Clevo C5500 C5500Q - 6-7P-C5505-002.pdf

Schematic Diagrams

B - 1

B.S

chem

atic Diag

rams

Appendix B:Schematic DiagramsThis appendix has circuit diagrams of the C5505/C5505Q/C5505C/C5505Q-C notebook’s PCB’s. The following tableindicates where to find the appropriate schematic diagram.

Diagram - Page Diagram - Page Diagram - Page

System Block Diagram - Page B - 2 SB700-1 - Page B - 15 VCORE_Core - Page B - 28

Clock Generator - Page B - 3 SB700-2 - Page B - 16 0.9V, 1.8V, 1.8VS, 1.5VS - Page B - 29

CPU-1 - Page B - 4 SB700-3 - Page B - 17 1.1VS, 1.2V, 1.2VS - Page B - 30

CPU-2 - Page B - 5 SB700-4 - Page B - 18 VDD3, VDD5 - Page B - 31

CPU-3 - Page B - 6 New Card, Mini PCIE - Page B - 19 Charger, DC In - Page B - 32

CPU-4 - Page B - 7 CCD, 3G, SATA ODD - Page B - 20 Click Board - Page B - 33

DDRII SO-DIMM_0 - Page B - 8 USB, Fan, TP, Multi-Con - Page B - 21 Audio Board/USB - Page B - 34

DDRII SO-DIMM_1 - Page B - 9 Card Reader/LAN JMC261 - Page B - 22 Power Switch Board - Page B - 35

RS780M-1 - Page B - 10 SATA HDD, LED, MDC, BT - Page B - 23 External ODD Board - Page B - 36

RS780M-2 - Page B - 11 Audio Codec ALC272 - Page B - 24

RS780M-3 - Page B - 12 KBC ITE IT8502E - Page B - 25

LVDS, Inverter - Page B - 13 System PWR, 2.5V - Page B - 26

HDMI, CRT - Page B - 14PWRGD, RST - Page B - 27

Table B - 1Schematic Diagrams

Version Note

The schematic dia-grams in this chapterare based upon ver-sion 6-7P-C5505-002.If your mainboard (orother boards) are a lat-er version, pleasecheck with the ServiceCenter for updated di-agrams (if required).

Schematic Diagrams

B - 2 System Block Diagram

B.S

chem

atic

Dia

gra

ms

System Block Diagram

Sheet 1 of 35System Block

Diagram

AUDIO BOARD

6- 71 -E51 QN- D01

EXTER NAL O DD B OA RD

VC OR E_VD D _NB

B ATTERY CH AG ER

Port 1

SPI R OM

POW ER SW ITCH BO A RD

AMD S1G2 CPU

ATA 6 6/ 10 0/ 13 3

128pins LQFP

PCIE0

VC OR E_VD D _CO RECPU_ VD D0, CPU_ VD DD 1

USB #0

C RT C ON

C CD

D EB UG PO RT

KB C IT8502E

480 Mbps

Bl ue to o th

Port 2

IN

1 4*1 4*1 .6 mm

1 X 8 PCI E I /F

USB8

AC 97 2 .3

33 MHz

UN BUFFE RED D D R2SO DIM M 0

OU

T

USB# 2

PS2TO UCH PA D

PW RG D, RST

Channel A

SB700

PCIE3

CLEVO C5500Q

Ca rd R ea der \La n X4

SP I I/F

0.9V ,1.8V ,1.8V S,1.5V S

PCIE2

USB# 1

32.768 KHz

1 X 4 PCI E I /F WI TH SB

CLICK BO A RD638-Pin uFCPGA 638

LVD S/ CRT

4 X 1 PCI E I /F

SA TA I I (4 PO RTS)

EXTERNAL CLOCK GENERATOR

64 PINICS9LPRS480

Hy pe rTra nsport LI NK 0 CPU I /F

GPP PCIE INTERFACE

AZALI A H D AUDI O

Channel B

SYSTEM PW R,2. 5V1.8V S,3.3V S,5VS, 3.3V ,1.2V S

INTKE YBO ARD

Port 0

U SB9 or USB6

Pow e r s w i tch + H ot key X 3

100 MHz

AUD IO BO AR D

NEW CARD ONLY C4500

RS780M(C)

US B2. 0 (1 0 )

NE W CA RD

CPUTe mpe rat ure s en so r

DDR II

1.1V S,1.2V ,1. 2VS,1. 2V_H T

IN T RTC

CPU FAN

JM C261

PCIE

VD D 3 , VD D 5

M IN IPCIE-WLM INIPCIE- 3G

I NTEG RATED G RAP HIC S

USB4

USB X 1

6-7P-C5505-002PCB 5? 1 ? ? :6-71-C5500-D026-71-E51Q2-D01A6-71-C4508-D02A6-71-E51QS-D01A6-71-E51QN-D01

6- 71 -E51 Q2 -D0 1

USB 2.0

USB7

LPC I/ F

AC PI 1. 1

6- 71 -C4 50 8 -D0 2A

LPC

H D MI CO N

UN BUFFE RED D D R2

SO DIM M 1

USB5

6- 71 -E51 QS- D01

CH AR GE R,D C IN

32.768 KHz

LV DS CO N

H D T

HyperTransport (HT)

He a dpho n e Jac k

ALC 272 CO DE C/

TPA6017 AMPHD AUDIO I/F

Int Spe a ker

MIC In Ja c k

MD C

24 MHz

5 49 PIN FC BG A

SATA I/F HD DSATA# 1

SATA O DDSATA #4

AUDIO BOARD

R

L

INT M IC

4 65 PI N FC BG A

Int Spe a ker

Schematic Diagrams

Clock Generator B - 3

B.S

chem

atic Diag

rams

Clock Generator

0514-Jadd for SB710

S E L _ 27 M H z

P C I E _ E X P C A R D _C L K R E Q #

Z 0 2 0 6

Place next to VD D48

2008/03/18

W L A N _ C LK R E Q #

Z 0 2 0 4

P C I E _ E X P C A R D _ C L K R E Q#

W L A N _ C L K R E Q#

Z 0 2 0 2

1 0 0 MH z n o n -s pre a d i ng d i f f ere n t i a l S A TA cl o c k

1 0 0 MH z s p re a di n g d if f e re n t ia l S R C c l oc kS E L _ 2 7M H z

1 0 0 MH z s p re a di n g d if f e re n t ia l S R C c l oc kS E L _ S A T A

0 *S E L _ H T T 6 6

2 7 M H z si n g le d c l oc k

1

1 0 0 M H z d if f e re n t i al H TT c l o ck

0 *

1 *

* d e f a u lt

6 6 MH z 3 . 3 V s i ng l e en d e d H T T c lo c k

0

1

Pl ac e v e ry cl ose t o U1

P la ce w ithi n 0 .5" ofC LK GEN

S E L_ 2 7 MH z

S E L_ H T6 6

C 2 7 0

. 1 U _ 1 6 V _ 0 4

R 14 2

* 8 . 2 K _0 4

R 1 3 5*8 . 2 K _ 04

R N 3 1 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

C 2 9 3

. 1 U _ 1 6V _0 4

L 2 5 H C B 1 60 8 K F -1 2 1 T2 5 -0 6

R N 3 4 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

R 1 3 4* 8. 2 K _ 0 4

R 1 5 19 0. 9 _ 1 % _ 06

C 2 5 8

. 1U _ 16 V _ 0 4

U 4

I C S 9 LP R S 4 8 0

V D D A _ 2 74

G N D A _2 77

V D D R E F5 6

G N D R E F6 0

V D D S A T A4 0

G N D S A T A4 3

V D D 4 86 3

G N D 481

V D D C P U4 8

G N D C P U4 6

V D D H TT5 5

G N D H T T5 2

V D D A T I G2 6

V D D S R C _ I O 11 1

V D D S R C1 6 V D D S B _ S R C3 5

G N D A TI G12 4

G N D S R C 11 0

G N D S R C 21 8

G N D S B _ S R C3 3

X 16 1

X 26 2

C LK R E Q 2#4 4

S M B C L K2

S M B D A T3

P D #5 1

R E F 0/ S E L _H T T6 65 9

R E F 1 / S E L _ S A T A5 8

R E F 2/ S E L _2 75 7

C P U K G0 T _L P R S5 0

C P U K G0 C _L P R S4 9

A TI G0 T _L P R S3 0

A T I G0 C _L P R S2 9

A TI G1 T _L P R S2 8

A T I G1 C _L P R S2 7

S B _ S R C 0 T _L P R S3 7

S B _ S R C 0 C _L P R S3 6

S B _ S R C 1 T _L P R S3 2

S B _ S R C 1 C _L P R S3 1

S R C 0 T _L P R S2 2

S R C 0 C _L P R S2 1

S R C 1 T _L P R S2 0

S R C 1 C _L P R S1 9

S R C 2 T _L P R S1 5

S R C 2 C _L P R S1 4

S R C 3 T _L P R S1 3

S R C 3 C _L P R S1 2

S R C 4 T _L P R S9

S R C 4 C _L P R S8

S R C 7 T_ L P R S / 2 7M H z _ S S6

S R C 7 C _ L P R S / 27 M H z _N S5

S R C 6 C / S A T A C _L P R S4 1S R C 6 T / S A T A T _L P R S4 2

H T T 0 T/ 66 M _L P R S5 4

H TT 0 C / 66 M _L P R S5 3

4 8 MH z_ 06 4

C LK R E Q 0#2 3

C LK R E Q 1#4 5

V D D A T I G _I O2 5

V D D C P U _ I O4 7

V D D S B _ S R C _ I O3 4

V D D S R C _ I O 21 7

C LK R E Q 3#3 9

C LK R E Q 4#3 8

T h erm a l _ GN D 1G N D 1




T h er ma l _ GN D 5G N D 5





R N 3 6 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

C 2 9 1

. 1 U _ 16 V _ 0 4

C 5 2 7

1 0U _ 6. 3 V _ 0 8

R 1 76 3 3 _ 1 %_ 0 4

C 24 0

. 1 U _ 16 V _ 0 4

R 1 5 8 1 5 8 _ 1% _ 0 6

R N 3 7 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

R 1 5 9

* 8 . 2K _0 4

R 1 3 3 8 . 2 K _0 4

C 2 8 1

2 7 P _ 5 0 V _0 4

C 2 59

. 1 U _1 6 V _ 0 4

L 5 4 H C B 1 60 8 K F -1 2 1 T 25 -0 6

R 15 0

8 . 2 K _ 0 4

L3 2 H C B 1 6 0 8K F -1 21 T 2 5 -06

C 3 2 1

1 0 U _6 . 3 V _ 0 8

R 1 5 2

* 8. 2K _ 0 4

C 2 3 7

. 1 U _ 1 6 V _ 0 4

C 2 9 2

. 1 U _ 1 6 V _0 4

L 3 1 H C B 1 60 8 K F -1 2 1 T2 5 -0 6

C 2 6 0

. 1U _ 1 6V _ 0 4

R N 3 2 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

SB_14.318M_OSC 14

C 2 39

. 1U _ 16 V _ 0 4

R N 3 0 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

R N 3 5 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

R 1 7 9* 0 _0 4 0 2 _5 m i l _s h o rt

C 2 90. 1 U _1 6 V _ 0 4

R 1 4 3

8 . 2K _0 4

C 2 4 9* 1U _ 1 6V _ 0 6

C 2 38

. 1 U _1 6 V _ 0 4

R 1 7 5

*1 M_ 0 4

C 3 2 0

27 P _ 5 0 V _ 04

C 2 4 1

. 1 U _ 1 6 V _ 0 4

C 2 8 9

. 1 U _1 6 V _ 0 4

X 2

1 4 . 31 8 MH z

12

R 1 6 0

* 8 . 2K _0 4

R N 3 3 * 0 _4 P 2 R _0 4 _ 4 mi l _ sh o r t12 3

4

C 3 0 61 U _ 16 V _ 0 6

C L K _ V D D

C L K _ V D D

1. 2 V S

C L K _ V D D

C L K _ V D D

3 . 3 V S

C L K _ V D D

C L K _ V D D

C L K _ V D D I O

C L K _ V D D I O

CPU_CLKP 5

C L K _ V D D

Z 0 2 0 3

NBGFX_CLKN 10NBGFX_CLKP 10

CPU_CLKN 5

Z 0 2 0 1

SBLINK_CLKP 10

SBSRC_CLKP 14SBSRC_CLKN 14

SBLINK_CLKN 10

P C I E _P E 2_ C L K P _ R

PCIE_EXPCARD_CLKN 18PCIE_EXPCARD_CLKP 18

P C I E _P E 1_ C L K N _ R

P C I E _P E 3_ C L K N _ RP C I E _P E 3_ C L K P _ RP C I E _P E 2_ C L K N _ R

P C I E _P E 1_ C L K P _ R

PCIE_WLAN_CLKP 18

PCIE_CR_CLKP 21PCIE_CR_CLKN 21

P C I E _ E X P C A R D _C L K P _ RP C I E _ E X P C A R D _C L K N _ R

NBHT_CLKN 10NBHT_CLKP 10

PCIE_WLAN_CLKN 18

S E L_ S A T A

S C L K 07 , 8 , 1 5S D A TA 07 , 8 , 1 5

CLK_48M_USB 15Z 0 20 8

W L A N _ C L K R E Q#1 8P C I E _ E X P C A R D _ C LK R E Q #15 , 1 8

NB_OSC 10

Z 02 0 5

S E L _ H T 6 6

N B G P P _ C L K P _RN B G P P _ C L K N _ R

Z 0 20 7

N B G F X _ C L K P _ RN B G F X _ C L K N _R

C P U _ C L K P _ RC P U _ C L K N _R

GF X _ C L K N _ RGF X _ C L K P _R

R 44 6*0 _ 0 4 02 _ 5 m il _ s ho rt

RS780 1.1 V

S E L _ S A T A

Layout note:PLACE CRYSTAL WITHIN 500MILS OF ICS9LPRS480

S B S R C _ C L K P _RS B S R C _ C L K N _ R

N B S LI N K _ C L K P _ RN B S LI N K _ C L K N _ R

N B H T R E F _ C L K N _ RN B H T R E F _ C L K P _ RZ 0 2 0 9

Z 0 2 1 0Z 0 2 1 1

Cl ock c hip has in ternal seri al terminations

for differencial pa irs , external res ist ors areres erved f or debug purpose.

Sheet 2 of 35Clock Generator

Schematic Diagrams

B - 4 CPU-1

B.S

chem

atic

Dia

gra

ms

CPU-1

Sheet 3 of 35CPU-1

* If VL DT is con ne cte d o nly o n o ne sid e, o ne 4.7u F cap sh ou ld b e ad de d t o the island sid e

