRVON

Z4407

A

H_VID0

2

EN ABLE

30

Z4406

4

H_VID1

H_VID2

4

VI D1

CS1N

22

Z4405

PC126

A

CS1

4

H_VID0

H_VID1

3

VI D0

G1

21

CS1N

4

H_VID2

H_VID3

5

VI D2

CS1

12 V

PD 19

VIN

CS1N

4

H_VID3

H_VID4

6

VI D3

PR471K_ 1%_04 PC27

.47U_16V_ 06

2.2U_16V_ 06

4

H_VID4

H_VID5

7

VI D4

CS1

FM0540 -N

*4 .7U_ 25V_X5R_08

. 1U_ 50V_Y5V_ 06

4

H_VID5

H_VID6

8

VI D5

PR18

2 .2_ 06 Z443 0

1

4

H_VID6

H_VID7

9

VI D6

31

Z4409

C

PC34

PC33

+

PC14 6

4

H_VID7

H_ PSI #

PR25 0

0_ 04

PSI

37

VI D7

G2

23

CS2N

PC 15

4

H_PSI#

Z444 5

15

PSI

CS2N

24

Z4408

PR171

15 U_25 V_ 6X4 .5

PC26

DIFFOUT

CS2

2 .2_06

0.22U_16V_06

5 6 7 8 9

2

PR541 K_ 1%_04 PC29 .47U_16V_ 06

1

U 2

PR 38 10_04 Z446PC116 1200P_50V_04 PR293 .3K_04

VR_CO MP16

COMP

PQ43

1500P_50V_ 04

CS2

Z4 438 4

VCC

ST

DRVH

8

Z442PR326

1 _06 Z4 422 4

PR30

1K_1%_ 04

BSC059N03S

0. 82U 13*13*6.7

PC25

47P_50V_ 04

B

PR25

10k_ 06

1 2 3

PQ41

PR 33

PR24

6.19K_1%_04 Z444 718

CS3

32

Z4411

CS3N

OD

GNDP

DRVL

7

Z440 2

5 6 7 8 9

BSC042N03S

PL7

56789CPD21 PR70

5V

PR21 *1 00K_04

VR_VFB

17

G3

25

2

I N

SWN

VFB

CS3N

26

Z4410

PR176

2. 2_06Z4441

3

5

VD RP

PR591K_ 1%_04 PC31 .47U_16V_ 06

PC 14

NC P5 359D R2G

Z44 18

4

4

4. 7_08

PC1 56

PC158

PC17

*100K_04 Z445 0 PR 23 620_04

CS3

6

F

PR80 PR79

+

+

+

PR36

PC23

1U_16V_065V

PQ40

1 2 3

1 2 3

A

PC30

5 60U

560U

330U_2 .5V_D3

RTH 2

1K_04

33

Z4413

BSC042N03S

M5

4700P_ 50V_04 0 _04 0_ 04

G4

822

Place close

Z44 49

PR 22 620_04

Z4 451

19

VD FB

28

Z4412

CS4N

A

CS2

CS4

10K_ 06

22P_ 50V_04

CS4N

27

to inductor

VC ORE

PR34

PR35

620_ 04 20

CSSU M

PR631K_ 1%_04 PC32 .47U_16V_ 06

12 V

PC7

PD1

VIN

CS2N

CS4

1K_1 %_ 04

2 .2U_ 16V_06

FM0540 -N

PR 31

*4.7 U_25 V_ X5R_ 08

. 1U_ 50V_Y5V_ 06

100 _04

Z445 3 PC37

Z4 454

36

DAC

C

PR7

2 .2_ 06 Z443 1

1

PR40 0_04

4 .7NF_X7R_50V_04

13

40

VR_HO T

5V

PC 119

PC3

PC2

+ PC11 6

4

VC C_SENSE

Z44 48

VSP

ROS C

VR_ HOT

IMON ILIM

AGND

PR85

PR11

0.22U_16V_06

9

15 U_25 V_ 6X4 .5

PR 39

14

38

2 .2_0 6

VCC

1

DRVH

567BSC059N03S8

2

ST

4

VSS_SENSE

VSN

NTC

7. 5K_04

Z4 439 4

8

Z442PR167

9

1 _06 Z4 423 4

Z444611

GNDP B

5 1 6 2 7 3 8 9

56789CPD3

PR 41 330_ 04

Z4 452

12

10

41

Z4414

OD

DRVL

PR6

10k_ 06

PR12

