Intel M570TU manual Sheet 35 Power Vcore for Penryn CPU, C S E N S E, S S E N S E, R S L, Or E

B.Schematic Diagrams

Schematic Diagrams

Sheet 35 of 42

Power VCORE for

Penryn CPU

Power VCORE for Penryn CPU

V I N

VCORE FOR Penryn CPU

V

I N

5 V

1% 0 4

V -R C 1

C 8 62

C 8 6 3

C 8 6 4

P C 1 3 2

A

P C 1 4 8

0 . 1 u _1 6 V _ 0 4

0. 1 u _ 1 6 V _ 04

0 . 1 u _ 16 V _ 0 4

V I N

0 _

P D 1 9

1 0

1u _ 2 5 V _ 0 8

C

F M0 5 4 0 -N

P R 1 8 2

EMI:close to PQ37

1 0 0 0 p_ 5 0 V _ 0 4

10 _ 0 4

B S T1

0

P C 4 1

P C 3 3

P C 3 4

P C 2 2 8

P C 2 2 9

1 6

P C 1 4 4

P R 1 3 9

* 0_ 0 4

5 6 7

8

5 6 7

8

+

+

P R

P R 55

0 . 0 1 u _ 50 V _0 4

4 . 7 u _ 25 V _ 0 8

4 . 7 u _2 5 V _ 0 8

1 5 u _ 25 V _ D

* 6 8 0U _ 2 5V

1u _ 2 5 V _ 0 8

Z 3 5 0 3

4

4

P R 1 5 9

P C 1 52

0 _ 0 4

1 2 3

1 2 3

P L 7

Z

3 50 2

2

1

2 , 5 , 1 3 H _ D P R S TP #

H _ D P R S TP #

P R 1 49

*0 _ 04

D P R S L _ S T P

7 . 5K _1 % _ 0 4

0 . 0 1 5 u _5 0 V _ 0 6

P Q1 4

P Q 13

* 0 . 3 3u H _ 13 * 1 3* 3 . 8

V C OR E

E N _ V C OR E

I R F 74 1 3 Z P B F

I R F 7 4 1 3Z P B F

5 , 1 5 P M_ D P R S LP V R

P M _D P R S L P V R

P R 1 37

*4 9 9_ 1 % _ 0 6 D P R S L

1

T G1

P Q2 1

P Q2 2

P L 8

30A

60A

close to IMVP6

I R F 7 8 3 2 Z T R PIRB FF7 8 3 2 Z T R P B F

PN

D R N 1

2

1

V

B G1

I S H

D

0 . 5 u H _1 0 *1 0 * 4. 5

5 6 7

8

5 6 7

C

P R 1 6 5

R N

3 . 3 V S

8

4 4 4 3 4 2 41 4 0 3 9 38 3 7 3 6 35 3 4

P D 8

1 0 _ 0 8

1

P C 1 6 7

P C 1 6 8

P C 1 6 9

+

P C 2 0 2

P C 2 3 0

P R 13 4

P C 1 2 5

4

4

+

+

6 80 _ 0 4

V R E F

S L

NPV1 NIV 1 SBT 1 GT1 RDN 1 GB 1 5V 1 EN TSRPP # IS H

C S 1 -

3 1 C S 2N

1 2 3

1 2 3

A

F M 58 2 2

CS

V01u10. 04

V051u0.0 0 4

V5.2u704 D

V5.2u047 D

V5.2u704* D

P R 1 4 2

V C O R E _ H Y S 3

Z 3 5 05

P C 4 7

1 0 0p _ 5 0 V _ 0 4

R

0. 1 u _ 5 0 V _ 06

P C 1 4 1

C L K E N #

1

P

3 3

D

1 0 0 0 P _ 2 5V _0 6

P R 5 8

30 . 1 K _ 1 % _ 0 6

1 30 K _ 1 % _ 0 6 2 8

C LK E N #

V C O R E _V R E F 2

C L K E N #

PU4

C S 1 +

3 2 C S 1N

V C O R E _C L S E T 4

H Y S

C S 2 -

3 0

1 N

P R 5 9

48 7 K _ 1 % _ 06

H _ V I D 6

5

C L S E T

C S 2 +

2 9 Z 3 5 04

P R 7 0

0_ 0 6

EMI

P R 1 4 1

3

H _V I D 6

H _ V I D 5

6

V I D 6

E R R OU T

2 8

V C C A

P C 4 9

1 0 0p _ 5 0 V _ 0 4

3

H _V I D 5

H _ V I D 3

8

V I D 5

SC 452

V C C A

2 6

D A C

4

3

H _V I D 3

0

3

H _V I D 4

V I D 4

A G N D

0

_

P C 4 8

1 0 00 p _ 5 0 V _ 04

13 0 K _ 1 % _ 06

3

H _V I D 2

H _ V I D 2

9

V I D 3

D A C

2 5 V C _S S

R1 4

1 %

P R 7 1

0_ 0 6

3

H _V I D 1

H _ V I D 1

10

V I D 2

S S

2 4

4

P

1K

3

V S S S E N S E

P S I #

V I D 1

12NPV3

14

15 16 17 18 19 20

21 22

D R P +

751CP 0 . 0 1 u 50 V 0 4

851CP 1 u 2 5V 0 8

p001421CP 5 0 V 0 4

4

5 6 7

4

5 6 7

5V2.u047 D

5.2u704V D

DV52.u07*49 m

EVT

3

H _V I D 0

H _ V I

D 0

11