1.5A60MIL

1.5A60MIL

Place close to socket

C440

4.7U_6.3V_06

C447

4.7U_6.3V_06

C452

.22U_10V_04

C451

.22U_10V_04

HT LINK

U15A

SOCKET_638_PIN

VLDT_A3D4 VLDT_A2D3 VLDT_A1D2 VLDT_A0D1

VLDT_B3AE5VLDT_B2AE4VLDT_B1AE3VLDT_B0AE2

L0_CADIN_H15N5

L0_CADIN_L15P5

L0_CADIN_H14M3

L0_CADIN_L14M4

L0_CADIN_H13L5

L0_CADIN_L13M5

L0_CADIN_H12K3

L0_CADIN_L12K4

L0_CADIN_H11H3

L0_CADIN_L11H4

L0_CADIN_H10G5

L0_CADIN_L10H5

L0_CADIN_H9F3

L0_CADIN_L9F4

L0_CADIN_H8E5

L0_CADIN_L8F5

L0_CADIN_H7N3

L0_CADIN_L7N2

L0_CADIN_H6L1

L0_CADIN_L6M1

L0_CADIN_H5L3

L0_CADIN_L5L2

L0_CADIN_H4J1

L0_CADIN_L4K1

L0_CADIN_H3G1

L0_CADIN_L3H1

L0_CADIN_H2G3

L0_CADIN_L2G2

L0_CADIN_H1E1

L0_CADIN_L1F1

L0_CADIN_H0E3

L0_CADIN_L0E2

L0_CADOUT_H15T4

L0_CADOUT_L15T3

L0_CADOUT_H14V5

L0_CADOUT_L14U5

L0_CADOUT_H13V4

L0_CADOUT_L13V3

L0_CADOUT_H12Y5

L0_CADOUT_L12W5

L0_CADOUT_H11AB5

L0_CADOUT_L11AA5

L0_CADOUT_H10AB4

L0_CADOUT_L10AB3

L0_CADOUT_H9AD5

L0_CADOUT_L9AC5

L0_CADOUT_H8AD4

L0_CADOUT_L8AD3

L0_CADOUT_H7T1

L0_CADOUT_L7R1

L0_CADOUT_H6U2

L0_CADOUT_L6U3

L0_CADOUT_H5V1

L0_CADOUT_L5U1

L0_CADOUT_H4W2

L0_CADOUT_L4W3

L0_CADOUT_H3AA2

L0_CADOUT_L3AA3

L0_CADOUT_H2AB1

L0_CADOUT_L2AA1

L0_CADOUT_H1AC2

L0_CADOUT_L1AC3

L0_CADOUT_H0AD1

L0_CADOUT_L0AC1

L0_CLKIN_H1J5

L0_CLKIN_L1K5

L0_CLKIN_H0J3

L0_CLKIN_L0J2

L0_CTLIN_H1P3

L0_CTLIN_L1P4

L0_CTLIN_H0N1

L0_CTLIN_L0P1

L0_CLKOUT_H1Y4

L0_CLKOUT_L1Y3

L0_CLKOUT_H0Y1

L0_CLKOUT_L0W1

L0_CTLOUT_H1T5

L0_CTLOUT_L1R5

L0_CTLOUT_H0R2

L0_CTLOUT_L0R3

C441180P_NPO_50V_04

C442

180P_NPO_50V_04

C443

4.7U_6.3V_06

1.2VS

1.2VS

HT_NB_CPU_CAD_L09HT_CPU_NB_CAD_H0 9

1.2VS

HT_NB_CPU_CAD_H29HT_NB_CPU_CAD_L19HT_NB_CPU_CAD_H19

HT_NB_CPU_CAD_H49HT_NB_CPU_CAD_L39HT_NB_CPU_CAD_H39HT_NB_CPU_CAD_L29

HT_NB_CPU_CAD_L59HT_NB_CPU_CAD_H59HT_NB_CPU_CAD_L49




HT_NB_CPU_CAD_H129HT_NB_CPU_CAD_L119HT_NB_CPU_CAD_H119HT_NB_CPU_CAD_L109



HT_NB_CPU_CLK_L09HT_NB_CPU_CLK_H09

HT_NB_CPU_CAD_L159

HT_NB_CPU_CTL_H09

HT_NB_CPU_CLK_L19HT_NB_CPU_CLK_H19

HT_CPU_NB_CAD_L0 9

HT_NB_CPU_CTL_L19HT_NB_CPU_CTL_H19HT_NB_CPU_CTL_L09

HT_CPU_NB_CAD_H2 9HT_CPU_NB_CAD_L1 9HT_CPU_NB_CAD_H1 9

HT_CPU_NB_CAD_L3 9HT_CPU_NB_CAD_H3 9HT_CPU_NB_CAD_L2 9



HT_CPU_NB_CAD_L8 9HT_CPU_NB_CAD_H8 9HT_CPU_NB_CAD_L7 9HT_CPU_NB_CAD_H7 9





HT_CPU_NB_CLK_L0 9HT_CPU_NB_CLK_H0 9

HT_CPU_NB_CAD_L15 9HT_CPU_NB_CAD_H15 9

HT_CPU_NB_CTL_H0 9

HT_CPU_NB_CLK_L1 9HT_CPU_NB_CLK_H1 9

HT_CPU_NB_CTL_L1 9HT_CPU_NB_CTL_H1 9HT_CPU_NB_CTL_L0 9

HT_NB_CPU_CAD_H09

Schematic Diagrams

CPU-2 B - 5

B.S

chem

atic Diag

rams

CPU-2

Sheet 4 of 35CPU-2

C 49 9

4 . 7 U _ 6 . 3V _0 6

C 4 9 2

* . 22 U _1 0 V _ 0 4

C P U _ M_ V R E F _S U S

C 4 8 3

10 0 0 P _X 7 R _ 5 0 V _ 04

C 4 9 1

*4 . 7U _ 6. 3 V _ 0 6

R 3 0 1 39 . 2 _ 1 %_ 0 4

C 8 6

18 0 P _ N P O _ 50 V _ 0 4

C 4 9 3

4. 7 U _6 . 3 V _ 0 6

C 11 5

. 1U _ X7 R _1 0 V _ 04

C 4 85

. 2 2 U _ 1 0 V _0 4

ME M : C M D / C T RL / C L K

U 15 B

S O C K E T_ 6 3 8_ P I N

V TT 1D 1 0

V TT 2C 1 0

V TT 3B 1 0

V TT 4A D 1 0

V T T5W 10

V T T6A C 1 0

V T T7A B 10

V T T8A A 10

V T T9A 10

MA 1 _ OD T1V 1 9 MA 1 _ OD T0

U 2 1 MA 0 _ OD T1V 2 2 MA 0 _ OD T0T 1 9

MB 1 _ OD T0Y 2 6MB 0 _ OD T1W 23MB 0 _ OD T0W 26

R S V D _ M2B 18

M B 1 _C S _ L0U 2 2M B 0 _C S _ L1W 25M B 0 _C S _ L0V 26

MA 0 _ C S _ L 1U 1 9

MA 1 _ C S _ L 1V 2 0 MA 1 _ C S _ L 0

U 2 0MA 0 _ C S _ L 0

T 2 0

MA _ A D D 1 5K 1 9 MA _ A D D 1 4K 2 4 MA _ A D D 1 3V 2 4 MA _ A D D 1 2K 2 0 MA _ A D D 1 1L 2 2 MA _ A D D 1 0

R 2 1 MA _ A D D 9K 2 2 MA _ A D D 8L 1 9 MA _ A D D 7L 2 1 MA _ A D D 6

M 2 4 MA _ A D D 5L 2 0 MA _ A D D 4

M 2 2 MA _ A D D 3M 1 9 MA _ A D D 2N 2 2 MA _ A D D 1M 2 0 MA _ A D D 0N 2 1

MA _ B A N K 2J 2 1 MA _ B A N K 1

R 2 3 MA _ B A N K 0R 2 0

MA _ R A S _LR 1 9

MA _ C A S _LT 2 2

MA _ W E _ LT 2 4

ME M Z PA F 1 0

ME M Z NA E 1 0

V T T _S E N S EY 1 0

M E MV R E FW 17

MA _ C L K _ H 4P 1 9

MA _ C L K _ L 4P 2 0

MA _ C L K _ H 7Y 1 6

MA _ C L K _ L 7A A 1 6

MA _ C L K _ H 1E 1 6

MA _ C L K _ L 1F 1 6

MA _ C L K _ H 5N 1 9

MA _ C L K _ L 5N 2 0

MB _ C L K _ H 4R 2 6

M B _ C L K _ L4R 2 5

MB _ C L K _ H 7A F 18

M B _ C L K _ L7A F 17

MB _ C L K _ H 1A 17

M B _ C L K _ L1A 18

MB _ C L K _ H 5P 22

M B _ C L K _ L5R 2 2

MA _ C K E 0J 2 2

MA _ C K E 1J 2 0 M B _ C K E 0

J 2 5

M B _ C K E 1H 2 6

M B _ A D D 15J 2 4M B _ A D D 14J 2 3M B _ A D D 13W 24M B _ A D D 12L 2 5M B _ A D D 11L 2 6M B _ A D D 10T 2 6M B _A D D 9K 26M B _A D D 8M 2 6M B _A D D 7L 2 4M B _A D D 6N 2 5M B _A D D 5L 2 3M B _A D D 4N 2 6M B _A D D 3N 2 3M B _A D D 2P 26M B _A D D 1N 2 4M B _A D D 0P 24

M B _ B A N K 2J 2 6M B _ B A N K 1U 2 6M B _ B A N K 0R 2 4

MB _ R A S _LU 2 5

MB _ C A S _LU 2 4

M B _W E _LU 2 3

R S V D _M 1H 1 6

C 10 5

1 0 00 P _ X 7 R _ 5 0V _ 0 4

C 8 5

* 1 00 0 P _ X7 R _5 0 V _ 0 4

C 49 0

*1 8 0P _ N P O_ 5 0 V _0 4

C 4 95

1 0 0 0P _X 7 R _ 5 0 V _0 4

C 50 0

4 . 7 U _ 6 . 3 V _0 6

C 4 8 8

1 8 0 P _N P O_ 5 0 V _ 04

R 9 61K _ 0 4 _1 %

C 4 7 7

*. 2 2 U _ 1 0 V _0 4

C 47 8

*1 00 0 P _ X 7R _ 50 V _ 0 4

C 4 89

. 2 2 U _ 1 0 V _ 04

PLACE THEM CLOSE TO CPU WITHIN 1"

R 2 9 3 39 . 2 _ 1 %_ 0 4

C 48 4

18 0 P _ N P O _ 50 V _ 0 4

ME M : D A T A

U 1 5C

S O C K E T _ 6 38 _ P I N

MB _ D A TA 63A D 1 1 MB _ D A TA 62A F 1 1 MB _ D A TA 61A F 1 4 MB _ D A TA 60A E 1 4 MB _ D A TA 59

Y 1 1 MB _ D A TA 58A B 1 1 MB _ D A TA 57A C 1 2 MB _ D A TA 56A F 1 3 MB _ D A TA 55A F 1 5 MB _ D A TA 54A F 1 6 MB _ D A TA 53A C 1 8 MB _ D A TA 52A F 1 9 MB _ D A TA 51A D 1 4 MB _ D A TA 50A C 1 4 MB _ D A TA 49A E 1 8 MB _ D A TA 48A D 1 8 MB _ D A TA 47A D 2 0 MB _ D A TA 46A C 2 0 MB _ D A TA 45A F 2 3 MB _ D A TA 44A F 2 4 MB _ D A TA 43A F 2 0 MB _ D A TA 42A E 2 0 MB _ D A TA 41A D 2 2 MB _ D A TA 40A C 2 2 MB _ D A TA 39A E 2 5 MB _ D A TA 38A D 2 6 MB _ D A TA 37A A 2 5 MB _ D A TA 36A A 2 6 MB _ D A TA 35A E 2 4 MB _ D A TA 34A D 2 4 MB _ D A TA 33A A 2 3 MB _ D A TA 32A A 2 4 MB _ D A TA 31

G2 4 MB _ D A TA 30G2 3 MB _ D A TA 29D 2 6 MB _ D A TA 28C 2 6 MB _ D A TA 27G2 6 MB _ D A TA 26G2 5 MB _ D A TA 25E 2 4 MB _ D A TA 24E 2 3 MB _ D A TA 23C 2 4 MB _ D A TA 22B 2 4 MB _ D A TA 21C 2 0 MB _ D A TA 20B 2 0 MB _ D A TA 19C 2 5 MB _ D A TA 18D 2 4 MB _ D A TA 17A 2 1 MB _ D A TA 16D 2 0 MB _ D A TA 15D 1 8 MB _ D A TA 14C 1 8 MB _ D A TA 13D 1 4 MB _ D A TA 12C 1 4 MB _ D A TA 11A 2 0 MB _ D A TA 10A 1 9 MB _ D A TA 9A 1 6 MB _ D A TA 8A 1 5 MB _ D A TA 7A 1 3 MB _ D A TA 6D 1 2 MB _ D A TA 5E 1 1 MB _ D A TA 4G1 1 MB _ D A TA 3B 1 4 MB _ D A TA 2A 1 4 MB _ D A TA 1A 1 1 MB _ D A TA 0C 1 1

M A _ D A T A 6 3A A 1 2M A _ D A T A 6 2A B 1 2M A _ D A T A 6 1A A 1 4M A _ D A T A 6 0A B 1 4M A _ D A T A 5 9W 1 1M A _ D A T A 5 8Y 1 2M A _ D A T A 5 7A D1 3M A _ D A T A 5 6A B 1 3M A _ D A T A 5 5A D1 5M A _ D A T A 5 4A B 1 5M A _ D A T A 5 3A B 1 7M A _ D A T A 5 2Y 1 7M A _ D A T A 5 1Y 1 4M A _ D A T A 5 0W 1 4M A _ D A T A 4 9W 1 6M A _ D A T A 4 8A D1 7M A _ D A T A 4 7Y 1 8M A _ D A T A 4 6A D1 9M A _ D A T A 4 5A D2 1M A _ D A T A 4 4A B 2 1M A _ D A T A 4 3A B 1 8M A _ D A T A 4 2A A 1 8M A _ D A T A 4 1A A 2 0M A _ D A T A 4 0Y 2 0M A _ D A T A 3 9A A 2 2M A _ D A T A 3 8Y 2 2M A _ D A T A 3 7W 2 1M A _ D A T A 3 6W 2 2M A _ D A T A 3 5A A 2 1M A _ D A T A 3 4A B 2 2M A _ D A T A 3 3A B 2 4M A _ D A T A 3 2Y 2 4M A _ D A T A 3 1H 2 2M A _ D A T A 3 0H 2 0M A _ D A T A 2 9E 2 2M A _ D A T A 2 8E 2 1M A _ D A T A 2 7J1 9M A _ D A T A 2 6H 2 4M A _ D A T A 2 5F 2 2M A _ D A T A 2 4F 2 0M A _ D A T A 2 3C 2 3M A _ D A T A 2 2B 2 2M A _ D A T A 2 1F 1 8M A _ D A T A 2 0E 1 8M A _ D A T A 1 9E 2 0M A _ D A T A 1 8D 2 2M A _ D A T A 1 7C 1 9M A _ D A T A 1 6G1 8M A _ D A T A 1 5G1 7M A _ D A T A 1 4C 1 7M A _ D A T A 1 3F 1 4M A _ D A T A 1 2E 1 4M A _ D A T A 1 1H 1 7M A _ D A T A 1 0E 1 7MA _D A T A 9E 1 5MA _D A T A 8H 1 5MA _D A T A 7E 1 3MA _D A T A 6C 1 3MA _D A T A 5H 1 2MA _D A T A 4H 1 1MA _D A T A 3G1 4MA _D A T A 2H 1 4MA _D A T A 1F 1 2MA _D A T A 0G1 2

MB _ D M7A D 1 2 MB _ D M6A C 1 6 MB _ D M5A E 2 2 MB _ D M4A B 2 6 MB _ D M3

E 2 5 MB _ D M2A 2 2 MB _ D M1B 1 6 MB _ D M0A 1 2

MB _ D QS _ H7A F 1 2

MB _ D QS _ L 7A E 1 2

MB _ D QS _ H6A E 1 6

MB _ D QS _ L 6A D 1 6

MB _ D QS _ H5A F 2 1

MB _ D QS _ L 5A F 2 2

MB _ D QS _ H4A C 2 5

MB _ D QS _ L 4A C 2 6

MB _ D QS _ H3F 2 6

MB _ D QS _ L 3E 2 6

MB _ D QS _ H2A 2 4

MB _ D QS _ L 2A 2 3

MB _ D QS _ H1D 1 6

MB _ D QS _ L 1C 1 6

MB _ D QS _ H0C 1 2

MB _ D QS _ L 0B 1 2

M A _ D M 7Y 1 3M A _ D M 6A B 1 6M A _ D M 5Y 1 9M A _ D M 4A C2 4M A _ D M 3F 2 4M A _ D M 2E 1 9M A _ D M 1C 1 5M A _ D M 0E 1 2

M A _D QS _H 7W 1 2

MA _ D QS _ L 7W 1 3

M A _D QS _H 6Y 1 5

MA _ D QS _ L 6W 1 5

M A _D QS _H 5A B 1 9

MA _ D QS _ L 5A B 2 0

M A _D QS _H 4A D2 3

MA _ D QS _ L 4A C2 3

M A _D QS _H 3G2 2

MA _ D QS _ L 3G2 1

M A _D QS _H 2C 2 2

MA _ D QS _ L 2C 2 1

M A _D QS _H 1G1 6

MA _ D QS _ L 1G1 5

M A _D QS _H 0G1 3

MA _ D QS _ L 0H 1 3

R 971K _ 0 4 _1 %

0 . 9 V

0 . 9 V

1. 8 V

0 . 9 V

C P U _M _ V R E F _ S U S

M E M_ MA _ A D D [ 0 . . 1 5 ]7

1. 8 V

ME M_ MA _ B A N K 17ME M_ MA _ B A N K 07

M E M_ M B _D A T A [ 0 . . 63 ]8

ME M_ MA _ W E #7ME M_ MA _ C A S #7ME M_ MA _ R A S #7

ME M_ MA _ B A N K 27

M E M_ M A 0 _C S # 07

M E M_ M A 0 _O D T 17M E M_ M A 0 _O D T 07

M E M_ M A _ C K E 17M E M_ M A _ C K E 07

M E M_ M A 0 _C S # 17

ME M_ MA _ C LK 7 _ P7ME M_ MA _ C LK 1 _ N7ME M_ MA _ C LK 1 _ P7

ME M _ MB 0 _ OD T1 8ME M _ MB 0 _ OD T0 8

ME M_ MA _ C LK 7 _ N7

ME M _ MB _ C K E 1 8ME M _ MB _ C K E 0 8

ME M _ MB 0 _ C S # 1 8ME M _ MB 0 _ C S # 0 8

ME M _ MB _ C L K 7 _ P 8ME M _ MB _ C L K 1 _ N 8ME M _ MB _ C L K 1 _ P 8

ME M _ MB _ B A N K 0 8

ME M _ MB _ A D D [ 0 . . 1 5] 8

ME M _ MB _ C L K 7 _ N 8

ME M _ MB _ R A S # 8

ME M _ MB _ B A N K 2 8ME M _ MB _ B A N K 1 8

ME M _M B _ D M [ 0. . 7]8

ME M _ MB _ W E # 8ME M _ MB _ C A S # 8

ME M _M B _ D Q S 1 _N8ME M _M B _ D Q S 1 _P8ME M _M B _ D Q S 0 _N8ME M _M B _ D Q S 0 _P8

ME M _M B _ D Q S 3 _P8ME M _M B _ D Q S 2 _N8ME M _M B _ D Q S 2 _P8

ME M _M B _ D Q S 4 _N8ME M _M B _ D Q S 4 _P8ME M _M B _ D Q S 3 _N8

ME M _M B _ D Q S 6 _P8ME M _M B _ D Q S 5 _N8ME M _M B _ D Q S 5 _P8

ME M _M B _ D Q S 7 _N8ME M _M B _ D Q S 7 _P8ME M _M B _ D Q S 6 _N8

ME M _M A _ D Q S 0_ N 7ME M _M A _ D Q S 0_ P 7

M E M_ MA _ D M[ 0 . . 7 ] 7

M E M_ MA _ D A T A [ 0. . 63 ] 7

ME M _M A _ D Q S 2_ P 7ME M _M A _ D Q S 1_ N 7ME M _M A _ D Q S 1_ P 7

ME M _M A _ D Q S 3_ N 7ME M _M A _ D Q S 3_ P 7ME M _M A _ D Q S 2_ N 7

ME M _M A _ D Q S 5_ P 7ME M _M A _ D Q S 4_ N 7ME M _M A _ D Q S 4_ P 7

ME M _M A _ D Q S 6_ N 7ME M _M A _ D Q S 6_ P 7ME M _M A _ D Q S 5_ N 7

ME M _M A _ D Q S 7_ N 7ME M _M A _ D Q S 7_ P 7

Place close to socket

To S

O-D

IMM

0so

cket

To

SO

-DIM

M 1

soc

ket

W idth 2 0 mil , le ngt h < 6 inch

C 13 81 0U _1 0 V _ 0 8

VTT75 0m A

VTT75 0mA

Z 0 4 01Z 0 4 02

Z 0 4 03Z 0 4 04

Z 0 4 05Z 0 4 06

Z 0 4 1 0Z 0 4 0 9

Z 0 4 0 8

Z 0 4 1 1Z 0 4 1 2

M _ Z NM_ZP

M E M_ MB _ D A T A 6






M E M_ MB _ D A T A 12M E M_ MB _ D A T A 13














ME M_ MA _ D A TA 5 4

ME M_ MA _ D A TA 0ME M_ MA _ D A TA 1ME M_ MA _ D A TA 2


ME M_ MA _ D A TA 3


ME M_ MA _ D A TA 5

ME M_ MA _ D A TA 7

ME M_ MA _ D A TA 4

ME M_ MA _ D A TA 8

ME M _M A _ D A T A 1 2

ME M _M A _ D A T A 1 0

ME M_ MA _ D A TA 6


ME M_ MA _ D A TA 9


ME M _M A _ D A T A 1 1










ME M_ MA _ D A TA 2 2ME M_ MA _ D A TA 2 1



























ME M _M B _ A D D 1 4

ME M _M B _ A D D 3

ME M _M B _ A D D 1 2



ME M _M B _ A D D 6

ME M _M B _ A D D 1

ME M _M B _ A D D 7

ME M _M B _ A D D 1 0

ME M _M B _ A D D 1 3

ME M _M B _ A D D 1 1

ME M _M B _ A D D 8

ME M _M B _ A D D 4

ME M _M B _ A D D 2

ME M _M B _ A D D 5

ME M _M B _ A D D 9

ME M _M B _ A D D 0

ME M _M B _ A D D 1 5


Z 0 4 0 7

ME M _ MA _ A D D 1 4ME M _ MA _ A D D 1 3

ME M _ MA _ A D D 3

ME M _ MA _ A D D 1 2

ME M _ MA _ A D D 1 0ME M _ MA _ A D D 1 1

ME M _ MA _ A D D 2ME M _ MA _ A D D 1

ME M _ MA _ A D D 8ME M _ MA _ A D D 9

ME M _ MA _ A D D 5ME M _ MA _ A D D 6ME M _ MA _ A D D 7

ME M _ MA _ A D D 4

ME M _ MA _ A D D 0

ME M _ MA _ A D D 1 5

M E M _M A _ D M5

ME M _ MA _ R E S E T #

M E M _M A _ D M6

M E M _M A _ D M2

M E M _M A _ D M4

M E M _M A _ D M1M E M _M A _ D M0

M E M _M A _ D M3

M E M _M A _ D M7

M E M_ MB 1_ O D T 0

ME M _ MA 1 _ OD T0ME M _ MA 1 _ OD T1

M E M_ MB _ D M5M E M_ MB _ D M6

M E M_ MB _ D M4M E M_ MB _ D M3

M E M_ MB _ D M7

M E M_ MB _ D M2M E M_ MB _ D M1M E M_ MB _ D M0

M E M_ MB _R E S E T #






































Processor Memory Interface

Schematic Diagrams

B - 6 CPU-3

B.S

chem

atic

Dia

gra

ms

CPU-3

Sheet 5 of 35CPU-3

EX I T B A L L F I EL D ) A N D 5 0 0 m il s L O N G .50 m i l s WI D E (U S E 2 x 2 5 m i l T R A C E S T O

C P U _S V D _R

K e ep t rac e f rom res is o r to C P U w it h i n 0 . 6"k ee p t ra ce f ro m ca p s to C P U w i t hi n 1. 2"

C P U _ME MH OT# _1. 8 V

L A Y O U T : R O U T E V D D A T R A C E A P P R O X .