100 _04

PQ32

PR84

2

SWN

7

Z440 3

BSC042 N03S

PL4

0. 82U 13*13*6 .7

PC38

I N

PR42

0_ 04

PR10

2. 2_06Z4443

3

5

4 I MON

PC21

7 .5K_1%_ 04

PC 10

NC P5359D R2G

Z44 19

4

4

4. 7_08

PC130

PC129

PC18

* 0.1 U16V04

4 VIAs

PC22

A 6

1 2 3

1 2 3

A

F M5822

PR1 7 PR16

+

+

+

PR45

RTH 1

CS3

560U

560U

330U_2 .5V_D3

1U_16V_06

PR37

1U_16V_06

PQ35

IMON

>300us FILTER

CONNECT TO

100K_06

BSC 042N 03S

0 _04 0_ 04

12K_04

27K_1%_04

GND Through

4700P_ 50V_04

CPU_ VTT

PD4

CS3N

12 V 2 .2U_ 16V_06

VIN

V1. 1

PJ20

PR 197

PR195

PR192

PR190

PR 188

PR186

PR184

PR180

OCP ~ 100A

FM0540-N

*4 .7U_ 25V_X5R_08

.1U_ 50V_Y5V_ 06

D0 3

*680_ 04 680_04

680_04

680_ 04

680_04

680 _04

*680 _04 *680_04

Work F=210Khz

Place

C

PR19

2 .2_ 06 Z443 2

PC9

PC122

1 + PC125

*OPEN_40mil

H _VID0

close to

2 .2_06

1

PC 128

5 6 7 8 9

2

H _VID2

hottest

0.22U_16V_06

H _VID1

PR44

15U_25V_6X4 .5

H _VID3

MOSFET

Z4 440 4

U 14

8

Z442PR1738

1 _06 Z4 424 4

PQ34

H _VID4

VCC

ST

DRVH

H _VID5

B

BSC059N03S

H _VID6

PR20

10k_ 06

1 2 3

PQ39

H _VID7

PR26 *0 _04

2

OD

GNDP

DRVL

7

Z440 4

BSC042 N03S

PL6

0. 82U 13*13*6 .7

5 6 7 8 9 5 6 7 8 9 C

3 phase

PR43

2. 2_06Z4444

3

I N

5

Z44 20

4

4

PD20

4. 7_08

PR 73

PR71

PR65

PR62

PR 58

PR55

PR53

PR46

PJ21

PC 24

NC P5359D R2G

2K_04

*2K_04

*2K_04

*2K_ 04

*2K_04

*2K_04

2K_0 4

2K_ 04

*OPEN_ 40mil

option

1U_16V_06

6

PQ38

PR14 PR13

+

PC133

PC134

PC19

D 03

1 2 3

1 2 3

F

PC135

+

+

BSC042N03S

A

M

0 _04 0_ 04

560U

560U

330U_2 .5V_D3

5V

POC/MSID USE

582 2

4700P_ 50V_04

CS4

CS4N

PR69
2K_04	H_ PROCHOT# 4,15
VR_HO T	C
	B
PR68	130_04 PQ2E
	2N 3904
			SYS3V
		PR8 7	PR 86
5V		1 00K_04	100K_ 04
			D	EN
PR175	Z4 456 PR172 49.9 K_ 1%_04 VR_VFB	Z44 58 G	PQ3	PC41
			2N 7002W	*0. 1u_04
9. 1K_1%_04			S

CPC127

Z4 459

B

150P_ 50V_04

PQ42

D

PC 137

PQ37E

2N7002W

PJ1 0

4 ,5, 15, 18, 39

CPU_VTT

2N3904

0_04 Z4457

*OPEN _40mil

2 0,24 ,30 ,39 ..4 2,45 VIN

PR178

Z445 5

VR_C OMP

4,12,15, 16, 28

PW RGD_PS

PR202

G

4,1 7,2 4,30 ,31 ,39 ..4

1,43 ,45 5 V

.1U_ 16V_04

1K_ 1%_04

PR2 01

*0 _04

D03

5

VCORE

PC1 36 33 NF_X7R _50V_0 4

39

VTT_ PW ROK

S

40

12 V

PR177

39

,45

SYS3V

33K_1%_04

Schematic Diagrams

Sheet 44 of 47

Power VCORE

B.Schematic Diagrams

Power VCORE B - 45