V I D 0

D R P -

2 3

551CP 1 00 0 p 50 V 0

051621CP0 p 5 0 V 0 6

S G N D 3

3. 3 V S

DNG

DGRWP 2NPV 2NIV 2TSB 2GT 2NRD 2GB 25V #ISP +BF -BF

E -R C

EMI:close to PQ40

CS2N

+

+

+

P C 42

P C 1 7 1

P C 2 0 1

P C 58

P R 1 4 8

54

21

V I N

2 K _0 4

0 . 1 u_ 1 0 V _ 0 4

5 , 1 5 D E L A Y _ P W R G D

D E LA Y _ P W R G DP R 1 5 3

0_ 0 4

Z 3 50 1

S G N D 3

8

8

P C 3 7

P C 3 8

3

V C C S E N S E

V C C S E N S E

P R 1 7 6

10 _ 0 4

F B +

V S S S E N S E

P R 1 8 0

10 _ 0 4

F B -

4 . 7 u _2 5 V _ 0 8

*4 . 7 u _2 5 V _ 0 8

2007/12/15

2

P S I #

D R P -

V C O R E _ V R E F

P Q 1 7

P R 1 7 4

0 4

0 4

D R P +

S G N D 3

1 2 3

I R F 7 4 13 Z P1B2F 3

04

04

P R 1 5 8

7 . 5 K _ 1% _ 0 4

C S 2 P P C 1 59

0 . 0 15 u _ 5 0 V _ 06

I R F 7 41 3 Z P B

F

30A

* 6 80 _ 0 4

_

_

_

_

P Q1 6

V

V

V

V

0175 0 1% 0 4

05p0001V 04

805V2u

08V52u

P D 7

D

281CP *1 0 0 p 50

52CP 1 0 0p 5 0

115CP 1 00 p 5 0

615CP 1 00 p 5 0

A

5 6 7

5 6 7

C

Z 3 5 06

T G 2

P R 5 6

0 _ 04

Z 3 5 1 2

P Q 2 4

P Q2 3

R N

P L 5

B G 2

I R F 7 8 32 Z TR PI RB F 7 8 3 2 Z T R P B F

2

3 . 3 V S

D R N 2

2

1

5 V

P R 57

0 . 5 u H _1 0 *1 0 * 4. 5

8

8

1 0_ 0 8

2

1

4

4

* 0 . 3 3u H _ 13 * 1 3* 3 . 8

S GN D 3S GN D 3S GN D 3

R 1

31

1

P D 1 8

1

1 2 3

1 2 3

F M 5 8 22

P C 5 1

P L 6

P

C 1

3

F M 0 5 40 -N

6

A

1 0 0 0 P _ 2 5V _0 6

5/2/2007_Alex

P

CP1 4

C

CP1 4

P R 5 3

V -R C 2

B S T 2

0 _0 6

S G N D 3

V I N

P R 1 55

1 0K

_0 4

E N _ V C O R E

V C _ S S

P R 1 3 3

* 0 _0 4 Z 3 5 0 9

5 V

P R 1 54

R T1	3/12_cost down
	5 V

P C 1 2 1

22 V C O R E _ ON	P R 1 3 5	0 _ 0 4	K B	1 0 0K _0 4
							D
			C
			V R		Z 3 5 0 7	G		P Q4 8
			O
								2 N 7 0 0 2

N	D		2	S
		P Q4 7		P J 1 3
G		2 N 7 0 0 2	1	10 m i l

			S
R 3 6	3		P C 1 3 0
1 M _0 4
		* 0. 1u _ 1 6 V _ 0 4

		P R 6 4	D R P _ L 1 2		1	C S 1N
		2 8 K _ 1 % _ 04		N T C _ 1 0 0 K _ 06
P R 1 56	P R 6 9	P C 5 3	0 . 03 3 u _ X 7R _ 0 4			P R 6 0
D R N 1
*1 0 K _ 0 4	1 7. 4 K _ 1 % _ 0 4					4 7 K _ 0 4
		D C R _D R 1			P R 6 5	4 7 K _ 04		D R P +
		D C R _ D R 2			P R 6 6	4 7 K _ 04	P C 5 6	P R 6 8
							6 8 0 p _5 0 V _ 0 4	1 0 . 5 K _ 1% _ 0 6
D R N 2 P R 7 2		P C 5 4	0 . 03 3 u _ X 7R _ 0 4			P R 6 3		D R P -
	1 7. 4 K _ 1 % _ 0 4					4 7 K _ 0 4
					R T2
		P R 6 7	D R P _ L 2 2		1	C S 2N

			P C 1 2 9	0. 1u _ 1 6 V _ 0 4
C LK E N #				5
					1
D P R S L	P R 1 3 8	* 0 _0 4	Z 35 0 8		2
D P R S L _ S T P	P R 1 5 0	* 0 _0 4
				3

P U	3
*7 4	A H C T 1 G 02
	4	Z 3	5 1 1	G

			*2 2 n _		X7	R _ 04
	Z 3 5 1			0
D					9
			P Q 4
		*2		N 7 0 0		2
S

2 8 K _ 1 % _ 04

N T C _ 1 0 0 K _ 06

1 6 , 1 7, 18 , 3 0 , 3 1 , 3 2, 34 , 3 8		5 V
2 , 3 , 5 , 9 , 1 2 , 1 3, 14 , 1 5 , 1 6 , 1 9, 20 , 2 1 , 2 2 , 2 3,	24 , 2 5 , 2 8 , 3 0, 33 , 3 7	3 . 3 V S
2 8 , 2 9,	30 , 3 1 , 3 2 , 3 3, 34 , 3 7	V I N
	3	V C OR E

B - 36 Power VCORE for Penryn CPU