C PU _ V D D A_ R U N

CPU_HTREF0R 2 85 * 0_0 40 2_ 10m il _s hor t

C 4 7. 1U _X 7R _ 10 V_ 04

C 8310 U _1 0V _0 6

P R 3 6 2. 2_ 1%_ 06

R 4 3*0_ 040 2_ 5mi l _sh ort

R 3 20

3 00_ 04

R 8 53 00 _04

R 319*0 _04 02 _5m il _s ho rt

R 4 5

* 220 _0 4

R 191300 _0 4

Q39

2N 39 04

B

E C

U 13

AD M1 03 2A R M

S C L K8

SD A T A7

AL ER T #6

GN D5

T H ER M#4 D -3 D +2 V D D1

R 3 16*0_ 04 02_ 5m il _s hort

Q38

*2N 3 90 4

B

EC

R 30 810 0K _0 4

R 274*0 _04

R 30 0

4. 7 K_ 04

R 3 173 90 _0 4

P R 109 2. 2 _1 %_0 6

R 36

1K _0 4

R 89

*2 .2 K _04

Q11

MTN 7 00 2Z H S3

G

DS

R 63 44 . 2_1 %_ 04

R 94

*22 0_ 04

C 47 5

1 U _1 6V _0 6

R 56 44 . 2_1 %_ 04

R 44*0 _0 40 2_5 mi l_ sh ort

R 32 41K _ 04

R 31 4

30 0_ 04

R 6 4300 _0 4

P R 37 2 . 2_ 1%_ 06

R 88 *0 _04

P R 10 8 2. 2_ 1%_ 06

U 1 5D

S OC K ET _6 38 _P I N

VD D A 1F 8

VD D A 2F 9

R ES E T_ LB 7

PW R OKA 7

LD T ST OP_ LF1 0

SI CA F 4

SI DA F 5

H T_ RE F 1P 6 H T_ RE F 0R 6

VD D 0 _F B _HF 6

VD D 0 _F B _LE 6 V D D IO_ F B_ H

W 9

V D D I O_F B _LY 9

TH E R MTR I P _LA F6

PR OC H OT _LA C 7

R SV D 2A 5

LD T RE Q_ LC 6

S V CA 6

S V DA 4

R S VD 6C 5R SV D 4

B 5

R SV D 1A 3

C LK I N _HA 9

C LK I N _LA 8

D BR D YG1 0

TMSA A 9

TC KA C 9

TR S T_ LA D 9

TD IA F 9

D B R E Q_LE 10

T D OA E9

TE S T25 _HE 9

TE S T25 _LE 8

TE S T19G9 TE S T18

H 1 0

R S VD 8A A7

TE S T9C 2

TE ST 17D 7

TE ST 16E 7

TE ST 15F 7

TE ST 14C 7

TE S T12A C 8

TE S T7C 3

TE S T6A A 6

TH E R MD CW 7

TH E R MD AW 8

VD D 1 _F B _HY 6

VD D 1 _F B _LA B 6

T ES T2 9_ HC 9

TE S T29 _LC 8

TE S T24A E 7

TE S T23A D 7

TE S T22A E 8

TE S T21A B 8

TE S T20A F 7

T ES T2 8_ HJ7

TE S T28 _LH 8

TE S T27A F 8

AL E RT _LA E 6

TE ST 10K 8

TE S T8C 4

R SV D 3B 3

R SV D 5C 1

V D D N B_ F B_ HH 6

VD D N B _F B _LG6

R S VD 7D 5

K EY 2W 18

MEMH OT _LA A8

R S V D 10H 18

R S VD 9H 19

K EY 1M11

Q1 2

MT N 70 02 ZH S 3

G

DS

R 32 5*10 K _04

P R 11 6 2 . 2_1 %_ 06

R 3 5

1 K_ 04

P WR GD

R 76*0 _0 40 2_5 mi l_ sh ort

C 4 8.1 U _X 7R _ 10V _ 04

R 48

* 220 _0 4

R 318

300 _0 4

R 32 139 0_0 4

PR 1 13 2. 2_ 1% _06

R 2 92 10K _ 04

C 75

39 00 P_ X7 R _50 V_ 04C P U _T H ER MT R IP # _1. 8 V

R 2 78300 _0 4

R 8 0* 0_0 40 2_ 5mi l_ sh ort

C 4 59 . 1U _ X7R _ 10 V_ 04

R 9 1 34 . 8K _0 4

R 75 3 00 _04

C 4 634. 7U _ 6. 3V _0 6

R 84300 _0 4

R 9 5

1 0K _0 4

C 4 7410 00P _ X7R _ 50 V_ 04

R 9 0 20 K_ 04

R 83

4. 7K _ 04

R 31 20_ 04

R 189300 _0 4

R 3 22

* 10K _0 4

R 29 9

4. 7K _ 04

C 4 64.2 2U _ 16 V_ 06

LD T _R S T#

C 8 4390 0P _X 7R _ 50 V_ 04

R 4 7*0_ 040 2_ 5mi l _sh ort

L4 8 F C M16 08K T-3 00 T07

R 32 3

1 0K _0 4R 6 2

1 69 _1 %_0 4

R 315*0 _04 02 _5m il _s ho rt

R 4 6*0_ 040 2_ 5mi l _sh ort

R 2 79 * 0_0 40 2_ 10m il _s hor t

C 76

39 00 P_ X7 R _50 V_ 04

1. 8V

1 .8 V

L D T_R S T #

1 .8 V S

2. 5V _C P U

1 .8 V

1. 8 V

V D D 3

TH M_ VD D

1 .8 V S

1 .8 V S

p l a ce th e m to C P U w i th i n 1 .5 "

T H M_V D D

3. 3 V

LD T _R S T# _H D T

3. 3 V

3. 3 VS

3. 3V S

C P U _V D D 1

C P U_ V D D 0

C P U _ VD D N B

3 . 3V S

1. 2 VS

1. 8V

1. 8 V

1. 8 V

C PU _ SV C 27

C P U _ME MH OT # 7, 8

C P U _TH E R MT R IP # 1 5

C PU _ C LK P2

C PU _ C LK N2

C PU _ SV D 27

S C L K315

SD A T A315

C P U _L D T_S T OP#10 ,1 4

C P U _L D T_R S T #1 4

S MC _C P U _ TH E R M 2 4

C P U _ LD T_ R E Q#10

C P U _P WR GD1 4

T H ER M_ A LE R T# 1 5, 24

S MD _C P U _ TH E R M 2 4

C P U _ V D D 1_ R U N _ F B _H2 7

C P U _ V D D 0_ R U N _ F B _L2 7

C P U _ V D D 1_ R U N _ F B _L2 7C P U _V D D N B _R U N _ FB _ H 2 7C P U _V D D N B _R U N _ FB _ L 27

C P U _ V D D 0_ R U N _ F B _H2 7

C P U _P WR GD _ S VI D _ R EG 27

C P U _P R OC H OT # 14

C P U _S V C _R

Z 05 02

Z0 50 3Z0 50 5

C P U _P W R GD _S V ID _ R E G

C P U _ AL ER T

Nea r toADM 1032

10 M IL E

Layo ut Note :Rout e H _THE RMD A an dH_TH ERM DC o n s ame laye r.10 m il trac e o n 10 milspac ing .

10 M IL E

P WR GD

20 m il

Thermal IC

C PU _T DI

C PU _T M S

C PU _D BR EQ #

C PU _T DO

C PU _D BR D Y

C PU _T CK

LD T _R S T# _H D T

C PU _T RS T#

KE Y

J1

*A S P-6 820 0-0 7

1

1 92 12 3

24681012

3

14161820222426

579

1 11 31 51 7

CP U_ DB RE Q #P WR GD

2008/03/24

Z 05 01

C P U _ LD T_ R E Q#

C PU _ C LK I N _S C _PC PU _ C LK I N _S C _N

L D T_ R ST #

C P U _T D O

C P U _D B R E Q#

C P U _ TE ST 25 _L _B Y PA S SC L K _L

H_ TH E R MD A

C L O S E T O S O C K ETC L O S E T O S O C K E T

H_ TH E R MD C

C P U _P R OC H OT# _R

C P U _T ES T 28_ L_ PL LC H R Z _N

C P U _T ES T 17_ B P3

C P U _T ES T 8_D I G_ T

C P U _T ES T 28_ H _P LL C H R Z_ P


C P U _T ES T 10_ A N AL OGOU T

C P U _T ES T 29_ L_ FB C LK OU T _N


C P U _T ES T 7_A N A LOG_ T


C P U _T ES T 29_ H _F B C LK OU T_ P

VDDA250mA

C P U _ SI D

CPU_HTREF1

C P U _ SI C

C P U _ TE ST 25 _H _ BY P A SS C LK _ H

L D T_ ST OP #

C P U _S V C _R

H _TH E R MD AH _TH E R MD C

P WR GD

C PU _ S VC

C P U _S V D _R

C P U _ TE ST 12 _S C A NS H I F TE N B

C P U _ TE ST 9_ AN A L OGI N

C P U _T D I

C P U _ TE ST 20 _S C A NC L K 2

C P U _ TE ST 27 _S I N GLE C H AI N

C P U _T R S T#

C P U _T E ST 23 _TS TU P D

C PU _ S VD

C P U _ TE ST 21 _S C A NE N

C P U _D B R D YC P U _T MSC P U _T C K

C P U _ TE ST 6_ D I EC R A C K MON

C P U _ TE ST 22 _S C A NS H I F TE NC P U _ TE ST 24 _S C A NC L K 1

C P U _T E ST 18 _P LLT E ST 1C P U _T E ST 19 _P LLT E ST 0

PW R GD 1

C PU _ LD T _R E Q#

C P U _T H ER MD CC P U _T H ER MD A

C P U _S I D

C P U _S I C

VID Override Circuit

L D T_S T OP#

AMD CHECK tolerance 10% 1113

P WR GD

HDT Connector 1 . 8V

K n o w n lo w te m p e r at u re P G i s s u e ,R e p l ac e w i t h an o t he r p ar t

P W RGD

Schematic Diagrams

CPU-4 B - 7

B.S

chem

atic Diag

rams

CPU-4

Sheet 6 of 35CPU-4

C 5 94

* 1 0U _6 . 3 V _ 0 6

VDD IO2 A

C 5 95

* 1 0U _ 6. 3 V _ 0 6

C 5 96

*1 0 U _ 6 . 3 V _0 6

C 12 9

4 . 7 U _ 6 . 3V _0 6

C 1 1 4

. 0 1 U _ 1 6 V _0 4

C 1 21

. 0 1U _ 16 V _ 0 4

C 1 25

4 . 7U _ 6. 3 V _ 0 6

C 1 1 7

. 2 2 U _ 1 0V _0 4

C 9 1

. 22 U _1 0 V _ 0 4

C 11 6

. 2 2 U _ 1 0V _0 4

U 15 F

S OC K E T _6 3 8 _P I N

V S S 1A A 4

V S S 2A A 11

V S S 3A A 13

V S S 4A A 15

V S S 5A A 17

V S S 6A A 19

V S S 7A B 2

V S S 8A B 7

V S S 9A B 9

V S S 10A B 23

V S S 11A B 25

V S S 12A C 11

V S S 13A C 13

V S S 14A C 15

V S S 15A C 17

V S S 16A C 19

V S S 17A C 21

V S S 18A D 6

V S S 19A D 8

V S S 20A D 25

V S S 21A E 11

V S S 22A E 13

V S S 23A E 15

V S S 24A E 17

V S S 25A E 19

V S S 26A E 21

V S S 27A E 23

V S S 28B 4

V S S 29B 6

V S S 30B 8

V S S 31B 9

V S S 32B 11

V S S 33B 13

V S S 34B 15

V S S 35B 17

V S S 36B 19

V S S 37B 21

V S S 38B 23

V S S 39B 25

V S S 40D 6

V S S 41D 8

V S S 42D 9

V S S 43D 11

V S S 44D 13

V S S 45D 15

V S S 46D 17

V S S 47D 19

V S S 48D 21

V S S 49D 23

V S S 50D 25

V S S 51E 4

V S S 52F 2

V S S 53F 11

V S S 54F 13

V S S 55F 15

V S S 56F 17

V S S 57F 19

V S S 58F 21

V S S 59F 23

V S S 60F 25

V S S 61H 7

V S S 62H 9

V S S 63H 21

V S S 64H 23

V S S 65J4

V S S 66J 6

V S S 67J 8

V S S 68J 1 0

V S S 69J 1 2

V S S 70J 1 4

V S S 71J 1 6

V S S 72J 1 8

V S S 73K 2

V S S 74K 7

V S S 75K 9

V S S 76K 1 1

V S S 77K 1 3

V S S 78K 1 5

V S S 79K 1 7

V S S 80L 6

V S S 81L 8

V S S 82L 1 0

V S S 83L 1 2

V S S 84L 1 4

V S S 85L 1 6

V S S 86L 1 8

V S S 87M 7

V S S 88M 9

V S S 89A C 6

V S S 90M 17

V S S 91N 4

V S S 92N 8

V S S 93N 10

V S S 94N 16

V S S 95N 18

V S S 96P 2

V S S 97P 7

V S S 98P 9

V S S 99P 1 1

V S S 1 00P 1 7

V S S 1 01R 8

V S S 1 02R 10

V S S 1 03R 16

V S S 1 04R 18

V S S 1 05T 7

V S S 1 06T 9

V S S 1 07T 1 1

V S S 1 08T 1 3

V S S 1 09T 1 5

V S S 1 10T 1 7

V S S 1 11U 4

V S S 1 12U 6

V S S 1 13U 8

V S S 1 14U 10

V S S 1 15U 12

V S S 1 16U 14

V S S 1 17U 16

V S S 1 18U 18

V S S 1 19V 2

V S S 1 20V 7

V S S 1 21V 9

V S S 1 22V 1 1

V S S 1 23V 1 3

V S S 1 24V 1 5

V S S 1 25V 1 7

V S S 1 26W 6

V S S 1 27Y 21

V S S 1 28Y 23

V S S 1 29N 6

C 6 51 8 0 P _N P O_ 5 0 V _ 04

C 78

. 0 1 U _ 1 6V _0 4

C 1 2 0

* 4 . 7U _ 6. 3 V _ 0 6

C 9 4

. 22 U _1 0 V _ 0 4

C 1 2 4

*. 2 2 U _ 1 0V _0 4

C 1 12

1 8 0 P _X 7 R _ 5 0 V _ 04

C 1 1 8

. 2 2 U _ 1 0V _0 4

C 1 2 8

4. 7 U _6 . 3 V _ 06

C 1 11

* . 22 U _1 0 V _ 0 4

C 1 1 0

1 80 P _ N P O_ 5 0V _ 0 4

C 1 1 31 8 0 P _ X7 R _ 5 0 V _ 04

U 1 5 E

S O C K E T _ 6 38 _ P I N

V D D 1_ 2 5A C 4

V D D 1_ 2 6A D 2

V D D 0 _1G4

V D D 0 _2H 2

V D D 0 _3J 9

V D D 0 _4J 1 1

V D D 0 _5J 1 3

V D D 0 _7K 6

V D D 0 _8K 1 0

V D D 0 _9K 1 2

V D D 0 _1 0K 1 4

V D D 0 _1 1L 4

V D D 0 _1 2L 7

V D D 0 _1 3L 9

V D D 0 _1 4L 1 1

V D D 0 _1 5L 1 3

V D D 0 _1 7M2

V D D 0 _1 8M6

V D D 0 _1 9M8

V D D 0 _2 0M1 0

V D D 0 _2 1N 7

V D D 0 _2 2N 9

V D D 0 _2 3N 1 1

V D D 1 _ 1P 8

V D D 1 _ 2P 1 0

V D D 1 _ 3R 4

V D D 1 _ 4R 7

V D D 1 _ 5R 9

V D D 1 _ 6R 1 1

V D D 1 _ 7T 2

V D D 1 _ 8T 6

V D D 1 _ 9T 8

V D D 1_ 1 0T 10

V D D 1_ 1 1T 12

V D D 1_ 1 2T 14

V D D 1_ 1 3U 7

V D D 1_ 1 4U 9

V D D 1_ 1 5U 1 1

V D D 1_ 1 6U 1 3

V D D 1_ 1 8V 6

V D D 1_ 1 9V 8

V D D 1_ 2 0V 1 0

V D D 1_ 2 1V 1 2

V D D 1_ 2 2V 1 4

V D D 1_ 2 3W 4

V D D 1_ 2 4Y 2

V D D 0 _6J 1 5

V D D N B _1K 1 6

V D D 0 _1 6L 1 5

V D D N B _2M1 6

V D D N B _3P 1 6

V D D N B _4T 1 6

V D D 1_ 1 7U 1 5

V D D N B _5V 1 6

V D D I O1H 2 5

V D D I O2J 1 7

V D D I O3K 1 8

V D D I O4K 2 1

V D D I O5K 2 3

V D D I O6K 2 5

V D D I O7L 1 7

V D D I O8M1 8

V D D I O9M2 1

V D D I O1 0M2 3

V D D I O1 1M2 5

V D D I O1 2N 1 7

V D D I O1 3P 1 8V D D I O1 4P 2 1V D D I O1 5P 2 3V D D I O1 6P 2 5V D D I O1 7R 1 7V D D I O1 8T 18V D D I O1 9T 21V D D I O2 0T 23V D D I O2 1T 25V D D I O2 2U 1 7V D D I O2 3V 1 8V D D I O2 4V 2 1V D D I O2 5V 2 3V D D I O2 6V 2 5V D D I O2 7Y 2 5

C 3 4

1 0U _ 6. 3 V _ 0 6

C 98

. 0 1 U _ 1 6V _0 4

C 1 04

. 2 2 U _ 1 0 V _0 4

C 5 97

* 1 0U _ 6. 3 V _ 0 6

C 7 71 80 P _ N P O_ 50 V _ 0 4

C P U _V D D 0

C P U _ V D D 1

1 . 8V

C P U _ V D D N B

C P U _ V D D 1

C P U _ V D D N B 1. 8 V

1 . 8 V

1 . 8 V

C P U _ V D D 0

C 79

1 0 U _ 6 . 3V _0 6

C 93

1 0 U _ 6 . 3V _ 0 6

BOTTOM SIDE DECOUPLING

C103

1 0 U _ 6 . 3V _ 0 6

C 9 2

1 0 U _ 6 . 3 V _ 06

PLACE CLOSE TO PROCESSOR AS POSSIBLEDECOUPLING BETWEEN PROCESSOR AND DIMMs

C 10 0

1 0 U _ 6. 3V _ 0 6

C 97

1 0U _ 6. 3V _ 0 6

C 99

10 U _6 . 3 V _ 06

C 35

1 0 U _ 6 . 3V _0 6

C 1 02

1 0 U _ 6 . 3 V _ 06

VDDI O2A

CPU _VDDN B3 A

C 13 3

1 0 U _ 6 . 3V _0 6

VDD1 CORE1.375-1.500V18A

VDD0 CORE0.375-1.500V18A

C 13 2

1 0 U _ 6 . 3V _ 0 6

Schematic Diagrams

B - 8 DDRII SO-DIMM_0

B.S

chem

atic

Dia

gra

ms

DDRII SO-DIMM_0

Sheet 7 of 35DDRII SO-DIMM_0

2 0m il s

2 0m il s

MEM_ MA _B A N K2

SO-DIMM 0

MEM_ MA _A D D 9

CLO SE TO SO-D IMM _0

MEM_ MA _A D D 12

Width 20 mi l ,length <6 inchMV R E F _D I M

Z 0 70 4

Z 070 2

MEM_ MA _A D D 8

Z 0 703

MEM_ MA _B A N K2

MEM_ MA _B A N K0

MEM_ MA _A D D 1

MEM_ MA _A D D 5MEM_ MA _A D D 3

MEM_ MA _A D D 10

MEM_ MA _B A N K0

ME M_MA _D A T A2 0

ME M_MA _D A T A5 5

ME M_MA _D A T A3 0

MEM _MA _D QS 0_ N

ME M_MA _D A T A6 3

ME M_MA _D A T A5 2

ME M_MA _D A T A3

ME M_MA _D A T A4 0

ME M_MA _D A T A3 1

MEM _MA _C L K7 _N

MEM_ MA_ D M3

ME M_MA _D A T A1

ME M_MA _D A T A3 8

ME M_MA _D A T A5 7

MEM _MA _D QS 0_ P

ME M_MA _D A T A2 5

ME M_MA _D A T A4 7

ME M_MA _D A T A6ME M_MA _D A T A5

MEM _MA _D QS 6_ N

ME M_MA _D A T A6 1

ME M_MA _D A T A8

MEM _MA _D QS 5_ P

MEM _MA _D QS 1_ N

MEM_ MA_ D M1

ME M_MA _D A T A4 8

ME M_MA _D A T A5 6

ME M_MA _D A T A4 9

ME M_MA _D A T A6 2

MEM_ MA 0_C S# 1

ME M_MA _D A T A4 1

ME M_MA _D A T A1 3

ME M_MA _D A T A1 9

MEM _MA _D QS 4_ N

MEM_ MA_ D M5

ME M_MA _D A T A1 4

ME M_MA _D A T A5 8

MEM _MA _C L K7 _P

SA 1 _D I M0_ 1

MEM_ MA_ D M7

MEM _MA _C L K1 _NMEM _MA _C L K1 _P

MEM_ MA_ D M4

MEM _MA _D QS 7_ N

MEM_ MA 0_O D T1

ME M_MA _D A T A3 2

ME M_MA _D A T A2 6

ME M_MA _D A T A2 3

ME M_MA _D A T A1 1

MEM _MA _D QS 2_ P

SD A T A0

MEM_ MA_ D M0

ME M_MA _D A T A1 8

ME M_MA _D A T A1 5

ME M_MA _D A T A7

ME M_MA _D A T A5 1

ME M_MA _D A T A0

ME M_MA _D A T A6 0MEM _MA _D QS 3_ N

MEM _MA _C K E 0

MEM_ MA _W E#

MEM_ MA_ D M6

ME M_MA _D A T A2 9

ME M_MA _D A T A4 5

MEM_ MA _R A S #

MEM _MA _D QS 7_ P

ME M_MA _D A T A4

ME M_MA _D A T A9

ME M_MA _D A T A4 2

SC L K 0

MEM _MA _D QS 6_ P

ME M_MA _D A T A3 3

ME M_MA _D A T A3 7

ME M_MA _D A T A3 9

ME M_MA _D A T A2 1

ME M_MA _D A T A2

SA 0 _D I M0_ 1

MEM_ MA 0_O D T0

MEM _MA _D QS 2_ N

ME M_MA _D A T A3 4

ME M_MA _D A T A2 4

ME M_MA _D A T A4 6

ME M_MA _D A T A1 2

MEM_ MA _C A S #

MEM _MA _D QS 4_ P

ME M_MA _D A T A2 2

ME M_MA _D A T A1 6

ME M_MA _D A T A4 4

ME M_MA _D A T A1 0

MEM _MA _C K E 1

MEM_ MA_ D M2

MEM _MA _D QS 5_ N

ME M_MA _D A T A1 7

ME M_MA _D A T A3 5

ME M_MA _D A T A5 4

ME M_MA _D A T A4 3

ME M_MA _D A T A2 8

ME M_MA _D A T A3 6

ME M_MA _D A T A5 0

ME M_MA _D A T A2 7

ME M_MA _D A T A5 9

MEM _MA _D QS 1_ P

MEM _MA _D QS 3_ P

MEM_ MA 0_C S# 0

ME M_MA _D A T A5 3

MEM_ MA _A D D 15

MEM_ MA _A D D 5

MEM_ MA _A D D 11

MEM_ MA _A D D 1

MEM_ MA _A D D 9

MEM_ MA _A D D 13

MEM_ MA _A D D 7

MEM_ MA _A D D 2

MEM_ MA _A D D 0

MEM_ MA _A D D 3

MEM_ MA _A D D 8

MEM_ MA _A D D 4

MEM_ MA _A D D 10

MEM_ MA _A D D 6

MEM_ MA _A D D 12

MEM_ MA _A D D 14MEM_ MA _A D D 7

R 1 09

1K _1 %_ 04

C 19 1

*10 U _1 0V _0 8

R N 1 44 P2 R X4 7_ 04

1 42 3

C 1 79

1 0U _ 10 V_ 08

R 11 3*1 0K _0 4

C 1 77

. 1U _ X7 R _10 V _04

C 1 23

*. 1U _ X7 R _1 0V _0 4

C 1 50

1 U _6 .3 V _04

MEM_ MA _A D D 15

C 147

.2 2U _ X7 R _0 6

R N 64 P2 R X4 7_ 04

1423

C 1 74

. 1U _ X7 R _10 V _04

C 1 85 *. 1U _ X7 R _1 0V _0 4

C 1 68 . 1U _ X7 R _10 V _04

C 1 58

.1 U _X 7R _ 10 V_ 04

C 1 63 *. 1U _ X7 R _1 0V _0 4

C 1 87 *. 1U _ X7 R _1 0V _0 4

MEM_ MA _A D D 11

R N 24 P2 R X4 7_ 04

1423

R 110 *0 _04

C 1 22

. 1U _ X7 R _10 V _04

C 10 9

.1 U _X 7R _ 10 V_ 04

C 1 84 . 1U _ X7 R _10 V _04

C 1 06

1. 5P _ X7R _ 50 V _04

R N 44 P2 R X4 7_ 04

1423

J_ D I MM_1 B

1-7 34 074 -1

V D D 1112

V D D 2111

V D D 3117

V D D 496

V D D 595

V D D 6118

V D D 781

V D D 882

V D D 987

V D D 1 0103

V D D 1 188

V D D 1 2104

V D D S P D199

N C 183

N C 2120

N C 350

N C 469

N C T E ST163

V R E F1

GN D 0201

GN D 1202

V S S 147

V S S 2133

V S S 3183

V S S 477

V S S 512

V S S 648

V S S 7184

V S S 878

V S S 971

V S S 1072

V S S 11121

V S S 12122

V S S 13196

V S S 14193

V S S 158

V S S1 618

V S S1 724

V S S1 841

V S S1 953

V S S2 042

V S S2 154

V S S2 259

V S S2 365

V S S2 460

V S S2 566

V S S2 612 7

V S S2 713 9

V S S2 812 8

V S S2 914 5

V S S3 016 5

V S S3 117 1

V S S3 217 2

V S S3 317 7

V S S3 418 7

V S S3 517 8

V S S3 619 0

V S S3 79

V S S3 821

V S S3 933

V S S4 015 5

V S S4 134

V S S4 213 2

V S S4 314 4

V S S4 415 6

V S S4 516 8

V S S4 62

V S S4 73

V S S4 815

V S S4 927

V S S5 039

V S S5 114 9

V S S5 216 1

V S S5 328

V S S5 440

V S S5 513 8

V S S5 615 0

V S S5 716 2

C 1 52

. 1U _X 7R _ 10 V_ 04

C 1 72 . 1U _ X7 R _10 V _04

R 1 12

1 K _1 %_0 4

R 123

10K _ 04

MEM_ MA _A D D 14

R N 1 54 P2 R X4 7_ 04

1 42 3

C 149

*. 22U _X7 R _0 6

C 1 76 *. 1U _ X7 R _1 0V _0 4

R N 74 P2 R X4 7_ 04

1423

C 146

10U _ 10 V_ 08

R N 1 24 P2 R X4 7_ 04

1 42 3

C 1 01

1. 5 P_ X7 R _50 V _0 4

C 1 78 . 1U _ X7 R _10 V _04

R 12 5*0_ 04 02_ 5m il _s ho rt

C 1 34

*. 1 U F_ 16 V _04

C 1 54

. 1U _ X7R _ 10 V _04

C 1 62

1 U _6 . 3V _0 4

MEM_ MA _A D D 6

C 1 90

. 1U _X 7R _ 10 V_ 04

R 12 6

10 K _04

C 1 83 *. 1U _ X7 R _1 0V _0 4

C 1 69 . 1U _ X7 R _10 V _04

C 1 70

*4 . 7U _ 6. 3V _0 6R 1 11 0_ 04

C 16 1

. 1U _ X7 R _1 0V _0 4

C 16 0

10 00 P_ X7 R _5 0V _0 4

C 1 51

. 01 U _16 V _0 4

C 1 26

* .1 U _X 7R _ 10 V_ 04

C 1 73 *. 1U _ X7 R _1 0V _0 4

R N 1 04 P2 R X4 7_ 04

1 42 3

C 18 2

*1 U _6. 3 V_ 04

C 1 65

1 0U _ 10 V_ 08

C 1 75 . 1U _ X7 R _10 V _04

+

-

U 3 B*L M35 85

67

84

R N 84 P2 R X4 7_ 04

1423

R 1 08 *0_ 04

R N 1 34 P2 R X4 7_ 04

1 42 3

J_ D I MM_1 A

1-7 34 074 -1

A 0102

A 1101

A 2100

A 399

A 498

A 597

A 694

A 792

A 893

A 991

A 1 0/ A P105

A 1 190

A 1 289

A 1 3116

A 1 486

A 1 584

A 1 6_B A 285

D Q05

D Q17

D Q217

D Q319

D Q44

D Q56

D Q614

D Q716

D Q823

D Q925

D Q1 035

D Q1 137

D Q1 220

D Q1 322

D Q1 436

D Q1 538

D Q1 643

D Q1 745

D Q1 855

D Q1 957

D Q2 044

D Q2 146

D Q2 256

D Q2 358

D Q2 461

D Q2 563

D Q2 673

D Q2 775

D Q2 862

D Q2 964

D Q3 074

D Q3 176

D Q3 212 3

D Q3 312 5

D Q3 413 5

D Q3 513 7

D Q3 612 4

D Q3 712 6

D Q3 813 4

D Q3 913 6

D Q4 014 1

D Q4 114 3

D Q4 215 1

D Q4 315 3

D Q4 414 0

D Q4 514 2

D Q4 615 2

D Q4 715 4

D Q4 815 7

D Q4 915 9

D Q5 017 3

D Q5 117 5

D Q5 215 8

D Q5 316 0

D Q5 417 4

D Q5 517 6

D Q5 617 9

D Q5 718 1

D Q5 818 9

D Q5 919 1

D Q6 018 0

D Q6 118 2

D Q6 219 2

D Q6 319 4

B A 0107

B A 1106

R A S #108

W E #109

C A S #113

S 0 #110

S 1 #115

C K E 079

C K E 180

C K 030

C K 0 #32

C K 1164

C K 1 #166

S D A195 S C L197 S A 1200 S A 0198

D M010

D M126

D M252

D M367

D M4130

D M5147

D M6170

D M7185

D QS 013

D QS 131

D QS 251

D QS 370

D QS 4131

D QS 5148

D QS 6169

D QS 7188

D QS 0 #11

D QS 1 #29

D QS 2 #49

D QS 3 #68

D QS 4 #129

D QS 5 #146

D QS 6 #167

D QS 7 #186

OD T 0114

OD T 1119

MEM_ MA _A D D 4

C 1 56

*. 1U _ X7 R _1 0V _0 4

C 15 3

4. 7 U _6 .3 V _0 6

C 1 88 . 1U _ X7 R _10 V _04

C 13 0

. 1U _ X7 R _1 0V _0 4

C 1 401 00 0P F _50 V _0 4

R 1 04*1 0_ 04 _1%

R N 34 P2 R X4 7_ 04

1423

C 1 48

1 0U _ 10 V_ 08

C 1 71

. 1U _ X7 R _10 V _04

R N 1 14 P2 R X4 7_ 04

1 42 3

C 1 55

. 1U _ X7R _10 V _04

C 1 81 *. 1U _ X7 R _1 0V _0 4

C 127

. 0 1U _ 16 V_ 04

C 159

2. 2U _ 6. 3V _ 06

+ C 1 67

1 00U _ 6. 3 V_ B 2

R N 94 P2 R X4 7_ 04

1 42 3

R N 54 P2 R X4 7_ 04

1423

C 1 86 . 01 U _1 6V _0 4

C 18 9

2. 2U _6. 3 V_ 06

C 15 7

*. 1U _ X7 R _1 0V _0 4

C 1 64 *. 1U _ X7 R _1 0V _0 4

0. 9V

1. 8V

1 . 8V

3 . 3V S

1 .8 V

1 . 8V

1 .8 V

1 .8 V

0. 9 V

1 .8 V

1 .8 V

1 .8 V

1 .8 V

1. 8 V

1 . 8V

1 .8 V

1 .8 V

MEM_ MA _A D D 2

3 .3 V

MV R E F_ D I M

MEM_ MA _D QS 7_ P4

ME M_MA 0_ OD T04ME M_MA 0_ OD T14

MV R EF _ D IM

ME M_MA 0 _C S #04

MEM_ MA _D QS 1_ P4

MEM_ MA _D QS 3_ P4

MEM_ MA _D QS 6_ P4

MEM_ MA _D QS 4_ P4MEM_ MA _D QS 5_ P4

MEM_ MA _D QS 2_ P4

MEM_ MA _D QS 0_ P4

ME M_MA _C KE 04ME M_MA _ C LK 7_ N4

ME M_MA _C KE 14

ME M_MA 0 _C S #14

MEM_ MA _D QS 0_ N4

MEM_ MA _D QS 4_ N4

MEM_ MA _D QS 7_ N4

MEM_ MA _D M[ 0. . 7 ]4

MEM_ MA _D QS 3_ N4

MEM_ MA _D QS 5_ N4MEM_ MA _D QS 6_ N4

ME M_MA _ AD D [ 0 . .1 5]4

MEM_ MA _D QS 2_ N4MEM_ MA _D QS 1_ N4

ME M_MA _ C LK 1_ P4ME M_MA _ C LK 1_ N4ME M_MA _ C LK 7_ P4

ME M_MA _ C LK 1_ N4C P U _ME MH OT#5 , 8

ME M_MA _B A N K [0 . . 2]4

MEM_ MA _W E#4

ME M_MA _ C LK 7_ P4

ME M_MA _ C LK 7_ N4

ME M_MA _ C LK 1_ P4

SC L K 02 , 8, 1 5

MEM_ MA_ C A S#4MEM_ MA_ R A S#4

ME M_MA _ C KE 04

ME M_MA 0 _C S #14

SD A T A02 , 8, 1 5

ME M_MA 0 _OD T14

ME M_MA _ WE #4

ME M_MA _ C KE 14

ME M_MA 0 _C S #04

ME M_MA 0 _OD T04

M EM_ MA_ D A TA [ 0. . 63 ] 4

ME M_MA _ C AS #4

ME M_MA _ R AS #4

MEM_ MA _A D D 0MEM_ MA _B A N K1

MEM_ MA _A D D 13

P L A C E C L O S E T O P R O C E S S O R W IT H IN 1 . 5 I N C H

P L A C E C L O S E T O S O C K E T ( P ER E M I / EM C )

Z 07 01

MEM_ MA _B A N K1

tole ran ce 10% 11 13

tole ran ce 10% 11 13

MVR E F _D I M

D IMM0 _GN D 1D IMM0 _GN D 0

Schematic Diagrams

DDRII SO-DIMM_1 B - 9

B.S

chem

atic Diag

rams

DDRII SO-DIMM_1

Sheet 8 of 35DDRII SO-DIMM_1

20 m i ls

20 m i ls

M EM_ MB _B A N K 2

M EM_ MB _A D D 1 2M EM_ MB _A D D 9

ME M_ MB _A D D 2

ME M_ MB _A D D 1 4

ME M_ MB _R A S #

ME M_ MB _B A N K 2

ME M_ MB _C L K 1_ P

ME M_ MB _A D D 3

ME M_ MB _C K E 0ME M_ MB _C L K 7_ N

M EM_ MB _A D D 8

ME M_ MB _C A S #

ME M_ MB _A D D 9

ME M_ MB _B A N K 0

ME M_ MB _C L K 1_ N

ME M_ MB _A D D 6

ME M_ MB _A D D 1 3

ME M_ MB _C K E 1

ME M_ MB _A D D 7

ME M_ MB _W E #

ME M_ MB _A D D 0

ME M_ MB _A D D 4

ME M_ MB 0_ C S #0ME M_ MB 0_ C S #1

ME M_ MB _A D D 1 2

ME M_ MB _B A N K 1

ME M_ MB _A D D 8

ME M_ MB _A D D 5

ME M_ MB _A D D 1 5

ME M_ MB _A D D 1 0ME M_ MB _A D D 1 1

ME M_ MB _A D D 1

ME M_ MB _C L K 7_ P

M EM_ MB _A D D 5

P L A C E C L O S E T O P R O C E S S O R W I T H I N 1 .5 I N C H

P L A C E C L O S E T O S O C K ET ( P ER E M I / E M C )

M EM_ MB _A D D 3M EM_ MB _A D D 1

M EM_ MB _A D D 1 0M EM_ MB _B A N K 0

M EM_ MB _A D D 1 4



M EM_ MB _A D D 1 3

S D A TA 0

Z 0 80 1

S C L K0

S A 0_ D I M1_ 1

ME M_M B_ D A TA 1 3













ME M_M B_ D A TA 2



ME M_M B_ D A TA 1







ME M_M B_ D A TA 9




ME M_M B_ D A TA 5


ME M_M B_ D A TA 7

ME M_M B_ D A TA 3






ME M_M B_ D A TA 8




ME M_M B_ D A TA 4














ME M_M B_ D A TA 0

ME M_M B_ D A TA 6

S A 1_ D I M1_ 1









D I MM1 _G N D 0D I MM1 _G N D 1

MV R E F _D I M

R N 204P 2R X4 7_ 04

1423

R N 164P 2R X4 7_ 04

1423

C 23 1

. 22 U _X 7R _ 06

C 2 44

1 U _6 . 3V _0 4

C 22 8 .1 U _ X7 R _1 0V _0 4

C 22 1 *. 1U _ X7 R _1 0V _ 04

C 51 9

. 1 U _X 7R _ 10 V _0 4

R 1 32

0_ 04

R N 284P 2R X4 7_ 04

1 42 3 C 21 8 .1 U _ X7 R _1 0V _0 4

+ C 51 5

*22 0U _ 4V _ D

C 22 5 *. 1U _ X7 R _1 0V _ 04

R 13 1*0_ 04 02 _5 mi l_ sh ort

R N 254P 2R X4 7_ 04

1 42 3

R N 174P 2R X4 7_ 04

1423

C 2 15

. 1U _ X7 R _1 0V _ 04

C 20 5 *. 1U _ X7 R _1 0V _ 04

C 23 4

*4. 7 U _6 . 3V _ 06

C 22 4 .1 U _ X7 R _1 0V _0 4

C 19 9

4. 7 U _6 . 3V _0 6C 21 0

* .1 U _X 7R _1 0V _0 4

C 21 1 .1 U _ X7 R _1 0V _0 4

R N 224P 2R X4 7_ 04

1423

C 2 43

1U _6 .3 V _0 4

C 21 2 *. 1U _ X7 R _1 0V _ 04

R N 244P 2R X4 7_ 04

1 42 3

C 20 6

* .1 U _ X7 R _1 0V _0 4

C 2 29

10 U _ 10 V_ 08

C 2 17

. 1U _ X7 R _1 0V _0 4

C 24 2

*1 0U _ 10 V_ 08

C 22 7 *. 1U _ X7 R _1 0V _ 04

C 1 97

. 1U _ X7 R _1 0V _ 04

C 20 7 .1 U _ X7 R _1 0V _0 4

C 5 17

.1 U _ X7 R _1 0V _0 4

R N 184P 2R X4 7_ 04

1423

R N 234P 2R X4 7_ 04

1 42 3

C 1 08

1. 5 P _X 7R _ 50 V_ 04

R N 274P 2R X4 7_ 04

1 42 3

J_ D I MM_2 A

2-17 34 07 2-2

A 010 2

A 110 1

A 210 0

A 39 9

A 49 8

A 59 7

A 69 4

A 79 2

A 89 3

A 99 1

A 10 / A P10 5

A 119 0

A 128 9

A 1311 6

A 148 6

A 158 4

A 16 _B A 28 5

D Q05

D Q17

D Q217

D Q319

D Q44

D Q56

D Q614

D Q716

D Q823

D Q925

D Q1035

D Q1137

D Q1220

D Q1322

D Q1436

D Q1538

D Q1643

D Q1745

D Q1855

D Q1957

D Q2044

D Q2146

D Q2256

D Q2358

D Q2461

D Q2563

D Q2673

D Q2775

D Q2862

D Q2964

D Q3074

D Q3176

D Q3212 3

D Q3312 5

D Q3413 5

D Q3513 7

D Q3612 4

D Q3712 6

D Q3813 4

D Q3913 6

D Q4014 1

D Q4114 3

D Q4215 1

D Q4315 3

D Q4414 0

D Q4514 2

D Q4615 2

D Q4715 4

D Q4815 7

D Q4915 9

D Q5017 3

D Q5117 5

D Q5215 8

D Q5316 0

D Q5417 4

D Q5517 6

D Q5617 9

D Q5718 1

D Q5818 9

D Q5919 1

D Q6018 0

D Q6118 2

D Q6219 2

D Q6319 4

B A 010 7

B A 110 6

R A S #10 8

W E #10 9

C A S #11 3

S 0#11 0

S 1#11 5

C K E 07 9

C K E 18 0

C K 03 0

C K 0#3 2

C K 116 4

C K 1#16 6

S D A19 5 S C L19 7 S A 120 0 S A 019 8

D M01 0

D M12 6

D M25 2

D M36 7

D M413 0

D M514 7

D M617 0

D M718 5

D QS 01 3

D QS 13 1

D QS 25 1

D QS 37 0

D QS 413 1

D QS 514 8

D QS 616 9

D QS 718 8

D QS 0 #1 1

D QS 1 #2 9

D QS 2 #4 9

D QS 3 #6 8

D QS 4 #12 9

D QS 5 #14 6

D QS 6 #16 7

D QS 7 #18 6

OD T 011 4

OD T 111 9

C 1 07

1. 5 P _X 7R _ 50 V_ 04

C 24 5

10 U _1 0V _ 08C 5 18

. 1 U _X 7R _1 0V _0 4

C 23 0

. 22 U _X 7R _ 06

C 19 8

2. 2 U _6 . 3V _0 6

C 52 1

. 1U _ X7 R _ 10V _ 04

J_ D I MM_2 B

2-17 34 07 2-2

V D D 111 2

V D D 211 1

V D D 311 7

V D D 49 6

V D D 59 5

V D D 611 8

V D D 78 1

V D D 88 2

V D D 98 7

V D D 1 010 3

V D D 1 18 8

V D D 1 210 4

V D D S P D19 9

N C 18 3

N C 212 0

N C 35 0

N C 46 9

N C T E ST16 3

V R E F1

GN D 020 1

GN D 120 2

V S S14 7

V S S213 3

V S S318 3

V S S47 7

V S S51 2

V S S64 8

V S S718 4

V S S87 8

V S S97 1

V S S1 07 2

V S S1 112 1

V S S1 212 2

V S S1 319 6

V S S1 419 3

V S S1 58

VS S 1618

VS S 1724

VS S 1841

VS S 1953

VS S 2042

VS S 2154

VS S 2259

VS S 2365

VS S 2460

VS S 2566

VS S 2612 7

VS S 2713 9

VS S 2812 8

VS S 2914 5

VS S 3016 5

VS S 3117 1

VS S 3217 2

VS S 3317 7

VS S 3418 7

VS S 3517 8

VS S 3619 0

VS S 379

VS S 3821

VS S 3933

VS S 4015 5

VS S 4134

VS S 4213 2

VS S 4314 4

VS S 4415 6

VS S 4516 8

VS S 462

VS S 473

VS S 4815

VS S 4927

VS S 5039

VS S 5114 9

VS S 5216 1

VS S 5328

VS S 5440

VS S 5513 8

VS S 5615 0

VS S 5716 2

C 20 0

2. 2 U _6 . 3V _0 6

C 22 3 *. 1U _ X7 R _1 0V _ 04

R N 214P 2R X4 7_ 04

1423

C 22 6 .1 U _ X7 R _1 0V _0 4

C 2 01. 1U _ X7 R _1 0V _ 04

C 21 4 .1 U _ X7 R _1 0V _0 4

C 20 3

1U _ 6. 3 V _0 4

C 2 13

. 1U _ X7 R _1 0V _ 04

R N 264P 2R X4 7_ 04

1 42 3

C 19 3

10U _1 0V _0 8

C 52 0

. 1U _X 7R _ 10 V_ 04

R 1 30

4. 7 K _0 4

C 20 9 *. 1U _ X7 R _1 0V _ 04

C 19 2

1 0U _10 V _0 8

R N 194P 2R X4 7_ 04

1423

C 2 19

. 1U _ X7 R _1 0V _ 04

C 2 08

. 1U _ X7 R _1 0V _ 04

C 51 6

. 0 1U _ 16 V_ 04

C 22 2 .0 1U _1 6V _0 4

R N 294P 2R X4 7_ 04

1 42 3

+ C 2 20

1 00 U _6 .3 V _B 2

C 2 04

. 1U _ X7 R _1 0V _ 04

C 21 6 *. 1U _ X7 R _1 0V _ 04

3 . 3V S

0. 9 V

1 .8 V

0 . 9V

3. 3 V S

1 . 8V

1 . 8V

1 .8 V

1 . 8V

1 . 8V

1 . 8V

1 . 8V

ME M_ MB 0_ OD T1

ME M_ MB _D M6

1. 8 V

1 . 8V

1 . 8V

1 . 8V

ME M_ MB _D M5ME M_ MB _D M4

M EM_ MB _C L K 1_ P4

M EM_ MB _C K E 04

MV R E F_ D I M

M EM_ MB 0_ C S #04

M EM_ MB _C L K 7_ N4

M EM_ MB _C L K 1_ N4

M EM_ MB 0_ C S #14

ME M_ MB _D M3

ME M_ MB _A D D [ 0. . 1 5]4

M EM_ MB _C K E 14

M EM_ MB _C L K 7_ P4

ME M_ MB _D M0ME M_M B_ D M[ 0. . 7 ]4

ME M_M B_ W E#4

ME M_ MB_ B AN K[ 0 . . 2]4

ME M_ MB 0_ OD T0

ME M_MB _ D QS 3_ P4

M EM_ MB 0_ OD T04M EM_ MB 0_ OD T14

ME M_ MB _D M7

ME M_ MB _D M2

ME M_MB _ D QS 7_ N4



ME M_ MB _D M1


ME M_MB _ D QS 1_ P4ME M_MB _ D QS 2_ P4



ME M_MB _ D QS 5_ N4ME M_MB _ D QS 4_ N4

ME M_MB _ D QS 1_ N4ME M_MB _ D QS 2_ N4


C PU _ ME MH OT #5, 7



ME M_MB _ C LK 7_ N4

ME M_MB _ C LK 1_ P4

ME M_MB _ C LK 7_ P4

S C L K02, 7 ,1 5

ME M_MB _ C A S#4ME M_MB _ R A S#4

ME M_MB _ C LK 1_ N4

MEM _MB _W E #4

ME M_MB _ D A TA [ 63 : 0] 4

S D A TA 02, 7 ,1 5

MEM _MB 0_ OD T 04

MEM _MB _C KE 04

MEM _MB 0_ C S #14MEM _MB 0_ OD T 14

MEM _MB _C KE 14

MEM _MB 0_ C S #04

MEM _MB _C AS #4

MEM _MB _R AS #4

ME M_ MB _D QS 4 _P

ME M_ MB _D QS 3 _N

ME M_ MB _D QS 6 _N

ME M_ MB _D QS 0 _P

ME M_ MB _D QS 1 _N

ME M_ MB _D QS 7 _N

ME M_ MB _D QS 5 _P

ME M_ MB _D QS 2 _N

ME M_ MB _D QS 4 _N

ME M_ MB _D QS 3 _P

ME M_ MB _D QS 0 _N

ME M_ MB _D QS 5 _N

ME M_ MB _D QS 2 _P

ME M_ MB _D QS 7 _PME M_ MB _D QS 6 _P

ME M_ MB _D QS 1 _P

SO-DIMM 1

M EM_ MB _A D D 2M EM_ MB _A D D 4

to le ran ce 10 % 111 3

to le ran ce 10 % 111 3

M EM_ MB _B A N K 1M EM_ MB _A D D 0

Schematic Diagrams

B - 10 RS780M-1

B.S

chem

atic

Dia

gra

ms

RS780M-1

Sheet 9 of 35RS780M-1

HD MI_CLKPHD MI_CLKN

C 466 0. 1u_10V_X7R_04

HD MI_DA TA1PHD MI_DA TA1N

C 467 0. 1u_10V_X7R_04

C 461 0. 1u_10V_X7R_04C 460 0. 1u_10V_X7R_04

C 453 0. 1u_10V_X7R_04C 454 0. 1u_10V_X7R_04C 449 0. 1u_10V_X7R_04C 448 0. 1u_10V_X7R_04

H T_ R X C A L N

H T_ R X C A L P

GFX_TX0PGFX_TX0NGFX_TX1PGFX_TX1NGFX_TX2PGFX_TX2NGFX_TX3PGFX_TX3N

H DMI _D ATA0P 13

H DMI _D ATA1P 13H DMI _D ATA0N 13

H DMI _D ATA1N 13H DMI _D ATA2P 13H DMI _D ATA2N 13H DMI _C LKP 13H DMI _C LKN 13

H T_ T XC AL N

H T _ TX C A L P

C431 . 1U_X7R _16V _04

C439 . 1U_X7R _16V _04

R 303 301_1%_04

PART 2 OF 6

PCIE

I/F

GFX

PCIE I/F GPP

PCIE I/F SB

U 10B

R S780(RX780)

SB_TX3PAD5

SB_TX3NAE5

GPP_TX2PAA2

GPP_TX2NAA1

GPP_TX3PY1

GPP_TX3NY2

SB_RX3PW 5

SB_RX3NY 5

GPP_R X2PAD 1

GPP_R X2NAD 2

GPP_R X3PV5

GPP_R X3NW 6

SB_TX0PAD7

SB_TX0NAE7

SB_TX1PAE6

SB_TX1NAD6

SB_RX0PAA8

SB_RX0NY 8

SB_RX1PAA7

SB_RX1NY 7

PC E_C ALRP(PC E_B CALR P)AC8

PC E_C ALRN (P CE_BC ALR N )AB8

SB_TX2NAC6SB_RX2P

AA5

SB_RX2NAA6 SB_TX2P

AB6

GPP_R X0PAE3

GPP_R X0NAD 4

GPP_R X1PAE2

GPP_R X1NAD 3

GPP_TX0PAC1

GPP_TX0NAC2

GPP_TX1PAB4

GPP_TX1NAB3

GFX_R X0PD 4

GFX_R X0NC 4

GFX_R X1PA3

GFX_R X1NB3

GFX_R X2PC 2

GFX_R X2NC 1

GFX_R X3PE5

GFX_R X3NF5

GFX_R X4PG5

GFX_R X4NG6

GFX_R X5PH 5

GFX_R X5NH 6

GFX_R X6PJ6

GFX_R X6NJ5

GFX_R X7PJ7

GFX_R X7NJ8

GFX_R X8PL5

GFX_R X8NL6

GFX_R X9PM8

GFX_R X9NL8

GFX_R X10PP7

GFX_R X10NM7

GFX_R X11PP5

GFX_R X11NM5

GFX_R X12PR 8

GFX_R X12NP8

GFX_R X13PR 6

GFX_R X13NR 5

GFX_R X14PP4

GFX_R X14NP3

GFX_R X15PT4

GFX_R X15NT3

GFX_TX0PA5

GFX_TX0NB5

GFX_TX1PA4

GFX_TX1NB4

GFX_TX2PC3

GFX_TX2NB2

GFX_TX3PD1

GFX_TX3ND2

GFX_TX4PE2

GFX_TX4NE1

GFX_TX5PF4

GFX_TX5NF3

GFX_TX6PF1

GFX_TX6NF2

GFX_TX7PH4

GFX_TX7NH3

GFX_TX8PH1

GFX_TX8NH2

GFX_TX9PJ2

GFX_TX9NJ1

GF X_TX10PK4

GFX_TX10NK3

GF X_TX11PK1

GFX_TX11NK2

GF X_TX12PM4

GFX_TX12NM3

GF X_TX13PM1

GFX_TX13NM2

GF X_TX14PN2

GFX_TX14NN1

GF X_TX15PP1

GFX_TX15NP2

GPP_TX4PY4

GPP_TX4NY3

GPP_TX5PV1

GPP_TX5NV2

GPP_R X4PU 5

GPP_R X4NU 6

GPP_R X5PU 8

GPP_R X5NU 7

R 269 1.27K_1%_04

C 11 . 1U _X7R_16V_04

C 425 . 1U _X7R_16V_04

C9 . 1U_X7R _16V _04

PART 1 OF 6

HYPER T

RANSPORT C

PU I/F

U 10A

R S780(RX780)

H T_RXC AD15PU 19

H T_RXC AD15NU 18

H T_RXC AD14PU 20

H T_RXC AD14NU 21

H T_RXC AD13PV 21

H T_RXC AD13NV 20

H T_RXC AD12PW 21

H T_RXC AD12NW 20

H T_RXC AD11PY 22

H T_RXC AD11NY 23

H T_RXC AD10PAA 24

H T_RXC AD10NAA 25

H T_RXC AD9PAB 25

H T_RXC AD9NAB 24

H T_RXC AD8PAC 24

H T_RXC AD8NAC 25

H T_RXC AD7PN 24

H T_RXC AD7NN 25

H T_RXC AD6PP 25

H T_RXC AD6NP 24

H T_RXC AD5PP 22

H T_RXC AD5NP 23

H T_RXC AD4PT25

H T_RXC AD4NT24

H T_RXC AD3PU 24

H T_RXC AD3NU 25

H T_RXC AD2PV 25

H T_RXC AD2NV 24

H T_RXC AD1PV 22

H T_RXC AD1NV 23

H T_RXC AD0PY 25

H T_RXC AD0NY 24

H T_RXC LK1PAB 23

H T_RXC LK1NAA 22

H T_RXC LK0PT22

H T_RXC LK0NT23

H T_RXC TL0PM22

H T_RXC TL0NM23

H T_RXC TL1PR 21

H T_RXC TL1NR 20

H T_RXC ALPC 23

H T_RXC ALNA 24

HT_TXCAD 15PP18

H T_TXC AD15NM18

HT_TXCAD 14PM21

H T_TXC AD14NP21

HT_TXCAD 13PM19

H T_TXC AD13NL18

HT_TXCAD 12PL19

H T_TXC AD12NJ19

HT_TXCAD 11PJ18

H T_TXC AD11NK17

HT_TXCAD 10PJ20

H T_TXC AD10NJ21

H T_TXC AD 9PG20

HT_TXCAD 9NH21

H T_TXC AD 8PF21

HT_TXCAD 8NG21

H T_TXC AD 7PK23

HT_TXCAD 7NK22

H T_TXC AD 6PK24

HT_TXCAD 6NK25

H T_TXC AD 5PJ25

HT_TXCAD 5NJ24

H T_TXC AD 4PH23

HT_TXCAD 4NH22

H T_TXC AD 3PF23

HT_TXCAD 3NF22

H T_TXC AD 2PF24

HT_TXCAD 2NF25

H T_TXC AD 1PE24

HT_TXCAD 1NE25

H T_TXC AD 0PD24

HT_TXCAD 0ND25

H T_TXC LK 1PL21

HT_TXCLK1NL20

H T_TXC LK 0PH24

HT_TXCLK0NH25

HT_TXCTL0PM24

H T_TXC TL0NM25

HT_TXCTL1PP19

H T_TXC TL1NR18

HT_TXCA LPB24

H T_TXC ALNB25

C 444 . 1U _X7R_16V_04

R 23 2K_1%_04

C10 . 1U_X7R _16V _04

C434 . 1U_X7R _16V _04

C 12 . 1U _X7R_16V_04

C438 . 1U_X7R _16V _04

R 302 301_1%_04

C 435 . 1U _X7R_16V_04

C 16 . 1U _X7R_16V_04

C8 . 1U_X7R _16V _04

C 436 . 1U _X7R_16V_04

H T_C PU _N B_CAD _H03

VD D_PC IE

H T_C PU _N B_CAD _L13H T_C PU _N B_CAD _H13H T_C PU _N B_CAD _L03


H T_C PU _N B_CAD _H33H T_C PU _N B_CAD _L23


H T_C PU _N B_CAD _L53


H T_C PU _N B_CAD _L63H T_C PU _N B_CAD _H63

H T_C PU _N B_CAD _L43H T_C PU _N B_CAD _H53




H T_C PU _N B_CAD _L93H T_C PU _N B_CAD _H93H T_C PU _N B_CAD _L83

H T_C PU _N B_CAD _H113H T_C PU _N B_CAD _L103H T_C PU _N B_CAD _H103


H T_C PU _N B_CAD _H123H T_C PU _N B_CAD _L113





H T_C PU _N B_CLK_H03



H T_C PU _N B_CLK_H13H T_C PU _N B_CLK_L13

H T_C PU _N B_CLK_L03

H T_C PU _N B_CTL_H 03H T_C PU _N B_CTL_L03H T_C PU _N B_CTL_H 13

H T_N B_C PU _CAD _L0 3H T_N B_C PU _CAD _H0 3

H T_C PU _N B_CTL_L13

H T_N B_C PU _CAD _L2 3H T_N B_C PU _CAD _H2 3H T_N B_C PU _CAD _L1 3H T_N B_C PU _CAD _H1 3

H T_N B_C PU _CAD _H4 3H T_N B_C PU _CAD _L3 3H T_N B_C PU _CAD _H3 3

H T_N B_C PU _CAD _L5 3H T_N B_C PU _CAD _H5 3H T_N B_C PU _CAD _L4 3

H T_N B_C PU _CAD _L7 3

H T_N B_C PU _CAD _L6 3H T_N B_C PU _CAD _H6 3



H T_N B_C PU _CAD _H7 3







H T_N B_C PU _CAD _H8 3H T_N B_C PU _CAD _L8 3H T_N B_C PU _CAD _H9 3





H T_N B_C PU _CLK_L0 3H T_N B_C PU _CLK_H 0 3


HD MI_DA TA2P

H T_N B_C PU _CTL_H 0 3

H T_N B_C PU _CTL_L1 3

H T_N B_C PU _CLK_L1 3H T_N B_C PU _CLK_H 1 3

HD MI_DA TA2N

H T_N B_C PU _CTL_L0 3H T_N B_C PU _CTL_H 1 3

HD MI_DA TA0PHD MI_DA TA0N

P CI E_S B_N B_RX3N14



P CI E_S B_N B_RX1P14P CI E_S B_N B_RX1N14

P CI E_S B_N B_RX3P14



PCI E_NB_C ARD R EAD ER_R XN21PCI E_NB_C ARD R EAD ER_R XP21

PC IE_N B_MI NI C ARD _RXP18PC IE_N B_MI NI C ARD _RXN18

PC IE_N B_E XPC AR D_R XN18PC IE_N B_E XPC AR D_R XP18

PC I E_N B_MI N IC AR D_TXN 18GPP_TX0N _CGPP_TX0P_C

PC I E_N B_EXPCAR D _TXN 18PC I E_N B_EXPCAR D _TXP 18

PC I E_N B_SB_TX0N 14


GPP_TX2N _C

GPP_TX3N _C

GPP_TX2P_C

GPP_TX3P_C

PC I E_N B_MI N IC AR D_TXP 18


PC I E_N B_SB_TX3P 14


PC I E_N B_CA RD RE ADE R_TXP 21PC I E_N B_CA RD RE ADE R_TXN 21




A_TX0N_CA_TX0N_CA_TX0P_CA_TX0P_C

Z0902

A_TX1N_CA_TX1N_CA_TX1P_CA_TX1P_C

Z0901

A_TX3P_CA_TX3N_C

A_TX2N_CA_TX2P_C

Schematic Diagrams

RS780M-2 B - 11

B.S

chem

atic Diag

rams

RS780M-2

C 4 87

4 . 7U _ 6. 3V _ 06

C 7110 U _6 . 3V _0 6

L9 H C B 16 08 KF -1 21T 25

R 2 95 3K _0 4

N B _L D T_ S TOP #

R 67*0 _0 402 _5 mi l_ sh or t

R 70*0_ 04 02 _2 0mi l_ sh or t

L 52 H C B 16 08 KF -12 1T 25

R 3 4

* 1. 27 K _0 4

R 5 5* 0_ 040 2_ 5m il _s ho r t

R 29 41. 8 K_ 1% _0 4

C 72

2. 2U _ 6. 3 V_ 06

R 2 9*0 _0 40 2_ 5mi l _sh ort

R 60 1 50 _1 %_ 04

C 62 2 2P _ 50V _ 04

R 54

1 . 27 K _04

L50 H C B 16 08 K F-1 21 T2 5

R 42 1 40 _1 %_ 04

R 61 1 50 _1 %_ 04

R 5 8 *0 _04 02 _5 mi l_ sh or t

C 5 8

2. 2 U _6 . 3V _0 6

R 7 31 0K _0 4

C 63 2 2P _ 50V _ 04

R 72* 0_ 040 2_ 5m il _s ho r t

R 2 5 4 .7 K _0 4

C 61

2 . 2U _ 6. 3 V_ 06

L1 5 H C B 16 08 K F-1 21 T2 5

R 2 80 *3K _ 04

R 28 1 4 . 7K _0 4

C 4 812 . 2U _ 6. 3 V_ 06

C 9 51 0U _ 6. 3V _ 08

R 2 87 10 K_ 04

R 2 8 *0_ 04R 3 3

*0 _0 40 2_ 5mi l _sh or t

R 30 4 * 0_ 04 02_ 5m il _s ho rt

R 2 6 4. 7 K_ 04

P A R T 3 O F 6

PM

CLO

CK

sP

LL

PW

R

MIS.

CR

T/T

VO

UT

LV

TM

U 1 0C

R S 78 0(R X 78 0)

VD D A 1 8H T PL LH 1 7

SY S R E S ET bD 8

POW E R GOODA 1 0

LD TS T OP bC 1 0

AL LOW _L D TS T OPC 1 2

R EF C L K_ P /OS C I N (OS C I N )E 1 1

PL LV D D (N C )A 1 2

H PD (N C )D 10

D D C _D A TA 0 /A U X 0N (N C )B 8 D D C _C L K0 / AU X0P (N C )A 8

TH E R MA LD I OD E _PAE 8

T H E R MAL D I OD E _NAD 8

I2 C _C L KB 9

ST R P _D A TAB 1 0

GFX _R E F C LK PT 2

GFX _R E F C LK NT 1

GPP _ R EF C L KPU 1

GPP _ R EF C L KNU 2

PL LV D D 1 8(N C )D 1 4

PL LV S S(N C )B 1 2

TX OU T_ L0 P(N C )A2 2

T XOU T _L 0N (N C )B2 2


T XOU T _L 1N (N C )B2 1

TX OU T_ L2 P(N C )B2 0

TX OU T _L2 N (D B G_GP I O0)A2 0


T XOU T _U 0 P(N C )B1 8

TX OU T _L3 N (D B G_GP I O2)B1 9

TX OU T_ U 0N (N C )A1 8

TX OU T_ U 1P (P C I E_ R E SE T _GP I O3)A1 7

TX OU T_ U 1N (P C I E_ R E SE T _GP I O2)B1 7

T XOU T _U 2 P(N C )D 20

TX OU T_ U 2N (N C )D 21

TX OU T_ U 3P (P C I E_ R E SE T _GP I O5)D 18

TX OU T_ U 3N (N C )D 19

T XC L K_ LP (D B G_GP I O1)B1 6

TX C LK _L N (D B G_GP I O3)A1 6

TX C LK _U P (P C I E_ R E SE T _GP I O4)D 16

T XC L K _U N (P C I E_ R E SE T _GP I O1)D 17

V D D LT P1 8(N C )A1 3

V S S LT P1 8(N C )B1 3

C _P r(D FT _GP I O5)E 1 7

Y (D F T _GP I O2)F 1 7

C OMP_ P b(D F T_ GP IO4 )F 1 5

R ED (D F T _GP I O0)G1 8

TMD S _ H PD (N C )D 9

I2 C _D A T AA 9

TE S TMOD ED 13

H T_R EF C L KNC 2 4 H T_R EF C L KPC 2 5

S U S _S T AT #(P W M_GP I O5)D 12

GR EE N (D F T_ GP IO 1)E 1 8

BL U E (D F T _GP I O3)E 1 9

D AC _ V SY N C (P W M_GP I O6)B 1 1 D AC _ H S Y N C (PW M_ GPI O4 )A 1 1

D AC _ R S ET (PW M_ GPI O1 )G1 4

AV D D 1 (N C )F 1 2

AV D D 2 (N C )E 1 2

R ED b (N C )G1 7

GR EE N b (N C )F 1 8

AV D D D I (N C )F 1 4

AV S S D I(N C )G1 5

AV D D Q(N C )H 1 5

AV S S Q(N C )H 1 4

VD D LT 18_ 2(N C )B1 5

VD D LT 33_ 1(N C )A1 4

VD D LT 33_ 2(N C )B1 4

VS S LT 1(V S S)C 14

VS S LT 2(V S S)D 15

VD D LT 18_ 1(N C )A1 5




L V D S_ D I GON (P C E_ TC A L R P)E9

LV D S _B LON (P C E _R C A L R P)F7

LV D S _E N A _B L(P W M_GP I O2)G12

VS S LT 6(V S S)E2 0

VD D A 1 8P C I EP L L1D 7

VD D A 1 8P C I EP L L2E 7

BL U E b(N C )F 1 9

AU X _C A L (N C )C 8

GPP S B _R E F C LK P (SB _R EF C L KP )V 4

GPP S B _R E F C LK N (S B_ R E FC L K N )V 3

D D C _D A TA 1 /A U X 1N (N C )A 7 D D C _C L K1 / AU X1P (N C )B 7

D AC _ S C L(P C E _R C A LR N )F 8

D AC _ S D A(P C E _T C A LR N )E 8

R EF C L K_ N (PW M_ GPI O3 )F 1 1


R SV DG1 1

C 4 762. 2 U _6 .3 V _0 6

R 4 1 *0_ 04 02 _5 mi l_ sh ort

L1 2 H C B 16 08 KF -1 21T 25

R 6 971 5_1 %_ 04

R 32

1. 2 7K _0 4

C 90

2 . 2U _ 6. 3V _ 06

R 3 05*0 _0 40 2_ 5mi l _s hort

L1 4 H C B 16 08 K F-1 21 T2 5

R 7 4 *0 _04

R 4 0 *0_ 04 02 _5 mi l_ sh ort

C 57

2. 2U _ 6. 3 V_ 06

L11 H C B 1 608 K F-1 21 T2 5

R 28 9 4 . 7K _0 4

R 27 3 0 _0 4

C 48 0. 1U _ 16 V_ 04

C 64 2 2P _ 50V _ 04

R 2 963 00 _0 4

C 73

2. 2U _ 6. 3 V_ 06

SBD_MEM/DVO_I/F

P A R 4 O F 6U 10 D

R S 78 0(R X7 80 )

ME M_ A0 (N C )A B 12

ME M_ A1 (N C )A E 16

ME M_ A2 (N C )V 11

ME M_ A3 (N C )A E 15

ME M_ A4 (N C )A A 12

ME M_ A5 (N C )A B 16

ME M_ A6 (N C )A B 14

ME M_ A7 (N C )A D 14

ME M_ A8 (N C )A D 13

ME M_ A9 (N C )A D 15

ME M_ A1 0(N C )A C 16

ME M_ A1 1(N C )A E 13

ME M_ A1 2(N C )A C 14

ME M_ A1 3(N C )Y 14

ME M_ BA 0 (N C )A D 16

ME M_ BA 1 (N C )A E 17

ME M_ BA 2 (N C )A D 17

ME M_ R AS b (N C )W 12

ME M_ C AS b (N C )Y 12

ME M_ WE b(N C )A D 18

ME M_ C Sb (N C )A B 13

ME M_ C KE (N C )A B 18

ME M_ OD T(N C )V 14

ME M_ C KP (N C )V 15

ME M_ C KN (N C )W 14

ME M_D M0 (N C )W 17

ME M_ D M1/ D V O_D 8 (N C )A E 19

ME M_D QS 0P / D V O_I D C K P (N C )Y 1 7

ME M_D QS0 N / D V O_I D C K N (N C )W 18

ME M_ D QS 1P (N C )A D 20

ME M_D Q S1 N (N C )A E 21

ME M_D Q0 / D V O_V S Y N C (N C )A A 18

ME M_D Q1 / D VO_ H S Y N C (N C )A A 20

ME M_D Q2 / D VO _D E (N C )A A 19

ME M_ D Q3/ D V O_D 0 (N C )Y 1 9

ME M_D Q4 (N C )V 17

ME M_ D Q5/ D V O_D 1 (N C )A A 17

ME M_ D Q6/ D V O_D 2 (N C )A A 15

ME M_ D Q7/ D V O_D 4 (N C )Y 1 5

ME M_ D Q8/ D V O_D 3 (N C )A C 20

ME M_ D Q9/ D V O_D 5 (N C )A D 19

ME M_D Q1 0/ D V O_D 6 (N C )A E 22

ME M_D Q1 1/ D V O_D 7 (N C )A C 18

M EM_ D Q12 (N C )A B 20

ME M_D Q1 3/ D V O_D 9 (N C )A D 22

ME M_ D Q14 / D VO_ D 10 (N C )A C 22

ME M_ D Q15 / D VO_ D 11 (N C )A D 21

ME M_ C OMP P(N C )A E 12

ME M_ C OMP N (N C )A D 12

ME M_V R E F (N C )A E 18

I OP L LV D D 18 (N C )A E 23

I OP LL VS S (N C )A D 23

I OP LL V D D (N C )A E 24

3. 3 V S

1. 1V S1. 8V S

1 . 1V S

1. 8 VS

3 . 3V S

1 . 1V S

1 . 8V S

1 .8 V S

1. 8 VS

1. 8V S

3 . 3V S

1. 8V S

3. 3 VS

3. 3 VS

N B GF X_ C LK P

N B _C R T _D D C _ C LK1 3

N B_ OS C2

N B _ PW R GD _ I N26

N B _V GA _G13

N B _V GA _R13

N B _C R T _D D C _ D A TA1 3

N B _L V D S_ TX _L 0N 12N B _L V D S_ TX _L 0P 12

N B _V GA _B13

N B _L V D S_ TX _L 2P 12N B _L V D S_ TX _L 1N 12N B _L V D S_ TX _L 1P 12

N B _L V D S_ TX _U 0 N 12N B _L V D S_ TX _U 0 P 1 2

N B _L V D S_ TX _U 2 N 12

N B _L V D S_ TX _L 2N 12

N B _L V D S_ TX _U 1 P 1 2N B _L V D S_ TX _U 1 N 12N B _L V D S_ TX _U 2 P 1 2

N B _L V D S_ TX _C L K LP 12

N B _L V D S_ TX _C L K U N 1 2

N B _L V D S_ TX _C L K LN 12

S U S_ S TA T# 1 5

TMD S _H P D 0 1 3

N B _L V D S_ TX _C L K U P 1 2

N B GF X_ C LK P2

N BH T _C L K N2N BH T _C L K P2

N B _H D MI _ D D C _D A T A1 3

S B LI N K _C L K N2S B LI N K _C L K P2

N B GF X_ C LK N2

N B _LC D _D D C _ C LK1 2

A _R S T #14 , 16 , 26

N B _H D MI _ D D C _C L K1 3

A LL OW _LD TS TOP14

C PU _ LD T _R E Q#5

N B _LC D _D D C _ D AT A1 2

N B_ LC D _ B KL _E N 12

N B_ LC D _ P WR _ EN 1 2

C P U _L D T_ ST OP #5, 1 4

VS Y N C #13H SY N C #13

N B H T_ C LK P

N B _H D MI _ D D C _C L KN B _H D MI _ D D C _D A T A

H S Y N C #

Z 10 14

Z 10 15Z 10 74

N B _A L LOW _L D TS TOP

OC / 1 . 8V I N*

V S Y N C #

T ES T_ E N

Z 10 22Z 10 21

600mA

R S 7 40 / R S 7 8 0: E n a b l e s S i d e p o rt m e m o ry

RS740:RS740_DFT_ GPIO0RS780:HSYNC#

Selects if Memor y SIDE PORT is availa ble or not1 = Memory Side port Not available0 = Memory Side port availableRegister Readbac k of strap:NB_CLKCFG:CLK_TO P_SPARE_D[1]

OC

Z 10 18

OC

Z 10 05

L D T_ ST OP #I N (de f a ul t) / I N

Z 1 06 0

Z 1 05 5

Z 1 05 9

Z 1 06 1

Z 1 05 7

Z 1 05 0Z 1 05 1Z 1 05 2

Z 1 06 2

Z 1 05 3

Z 1 05 8

Z 1 05 4

Z 1 05 6

Z 1 06 9

Z 1 07 2

Z 1 06 5Z 1 06 4

Z 1 06 7Z 1 06 6

Z 1 07 0

Z 1 06 3

Z 1 07 1

Z 1 06 8

Z 10 16

A LL OW _LD TS TOPOU T (de f au lt ) / I N

2 008/03/18

1. 8 V I N

V S Y N C #

N B _ R EF C L K_ N

3 . 3V I N

Z 10 79

1 . 8V I N

Z 10 20

*, C L MC mod e: N B se nd L D T_ S TOP #, A LL OW _LD TS TOP w il l b ec ome in pu t

Z 10 24Z 10 25Z 10 26

Z 10 23

Z 10 30

Z 10 27

Z 10 39

Z 10 31

Z 10 28

Z 10 40

Z 10 32

Z 10 29

Z 10 41Z 10 42

Z 10 36

Z 10 33

Z 10 37

Z 10 34

Z 10 38

Z 10 35

Z 10 46

Z 10 48

Z 10 47

Z 10 43Z 10 44

Z 10 49

Z 10 45

N B _ R EF C L K_ P

R X 7 4 0/ R S 7 4 0 /R S 78 0 d i f f e re n ce t a b l e

3 . 3V I N / OC*

N B _L C D _D D C _ D A TA

H S Y N C #

N B _P W R GD I N

N B _L C D _D D C _ C LK

S T R A P _ D E B U G _ B U S _ G P I O _E N A B L Eb

Enables the Test Debug Bus using GPIO .RX780:NB_TV_C; R S740:RS740_DFT_GPIO5; RS780:VSYNC#

RS740/RS780 RX780 1 Disable Enable 0 Enable Disable

Z 10 04

Z 10 73

A VD D D I

R S 7 80

C K _A V D D

1. 8 V I N

Z 10 08Z 10 09

Z 10 11

Z 10 12

Z 10 06Z 10 07

150R termination < 1 inch trace

P LL V D D 18P LL V D D

R X7 80

Z 10 03

V D D A 18 P C I EP L LV D D A 18 H TP L L

R S 7 40

3 . 3V I N

Z 10 01Z 10 02

N B H T_ C LK N

N B GF X_ C LK N

S B LI N K _ C LK PS B LI N K _ C LK N

N B_ LD T _S TOP #

A_ R S T#

N B_ A LL OW_ LD T ST OP

Z 10 78Z 10 77Z 10 76

Z 10 13

ST R P _D A TA29

L16 H C B 1 608 K F-1 21 T2 5

R 28 2 4 . 7K _0 4

R 6 8 3K _0 4

R 28 8 4 . 7K _0 4

R 2 86 *3K _ 04


Schematic Diagrams

B - 12 RS780M-3

B.S

chem

atic

Dia

gra

ms

RS780M-3

+ 1. 8 V

+ 1 . 1 V

V D D _M E M

N C

RS740

N C

+ 1 . 2 V

+3 . 3 V

N C

A V D D

+1 . 8 V

+1 . 8 V

+ 1. 8 V

I O P L L V D D 1 8

V D D H T T X

V D D L T P 1 8

+ 1. 8 V

+ 1 . 8 V

+ 1 . 8 V

RS740

N C V D D L T 3 3

+ 1. 2 V

+ 1 . 8 V

A V D D D I

+ 1. 8 V

+ 3 . 3 V

+ 1. 1 V

I OP LL V D D +1 . 2 V

+ 1 . 8 V

V D D C

V D D H T

+1 . 8 V

+ 1 . 8 V

+ 3 . 3 V

+ 1 . 8 V / 1 . 5 V

N C

N C

+ 1 . 2 V

N C

RX780

P L L V D D

+ 1 . 8 V

+ 1 . 1 V

V D D L T 1 8

V D D G1 8

+ 1 . 1 V

+1 . 8 V

+ 1 . 2 V

+ 1 . 8 V

RS780

N CV D D G3 3

+1 . 2 V

N C

+ 1 . 1 V

P I N N A ME

+1 . 8 V / 1 . 5 V

V D D A 1 8 H TP LL

N C

+ 1 . 8 V

+ 1 . 8 V

N C

V D D P C I E

+ 1 . 8 V

+1 . 8 V

V D D H T R X

+ 1. 1 V

R S7 40 /R X78 0 /RS 78 0 PO W ER D IFFEREN CE TA BLE

V D D A 1 8P C I E

+ 3. 3 V

+ 1 . 1 V

N C+ 1 . 2 V

+ 1. 1 V

+ 1 . 8 VN C

A V D D Q

+3 . 3 V

P L L V D D 1 8

+ 1 . 8 V

N C

N C

+ 1 . 1 V

V D D A 1 8 P C I E P L L

N C

RS780

+ 1 . 8 V

+1 . 2 V+ 1. 1 V

P I N N A ME RX780

+1 . 8 V N C

N C

V D D 18 _ M E M

V D D A 18 P C I E

C 20

. 1 U _ 1 6 V _ 0 4

C 2 3

. 1 U _ 1 6 V _ 0 4

C 3 0. 1 U _ 1 6 V _ 0 4

C 4 6 51 U _ 1 0 V _ 0 6

C 2 4

. 1U _ 1 6V _ 04

C 391 U _ 1 0 V _ 0 6

L 5 1 H C B 1 6 0 8 K F -1 2 1 T2 5

C 314 . 7 U _ 6 . 3 V _ 0 6

C 2 1

1 0 U _ 6 . 3 V _ 0 6

C 4 3 0* 1U _ 1 0 V _ 06

C 32

. 1 U _1 6 V _ 0 4

C 4 7 9

. 1 U _ 1 6 V _ 0 4

L 8H C B 1 6 0 8K F -1 2 1T 2 5

C 2 5

. 1 U _ 16 V _0 4 C 1 9

. 1 U _ 1 6V _0 4

C 1 7

. 1 U _ 1 6 V _ 0 4

C 4 4

. 1 U _ 16 V _ 0 4

C 4 5. 1 U _ 1 6 V _ 0 4

C 2 64 . 7 U _ 6. 3V _0 6

C 4 04 . 7 U _ 6. 3V _0 6

C 5 4. 1 U _ 1 6 V _ 0 4

C 4 8 64 . 7 U _ 6 . 3 V _ 0 6

R 2 7 2 * 0_ 0 6 0 3 _3 2 m i l _s h o r t

L 6 H C B 1 6 0 8 K F -1 2 1 T 2 5

C 1 3

. 1U _ 1 6V _ 04

L 7 H C B 1 6 0 8 K F -1 2 1 T 2 5

C 82

. 1 U _ 1 6 V _ 0 4

C 4 64 . 7 U _ 6 . 3 V _ 0 6

C 1 4

. 1 U _1 6 V _ 0 4

L 1 0 H C B 1 6 0 8 K F -1 2 1 T2 5

C 22

. 1 U _ 1 6 V _ 0 4

PAR T 6 /6

GR

OU

ND

U 1 0F

R S 7 8 0 (R X7 8 0 )

V S S A H T 1A 25

V S S A H T 2D 2 3

V S S A H T 3E 22

V S S A H T 4G 2 2

V S S A H T 5G 2 4

V S S A H T 6G 2 5

V S S A H T 7H 1 9

V S S A H T 8J 2 2

V S S A H T 9L 1 7

V S S A H T 1 0L 2 2

V S S A H T 1 1L 2 4

V S S A H T 1 2L 2 5

V S S A H T 1 3M 2 0

V S S A H T 1 4N 2 2

V S S A H T 1 5P 20

V S S A H T 1 6R 1 9

V S S A H T 1 7R 2 2

V S S A H T 1 8R 2 4

V S S A H T 1 9R 2 5

V S S A H T 2 1U 2 2

V S S A H T 2 2V 19

V S S A H T 2 3W 22

V S S A H T 2 4W 24

V S S A H T 2 5W 25

V S S A H T 2 6Y 2 1

V S S A H T 2 7A D 2 5

V S S 2D 1 1

V S S 3G8

V S S 4E 1 4

V S S 5E 1 5

V S S 7J1 2

V S S 8K 1 4

V S S 9M1 1

V S S 1 0L1 5

V S S 1 1L 1 2

V S S 1 2M 1 4

V S S 1 3N 1 3

V S S 1 4P 12

V S S 1 5P 15

V S S 1 6R 1 1

V S S 1 7R 1 4

V S S 1 8T 1 2

V S S 1 9U 1 4

V S S 2 0U 1 1

V S S 2 1U 1 5

V S S 2 2V 12

V S S 2 3W 11

V S S 2 4W 15

V S S 2 5A C 1 2

V S S 2 6A A 1 4

V S S 2 7Y 1 8

V S S 2 8A B 1 1

V S S 2 9A B 1 5

V S S 3 0A B 1 7

V S S 3 1A B 1 9

V S S 3 2A E 2 0

V S S A P C I E 1A 2

V S S A P C I E 2B 1

V S S A P C I E 3D 3

V S S A P C I E 4D 5

V S S A P C I E 5E 4

V S S A P C I E 6G1

V S S A P C I E 7G2

V S S A P C I E 8G4

V S S A P C I E 9H 7

V S S A P C I E 1 0J 4

V S S A P C I E 1 1R 7

V S S A P C I E 1 2L 1




V S S 3 4K 11

V S S A P C I E 1 6M6

V S S A P C I E 1 7N 4

V S S A P C I E 1 8P 6




V S S A P C I E 2 2V 7

V S S A P C I E 2 3U 4



V S S A P C I E 2 6W 1





V S S A P C I E 3 1Y 6

V S S A P C I E 3 2A A 4

V S S A P C I E 3 3A B 5



V S S A P C I E 3 6A C 3

V S S A P C I E 3 7A C 4

V S S A P C I E 3 8A E 1

V S S A P C I E 3 9A E 4


V S S 1A E 1 4

V S S A H T 2 0H 2 0

V S S 3 3A B 2 1

V S S 6J1 5

C 60. 1 U _ 1 6 V _ 0 4

C 4 3

. 1 U _ 1 6 V _ 0 4

C 5 51U _ 1 0V _0 6

C 1 8

4 . 7 U _6 . 3 V _ 0 6

PART 5/ 6

PO

WE

R

U 1 0 E

R S 7 8 0 (R X 7 8 0 )

V D D H T _ 1J 1 7

V D D H T _ 2K 1 6

V D D H T _ 3L 1 6

V D D H T _ 4M1 6

V D D H T _ 5P 1 6

V D D H T _ 6R 1 6

V D D H T _ 7T 1 6

V D D H T T X _ 1A E 2 5

V D D H T T X _ 2A D 2 4

V D D H T T X _ 3A C 2 3

V D D H T T X _ 4A B 2 2

V D D H T T X _ 5A A 2 1

V D D H T T X _ 6Y 2 0

V D D H T T X _ 7W 1 9

V D D H T T X _ 8V 1 8

V D D H T R X _1H 1 8

V D D H T R X _2G1 9

V D D H T R X _3F 2 0

V D D H T R X _4E 2 1

V D D H T R X _5D 2 2

V D D 1 8_ 1F 9

V D D 1 8_ 2G9

V D D 1 8_ M E M 1( N C )A E 1 1

V D D 1 8_ M E M 2( N C )A D 1 1

V D D A 1 8 P C I E _ 1J 1 0

V D D A 1 8 P C I E _ 2P 1 0

V D D A 1 8 P C I E _ 3K 1 0

V D D A 1 8 P C I E _ 10Y 9

V D D A 1 8 P C I E _ 11A A 9

V D D A 1 8 P C I E _ 12A B 9

V D D A 1 8 P C I E _ 13A D 9

V D D A 1 8 P C I E _ 14A E 9

V D D A 1 8 P C I E _ 6W 9

V D D A 1 8 P C I E _ 7H 9

V D D P C I E _ 1A 6

V D D P C I E _ 2B 6

V D D P C I E _ 3C 6

V D D P C I E _ 4D 6

V D D P C I E _ 5E 6

V D D P C I E _ 6F 6

V D D P C I E _ 7G7

V D D P C I E _ 8H 8

V D D P C I E _ 9J 9

V D D A 1 8 P C I E _ 4M1 0

V D D A 1 8 P C I E _ 5L 1 0

V D D C _ 1K 1 2

V D D C _ 2J 1 4

V D D C _ 3U 1 6

V D D P C I E _ 1 1M9

V D D C _ 4J 1 1

V D D C _ 5K 1 5

V D D P C I E _ 1 0K 9

V D D C _ 6M1 2

V D D C _ 7L 1 4

V D D C _ 8L 1 1

V D D C _ 9M1 3

V D D C _ 1 0M1 5

V D D C _ 1 1N 1 2

V D D C _ 1 2N 1 4

V D D C _ 1 3P 1 1

V D D C _ 1 4P 1 3

V D D C _ 1 5P 1 4

V D D C _ 1 6R 1 2

V D D C _ 1 7R 1 5

V D D C _ 1 8T 1 1

V D D C _ 1 9T 1 5

V D D C _ 2 0U 1 2

V D D C _ 2 1T 1 4

V D D 3 3_ 1 (N C )H 1 1

V D D 3 3_ 2 (N C )H 1 2

V D D _ M E M1 (N C )A E 1 0

V D D _ M E M2 (N C )A A 1 1

V D D _ M E M3 (N C )Y 1 1

V D D _ M E M4 (N C )A D 1 0

V D D _ M E M6 (N C )A C 1 0V D D _ M E M5 (N C )A B 1 0

V D D A 1 8 P C I E _ 8T 1 0

V D D C _ 2 2J 1 6

V D D P C I E _ 1 2L 9

V D D A 1 8 P C I E _ 9R 1 0

V D D P C I E _ 1 3P 9

V D D P C I E _ 1 4R 9

V D D P C I E _ 1 5T 9

V D D P C I E _ 1 6V 9

V D D P C I E _ 1 7U 9

V D D A 1 8 P C I E _ 15U 1 0

V D D H T R X _6B 2 3

V D D H T R X _7A 2 3

V D D H T T X _ 9U 1 7

V D D H T T X _ 10T 1 7

V D D H T T X _ 11R 1 7

V D D H T T X _ 12P 1 7

V D D H T T X _ 13M1 7

C 41. 1 U _1 6 V _ 0 4

C 4 2. 1U _ 1 6V _ 04

R 5 9*0 _ 0 60 3 _ 3 2 m il _ s h or t

C 2 7

. 1 U _ 1 6 V _ 0 4

C 3 3

. 1 U _ 1 6 V _ 0 4

C 74

. 1 U _1 6 V _ 0 4

C 1 5

1 0 U _ 6 . 3 V _ 0 6

C 5 6. 1U _ 1 6 V _ 04

C 59. 1 U _1 6 V _ 0 4

1 . 8 V S

1 . 2 V S

1 . 1 V S

1 . 1 V S

3 . 3 V S

1 . 8 V S

1 . 8 V S

1 . 1 V S

V D D _ P C I E

V D D _ P C I E

V D D H T TX

V D D H T R X

Z 1 1 0 1

Z 1 1 0 3

1.2V(RS740) 1.1V(RX780;RS780) 1.2V(RS740) 1.1V(RX780;RS780)

Z 1 1 0 2


Schematic Diagrams

LVDS, Inverter B - 13

B.S

chem

atic Diag

rams

LVDS, Inverter

Sheet 12 of 35LVDS, Inverter

3 . 3V

C 36 7*. 1U _ 10 V_ X7 R _04

N B _LC D _ BK L _E N

Q2 9P 2 703 BA G

3

2 41

56

N B_ LV D S_ TX _C L KL N

N B_ LV D S_ TX _L 0P

C 4 11

4 . 7u_ 25 V_ X5 R _08

N B_ LV D S_ TX _L 1P

C 40 9

0. 1 u_ 16V _Y 5 V_ 04

N B _L VD S _T X_ U2 P

N B _L C D _D D C _ D AT A

N B_ LV D S_ TX _U 1 N

C 412

0. 1u _1 6V _Y 5V _ 04

I N V _B LON

3. 3 VS

N B _L V D S_ TX_ L2 N

N B_ LV D S_ TX _U 1 P

N B_ LV D S_ TX _L 1N

N B _L VD S _T X_ U0 NN B_ LV D S_ TX _C L KU N

N B _L VD S _T X_ U2 N

N B _L VD S _T X_ U0 P

N B _L C D _D D C _ C LK

N B_ LV D S_ TX _L 0N

N B_ LV D S_ TX _C L KL P

PL VD D

N B _L V D S_ TX_ L2 P

B R I GH TN E SS

N B_ LV D S_ TX _C L KU P

J_ LC D 1

87 12 6-30 06

11

22

33

44

55

66

77

88

99

1 01 0

1 11 1

1 21 2

1 31 3

1 41 4

1 51 5

1 61 6

1 71 7

1 81 8

1 91 9

2 02 0

2 12 1

2 22 2

2 32 3

2 42 4

2 52 5

2 62 6

2 72 7

2 82 8

2 92 9

3 03 0

B LON

C 4 23

0 . 1u_ 50 V_ Y 5V _0 6

80mil sVI N

C 42 2

0 .1 u_ 50V _ Y5 V _06

C 4

0 . 1u _50 V_ Y 5V _0 6

COSTDOWN

L3H C B 16 08 KF -12 1T 25

0 62 4JC HG "* "

I N V_ B LON

INVERTER CONNECTOR

PANEL CONNECTOR

AMD CHECK

2A

B R I GH T N E SS 24B R I GH TN E SS

C 40 2

0. 1 u_1 6V _Y 5 V_ 04

C 4 10

0 . 1u_ 16 V_ Y 5V _0 4

C 41 3

10 u_ 6. 3V _X 5R _ 06

+ C 4 21

*1 00 u_6 . 3V _B _C

C 5

0 .1 u_ 16V _ Y 5V _04

C LOSE TO J_L CD1

Q5

MTN 70 02 ZH S 3G

DS

R 24 7

1M_ 04

U 8B74 LV C 08 PW

4

56

147

R 26 0

10 0K _04

C 3 78

*0 . 1u _16 V_ Y 5V _0 4R 197 0_0 4

R 261

200 _1 %_0 4

U 8D74 LV C 08 PW

12

131 1

147

Q7

MT N 70 02Z H S 3G

DS

CLOSE T O LVDS CON N.PIN

R 24 6 10 0K _0 4

R 1 2

1 M_0 4

Q6

MTN 70 02 ZH S 3G

DS

U 8 A7 4LV C 0 8P W

1

23

14

7

R 2 62

2 00 _1% _0 4

R 13 * 2. 7K _0 4

C 392

*0. 47 u_ 10V _ Y 5V _04

C 419

0. 1u _1 6V _Y 5V _ 04

U 8C74 LV C 08 PW

9

108

147

R 24 5

10 0K _04

R 244 10K _0 4

R 198

*2. 7K _0 4

R 14

1M_0 4

3. 3V

3 . 3V

3 . 3V 3. 3V

3. 3V S

S Y S1 5V

PL V DD

S Y S1 5V

N B _L CD _ B KL _E N10

S B _P WR GD1 5, 26

S B_ BL ON1 6

LI D _S W #15 , 20, 2 4

N B _L C D _P WR _ EN10

BK L _E N24

N B _LC D _ D D C _D A TA 10

N B_ LV D S_ TX _U 2N 1 0

N B _LC D _ D D C _C L K 10

N B_ LV D S_ TX _U 0N 1 0

N B_ LV D S_ TX _U 2P 10

N B _LV D S _T X_L 2N 10

N B_ LV D S_ TX _U 0P 10

N B _LV D S _T X_L 2P 10

N B_ LV D S_ TX _C LK U P10

PANEL POWER

N B_ LV D S_ TX _C LK U N10

N B_ LV D S_ TX _U 1N10N B_ LV D S_ TX _U 1P10

N B_ LV D S_ TX _C LK LN10N B_ LV D S_ TX _C LK LP10

N B_ LV D S_ TX _L1 P10N B_ LV D S_ TX _L1 N10

N B_ LV D S_ TX _L0 N10N B_ LV D S_ TX _L0 P10

3. 3 VS

D 20

*B AV 99

A

CA C

R 196

4. 7K _0 4

Schematic Diagrams

B - 14 HDMI, CRT

B.S

chem

atic

Dia

gra

ms

HDMI, CRT

Sheet 13 of 35HDMI, CRT

H D MI_ D A TA 2PH D MI_ D A TA 2N

R 45 2 0_0 4

H D MI _D A T A0 N

H D MI _ D AT A 1PH D MI _ D AT A 1N

H D MI _D A T A0 P

H D MI _C L KPH D MI _C L KN

H D MI_ D A TA 2P

H S Y N C #10

V S Y N C #10

FGR N

H D MI _H P D

05 20 -JEM I CHG

05 20 -JEM I CH G

V S Y N C

FB L U E

Q92 N 39 04

BE

C

D D C LK

3. 3V S

F R ED

F BL U E

F GR N

U 2 4

I P 47 72C Z1 6

VC C _ S Y N C1

VC C _ V ID E O2

V I D EO_ 13

V I D EO_ 24

V I D EO_ 35

GN D6

VC C _ D D C7

BY P8

D D C _OU T 19

D D C _I N 11 0

D D C _I N 21 1

D D C _OU T 212

SY N C _ I N 11 3

S Y N C _OU T 114

SY N C _ I N 21 5

S Y N C _OU T 216

5V S

V SY N C

L 13

H C B 10 05 KF -12 T2 0

3. 3 VS

5 V S

C60

8

0.22

u_10

V_Y

5V_0

4

C60

6

0.2

2u_

10V

_Y5

V_0

4

H S Y N C

FR E D

R 4 38 33 _0 4

COSTDOWN

D D C LK

D D C D A TA

R 43 6

*1 5mi l _sh ort _ 06

R N 3 8

2 . 2K _8 P 4R _0 4 81

72

6 53 4

C6

07

0.2

2u_1

0V_Y

5V_

04

R 4 37 33 _0 4

D D C D AT A

H S Y N C

R 45 3 0_0 4

Q10

MT N 70 02 ZH S 3

G

DS

3 . 3V S

R 45 6 0_0 4

R 45 7 0_0 4

N B _V GA _R

05 11- Jch ang e

HDMI

0 51 7- Jf or l ayo ut s wa p pin 6, 8

R 46 0 *1 5m il _s ho rt _ 06

Please close to HDMI connector

C 60 3

*10

p_50

V_

NPO

_04

C 60 5

*10

p_50

V_N

PO

_04

C 6 04

*10p

_50V

_NP

O_0

4

N B _V GA _G

R 29 01 K_ 04

N B _V GA _B

D 4 0* BA V 99

A

CA C

5 VS

Q33MTN 7 00 2Z H S 3

G

DS

R 31 0

2. 2 K_ 04

R 29 7*2. 2 K_ 04

R 30 6

*2. 2 K_ 04

5V S

3. 3 VS

3. 3 VS

H D MI _D D C _ C LK

3 . 3V S

Q32MTN 7 00 2Z H S 3

G

DS

3 . 3V S

5 VS

R 29 8

2. 2 K_ 04

5V S

D 3 9* BA V 99

A

CA C

H D MI _ D D C _D A TA

P I N GN D 1 ~4 = GN D

HDMI CONNECTOR

R 46 1 *1 5m il _s ho rt _ 06

N B_ H D MI _D D C _ D A TA1 0

N B_ H D MI _D D C _ C LK1 0

P LEA SE C LO SE T O CO NN EC TOR

CRTN B_ V GA_ R10

N B_ V GA_ G10

N B_ V GA_ B10

N B _C R T _D D C _ C LK1 0

N B _C R T _D D C _ D A TA1 0

R 77 2 00 K_ 04

R 3 07

20 0K _0 4

R 46 2 *1 5m il _s ho rt _ 06

3. 3V S

R82

750

_1%

_04

C 4 20

10p

_50V

_NP

O_

04

L 45 F C M16 08K -1 21T 06

C 4 16

22p

_50V

_NP

O_

04

L 44 F C M16 08K -1 21T 06

R 264

150

_1%

_04

R86

750_

1%

_04

R79

750_

1%_0

4

J _H D MI 1

C 12 817 -11 9A 5-L

SH I E L D 22

TMD S D A TA 1+4

TMD S D A TA 1-6

SH I E L D 08

TMD S C LOC K +1 0

TMD S C LOC K -1 2

R ES E R V ED1 4

SD A1 6

+5 V1 8

T MD S D AT A2 +1

TMD S D A TA 2-3

S H I EL D 15

T MD S D AT A0 +7

TMD S D A TA 0-9

C L K SH I E LD11

C EC13

S C L15

D D C / C EC GN D17

H O T P LU G D E TE C T19

R9

37

50_1

%_0

4

J _C R T 1C -1 08 AX 15 FS

8

7

6

5

4

3

2

19

10

11

12

13

14

15

GN

D2

GN

D1

C 41 5

22p_

50V_

NPO

_04

C 3

1000

p_5

0V_X

7R

_04

R9

2

750_

1%_

04

C 4 14

10p

_50

V_N

PO

_04

C 41 8

22p_

50V_

NP

O_0

4

C 42 4

1000

p_50

V_

X7R

_04

R 26 3

150_

1%_0

4

C 6

100

0p_5

0V

_X7R

_04

C 41 7

10p_

50V

_N

PO_

04

C 8 8

2 2u _6 . 3V _X 5R _ 08

L 2 F C M16 08K -1 21T 06

H D MI_ D A TA 1P

R8

77

50_

1%_0

4

TMD S _ H PD 010

R78

750

_1%

_04

H D MI_ C LK N

H D MI_ D A TA 0P

C 8 7

*2 2u _6 . 3V _Y 5 V_ 08

C 2

100

0p_

50V_

X7R

_04

R81

750

_1%

_04

R 2 65

150

_1%

_04

CLOS E TO HDMI CONN.

H D MI_ C LK P

H D MI_ D A TA 0N

H D MI_ D A TA 2N

5 VS

H D MI_ D A TA 1N

H D M I_ D D C _C L KH D MI _D D C _ D AT A

R 45 4 0_0 4

H D MI _H P D

H D MI _D A TA 1 N 9

H D MI _C L KP 9H D MI _C L KN 9

H D MI _D A TA 1 P 9

H D MI _D A TA 0 P 9H D MI _D A TA 0 N 9

H D MI _D A TA 2 N 9H D MI _D A TA 2 P 9

R 45 5 0_0 4

052 0- JEMI C HG

05 20 -JEM I CH G

R 45 8 0_0 4

R 45 9 0_0 4

Schematic Diagrams

SB700-1 B - 15

B.S

chem

atic Diag

rams

SB700-1

Sheet 14 of 35SB700-1

Z 1 8 1 6

Z 1 8 0 5

Z 1 8 0 9

Z 1 8 1 3

Z 1 8 2 0

Z 1 8 1 0

Z 1 8 0 7

Z 1 8 1 4

Z 1 8 1 1

Z 1 8 1 7

Z 1 8 0 8

Z 1 8 0 6

Z 1 8 1 5

Z 1 8 1 8

Z 1 8 1 2

Z 1 8 1 9

Z 1 8 2 1

Z 1 8 2 2

Z 1 8 23

Z 1 8 24P C I C L K 5

1

0

X 0

X

IGP only mode

Powe r Expres s mode

PE_ GPIO2

DISPLAY SUPPORT TABLE

IGP + MXM

MXM( LVDS,VGA,HDMI,TV)

1 *MXM(VGA,HDMI,TV,DP); MXM/IGP( LVDS)

IGP( LVDS,VGA,HDMI,TV)0

X

0

IGP( LVDS,VGA,HDMI,TV)

0 /1

PX_EN

MXM only mode

X

INT_VGA_TV_EN#

0

DISPLAY OUTPUT

V B A T _ I N A _ V B A T

P X _ E NZ 1 8 30

P X_ E N

X 6 *M C -1 46 _ 3 2 . 7 68 K H z

143 2

S B S R C _ C L K P

P E _ GP I O 0

S B S R C _ C L K N

0514-Jadd colayout X4

PLACE THESE PCIE AC COUPLINGCAPS CLOSE TO SB700

GP I O6 5

C P U _ P R O C H O T # P U 3. 3v B E C AU S E F O R F A N C O N T R O L .

O T H E R W I S E , P U T O V D D I O .

P C I _R E Q # 3

P C I _C L K 2

P L A C E T H E S E C O M P O N E N TS C L O S E TO U 6 00 , A N DU S E G R O U N D G U A R D F O R 3 2 K _ X 1 A N D 3 2 K _ X 2

L D R Q # 1

L D R Q # 0

C60 8 AND C6 09 CLOSETO SB700

P C I _C L K 3

RTC CLEAR

P C I R S T #

C 5 6 018 P _ N P O _0 4

J OP E N 1*O P E N _ 1 0m i l -1 MM

12

R 33 9 1 0 0K _ 04

R 3 5 1 * 10 K _ 0 4C 5 3 8 . 1 U _X 7 R _ 10 V _ 0 4

R 3 3 7 0 _0 4

J _ R TC 1

8 5 20 5 -0 2 R

1

2

R 3 7 0* 1 K _ 0 4

C 56 31 U _ 1 0 V _ 0 6

R 3 9 3 2 0 M_ 0 6

C 5 3 9 . 1 U _X 7 R _ 10 V _ 0 4

R 1 9 5 * 8 . 2 K _ 04

R 3 4 5 * 8 . 2 K _ 04

R 3 79 * 1 M_ 0 4

R 13 8 *2 . 2 K _ 0 4

D 41R B 7 5 1 V

AC

C 2 8 7 . 1 U _X 7 R _ 10 V _ 0 4

R 3 54 3 3 _ 04

R 1 5 7 * 8 . 2 K _ 04

P C I _ C L K 2P C I _ C L K 3

R 1 5 6 * 8 . 2 K _ 04

PC

I EX

PR

ES

S IN

TER

FA

CE

Part 1 of 5

SB700

PC

I IN

TE

RFA

CE

LPC

RT

C

CP

U

RTC

XT

AL

PC

I CLK

S

CLO

CK

GE

NE

RA

TO

R

U 1 8 A

S B 7 0 0

A _R S T #N 2

P C I E _ R X 2 PR 2 0

P C I E _ R X 2 NR 2 1

P C I E _ R X 3 PR 1 8

P C I E _ T X 3 NT 2 2 P C I E _ T X 3 PT 2 3 P C I E _ T X 2 NU 2 4 P C I E _ T X 2 PU 2 5

P C I E _ R X 1 PU 1 9

P C I E _ R X 1 NV 1 9

P C I E _ R X 0 PU 2 2

P C I E _ R X 0 NU 2 1

P C I E _ T X 1 NV 2 5 P C I E _ T X 1 PV 2 4 P C I E _ T X 0 NV 2 2 P C I E _ T X 0 PV 2 3

P C I E _ R C L K P / N B _L N K _ C L K PN 2 5

P C I E _ R C L K N / N B _ L N K _ C L K NN 2 4

P C I E _ C A L R PT 2 5

P C I E _ C A L R NT 2 4

P C I E _ P V D DP 2 4

G P P _ C L K 1 NL 1 9

X 1A 3

X 2B 3

V B A TB 2

G P P _ C L K 0 NJ 1 8

G P P _ C L K 2 PM1 9

A LL O W _ L D T S T PF 2 3

C P U _ H T _ C L K NM1 8

G P P _ C L K 2 NM2 0

S LT _ G F X _ C L K PM2 3

C P U _ H T _ C L K PP 1 7

L D T _R S T #G2 4

P C I C LK 0P 4

P C I C LK 1P 3

P C I C LK 2P 1

P C I C LK 3P 2

P C I R S T #N 1

C B E 0 #W 2

C B E 1 #U 7

C B E 2 #A A 7

C B E 3 #Y 1

F R A ME #A A 6

D E V S E L #W 5

I R D Y #A A 5

T R D Y #Y 5

P A RU 6

S T OP #W 6

P E R R #W 4

R E Q 0 #A C 3

R E Q 1 #A D 4

R E Q 2 #A B 7

R E Q 3# / G P I O 7 0A E 6

GN T 0 #A D 2

GN T 1 #A E 4

GN T 2 #A D 5

GN T 3# / G P I O 7 2A C 6

S E R R #V 7

C L K R U N #A D 6

L A D 0H 2 4

L A D 1H 2 3

L A D 2J 2 5

L A D 3J 2 4

L F R A ME #H 2 5

L D R Q 0 #H 2 2

S E R I R QV 1 5

P C I C LK 4T 4

L P C C LK 0G2 2

L P C C LK 1E 2 2

A D 0U 2

A D 1P 7

A D 2V 4

A D 3T 1

A D 4V 3

A D 5U 1

A D 6V 1

A D 7V 2

A D 8T 2

A D 9W 1

A D 1 0T 9

A D 1 2R 7

A D 1 3R 5

A D 1 4U 8

A D 1 5U 5

A D 1 6Y 7

A D 1 7W 8

A D 1 8V 9

A D 1 9Y 8

A D 2 0A A 8

A D 2 1Y 4

A D 2 2Y 3

A D 2 3Y 2

A D 2 4A A 2

A D 2 5A B 4

A D 2 6A A 1

A D 2 7A B 3

A D 2 8A B 2

A D 2 9A C 1

A D 3 0A C 2

A D 3 1A D 1

A D 1 1R 6

R E Q 4# / G P I O 7 1A B 6

GN T 4# / G P I O 7 3A E 5

L D R Q 1 # / GN T 5# / G P I O 6 8A B 8

G P P _ C L K 1 PL 2 0

R TC C L KC 3

P C I E _ R X 3 NR 1 7

I N T E # / G P I O 3 3A D 3

I N T F # / G P I O 3 4A C 4

I N T G# / G P I O 3 5A E 2

I N T H # / G P I O 3 6A E 3

LO C K #V 5

P C I E _ P V S SP 2 5

P C I C L K 5 / G P I O 4 1T 3

B M R E Q# / R E Q 5# / G P I O 6 5A D 7

N B _ H T_ C L K PM2 4

L D T _P GF 2 2

L D T _S TP #G2 5

G P P _ C L K 3 NP 2 2

I N T R U D E R _ A L E R T #C 2

N B _ D I S P _ C L K PK 2 3

2 5 M _4 8 M _ 66 M _ OS CL 1 8

G P P _ C L K 0 PJ 1 9

N B _ H T_ C L K NM2 5

S LT _ G F X _ C L K NM2 2

G P P _ C L K 3 PN 2 2

2 5 M _X 1J 2 1

2 5 M _X 2J 2 0

N B _ D I S P _ C L K NK 2 2

P R O C H OT #F 2 4

R 34 3 *2 . 2 K _ 0 4

R 18 3 * 22 _ 0 4

G P I O 6 5

R 2 0 6 10 K _0 4R 1 9 0 10 K _0 4

R 39 4

* 10 K _ 0 4

R 3 5 5 10 K _0 4

R 19 4 2 2 _ 04

R 3 32 * 1 K _ 04

C 5 4 4 . 1 U _X 7 R _ 10 V _ 0 4

R 1 88 *0 _ 0 4

P C I _G N T# 3

X 4 3 2 . 7 6 8 K H z14

3 2

P C I _R E Q # 1P C I _R E Q # 2

C 5 4 3 . 1 U _X 7 R _ 10 V _ 0 4C 3 0 4 . 1 U _X 7 R _ 10 V _ 0 4

C 2 8 8 . 1 U _X 7 R _ 10 V _ 0 4

R 3 4 0 * 8 . 2 K _ 04

R 3 4 2 * 8 . 2 K _ 04

R 33 1 0_ 0 4

C 2 8 0 . 1 U _X 7 R _ 10 V _ 0 4

C 5 6 11 8 P _ N P O_ 0 4

L5 6 B K 1 6 0 8H S 6 0 1

R 3 5 2 5 62 _ 1 % _ 0 4

R 34 4

R 3 3 3

4 7 0_ 0 4

R 39 5

1 0 K _ 0 4

C 5 481 U _1 0 V _ 0 6

R 3 84 5 1 0 _ 0 4

R 3 4 1 * 8 . 2 K _ 04

C 5 6 2. 1 U _ 1 6 V _ 0 4

L P C _C L K 1

R 1 5 5 * 8 . 2 K _ 04

L P C _C L K 0

R 4 03* 2 0M _ 0 6

C 5 5 31 0 U _1 0 V _ 0 8

D 4 2R B 7 5 1 V

AC

R 1 7 4 2 . 0 5K _1 % _ 0 6

R 3 5 3 10 K _0 4

P C I E _ V D D R1 . 2 V S

3 . 3 V

1 . 8 V S

3 . 3V S

V D D 3

L P C _ C L K 1 2 4

P C I E _ S B _ N B _ R X2 N9

3 . 3 V S

P C I E _ S B _ N B _ R X1 P9P C I E _ S B _ N B _ R X1 N9

P C I E _ S B _ N B _ R X0 P9

P C I E _ S B _ N B _ R X2 P9

A _ R S T #10 , 1 6 , 2 6

P C I E _ S B _ N B _ R X3 N9P C I E _ S B _ N B _ R X3 P9

P C I E _ S B _ N B _ R X0 N9

A LL O W _ L D T S T O P10

S B S R C _ C L K N2S B S R C _ C L K P2

P C I E _N B _ S B _ T X 0 P9

P C I E _N B _ S B _ T X 1 N9

LA D 0 2 4

P C I E _N B _ S B _ T X 2 N9

LA D 3 2 4

C P U _L D T _ S T OP #5 , 1 0

P C I E _N B _ S B _ T X 2 P9

P C I E _N B _ S B _ T X 0 N9

C P U _ P W R GD5

LA D 2 2 4

C P U _ L D T_ R S T #5

P C I E _N B _ S B _ T X 3 N9

C P U _P R O C H OT #5

L F R A M E # 2 4

P C I E _N B _ S B _ T X 3 P9

P C I E _N B _ S B _ T X 1 P9

LA D 1 2 4

S E R I R Q 2 4C R _ W A K E # 2 1

Z 1 8 28Z 1 8 27

Z 1 8 29

AMD CHECK

P E _ GP I O 0

Z 1 8 3 7

P C I _A D 0

S B _ 1 4 . 3 1 8M _ OS C2

P C I _F R A M E #P C I _D E V S E L #

P C I _T R D Y #P C I _I R D Y #

P C I _S E R R #

P C I _P A RP C I _S T OP #P C I _P E R R #

P C I _R E Q # 0

LP C _ C LK 1

L P C _ C L K 0

L P C _ C L K 1 _ R

I N T R U D E R _ A L E R T #

PC I_C BE#1

A _ R X 3N _ C

P C I _ R E Q# 3

A _ R X 3P _ C

PC I_C BE#3

A _ R X 2N _ CA _ R X 2P _ C

P C I _ R E Q# 2

A _ R X 0N _ CA _ R X 1P _ CA _ R X 1N _ C

P C I _ R E Q# 4

A _ R X 0P _ C

P C I _A D 1 9

P C I _ R E Q# 1P C I _ R E Q# 0

Z 1 80 3

P C I _A D 2 1

P C I _A D 2 4P C I _A D 2 3

P C I _A D 2 0

Z 1 80 2

P C I _A D 2 2

P C I _A D 2 5P C I _A D 2 6

Z 1 80 4

P C I _A D 2 7

2 5 M_ X 1

P C I _A D 2 8P C I _A D 2 9P C I _A D 3 0P C I _A D 3 1

P C I _R E Q # 4

P C I _A D 3

P C I _A D 1P C I _A D 2

R T C _ C L K

P C I _A D 4P C I _A D 5

32 K _ X 232 K _ X 1

P C I _A D 6

P C I _A D 9

P C I _A D 7

P C I _C L K R U N #

P C I _A D 8

P C I _A D 1 1

P C I _A D 1 3

P C I _A D 1 0

P C I _A D 1 2

P C I _A D 1 4

P C I _A D 1 6P C I _A D 1 5

P C I _A D 1 8P C I _A D 1 7

PC I_C BE#2

PC I_C BE#0

Z 1 8 3 3

P C I _G N T# 4

P C I _G N T# 0

Z 18 3 4

G P I O 6 5

Z 1 80 1

P C I _I N T B #P C I _I N T A #

L D R Q# 0L D R Q# 1

P C I R S T # 2 6

3 2K _X 2

3 2K _X 1

Z 1 8 32 L P C _C L K 1

R T C _ C L K

R 44 7* 0 _ 04 0 2 _ 5 m il _ s h ort

0514-J

add for SB710

Schematic Diagrams

B - 16 SB700-2

B.S

chem

atic

Dia

gra

ms

SB700-2

Z 19 0 7

Z 1 9 02

S B G P I O5

R 4 0 7 1 0K _ 0 4

C R _C P P E #2 1

Z 19 0 6

S B GP I O 4

Z 19 1 1

A Z _ R S T#

Z 1 9 05Z 1 9 04Z 1 9 03

S D A TA 1

Z 1 9 32

A Z _ S D I N 2

S B _ TE S T 2

R S M R S T # _R

Z 1 9 31

S B G P I O8

Z 19 1 7

Z 19 1 5

Z 19 1 8

Z 19 1 2

Z 1 9 72

GP 16GP 17

Z 1 9 71

A Z _ S D I N 3

Z 1 9 35Z 1 9 36

Z 19 1 0

S B G P I O6

Z 1 9 25

S C LK 0

S C LK 1

S D A TA 0

G P 17G P 16

A Z _R S T #

Z 19 7 3

P W R _B TN #

S B _ TE S T 1S B _ TE S T 0

R S MR S T# _ R

S B GP I O 6

Z 19 1 4

S B G P I O6 6

S B _C R _ C P P E #

S B G P I O1 0

R 3 6 6 * 0_ 0 4 02 _ 5 m il _ sh o r t

R 21 5 * 2. 2 K _ 0 4

R 3 9 8 *1 0 K _ 04

R 1 8 4 * 0_ 0 4

R 3 78 1 0 K _ 04

USB

2.0

Part 4 of 5S B 7 00

ACP

I / W

AK

E U

P E

VE

NTS

GP

IO

HD

AU

DIO

US

B O

C

USB

1.1

USB

MIS

C

INTE

GR

ATE

D u

C

INTE

GR

ATE

D u

C

U 1 8D

S B 70 0

U S B C L K / 1 4 M_ 25 M _4 8 M_ O S CC 8

U S B _ R C O MPG 8

U S B _ OC 6 # / I R _ T X 1/ GE V E N T6 #B 9

U S B _H S D 5 PC 1 2

U S B _ H S D 5 ND 1 2

U S B _H S D 4 PB 1 2

U S B _ H S D 4 NA 1 2

U S B _H S D 3 PG 1 2

U S B _ H S D 3 NG 1 4

U S B _H S D 2 PH 1 4

U S B _ H S D 2 NH 1 5

U S B _H S D 1 PA 1 3

U S B _ H S D 1 NB 1 3

U S B _H S D 0 PB 1 4

U S B _ H S D 0 NA 1 4

U S B _ OC 4 # / I R _ R X0 / G P M4 #A 8

U S B _ OC 3 # / I R _ R X1 / G P M3 #A 9

U S B _ OC 1 # / GP M1 #F 8 U S B _ OC 2 # / GP M2 #E 5

U S B _H S D 7 PG 1 1

U S B _ H S D 7 NH 1 2

U S B _H S D 6 PE 1 2

U S B _ H S D 6 NE 1 4

U S B _ OC 0 # / GP M0 #E 4

D D R 3 _ R S T# / G E V E N T 7 #G5

S A T A _ I S 0 # / GP I O 10A E 1 8

A Z _ S D I N 3 / GP I O4 6M3

P C I _P ME # / GE V E N T 4 #E 1

R I #/ E XT E V N T0 #E 2

S L P _ S 3 #F 5

S L P _ S 5 #G1

P W R _ B TN #H 2

P W R _ GOO DH 1

S U S _ S TA T #K 3

T E S T 1H 4

T E S T 0H 3

G A 20 I N / GE V E N T 0#Y 1 5

K B R S T #/ G E V E N T1 #W 1 5

S M B A L E R T # / TH R M T R I P # / GE V E N T 2 #J 6

L P C _ P M E # / GE V E N T 3#K 4

L P C _ S M I # / E XT E V N T 1#K 2 4

S 3 _ S T A TE / GE V E N T 5#F 1

S Y S _ R E S E T # / GP M 7 #J 2

W A K E #/ G E V E N T8 #H 6

R S MR S T#D 3

C LK _ R E Q3 # / S A T A _ I S 1# / G P I O6A D 1 8

N B _P W R G DW 1 4

S M A R T V O LT / S A T A _ I S 2 # / GP I O 4A A 1 9

S H U T D O W N # / G P I O5Y 1 9

S P K R / GP I O2W 2 1

S C L0 / G P OC 0#A A 1 8

S D A 0 / GP O C 1 #W 1 8

D D C 1 _ S C L/ G P I O9A A 2 0

D D C 1 _ S D A / GP I O 8Y 1 8

A Z _ B I T C L KM1

A Z _ S D OU TM2

A Z _ S Y N CL 6

A Z _ R S T#M4

U S B _H S D 9 PA 1 1

U S B _ H S D 9 NB 1 1

U S B _H S D 8 PC 1 0

U S B _ H S D 8 ND 1 0

L L B #/ GP I O 66C 1

A Z _ D OC K _R S T #/ G P M8 #L 5

S L P _ S 2 / GP M 9#H 7

U S B _ OC 5 # / I R _ T X 0/ GP M 5#B 8

B L I N K / GP M 6#F 2

S C L1 / G P OC 2#K 1

S D A 1 / GP O C 3 #K 2

T E S T 2H 5

C LK _ R E Q0 # / S A T A _ I S 3# / G P I O0W 1 7

A Z _ S D I N 2 / GP I O4 4L 8 A Z _ S D I N 1 / GP I O4 3J 8 A Z _ S D I N 0 / GP I O4 2J 7

C LK _ R E Q1 # / S A T A _ I S 4# / F A N OU T 3/ G P I O3 9V 1 7

C LK _ R E Q2 # / S A T A _ I S 5# / F A N I N 3 / G P I O4 0W 2 0

U S B _ F S D 13 PE 6

U S B _ F S D 1 3 NE 7

U S B _ F S D 12 PF 7

U S B _ F S D 1 2 NE 8

U S B _ H S D 11 PH 1 1

U S B _ H S D 1 1 NJ 1 0

U S B _ H S D 10 PE 1 1

U S B _ H S D 1 0 NF 1 1

I MC _G P I O9B 1 8

I MC _P W M0 / I MC _ GP I O 10F 2 1

S C L 2 / I MC _ GP I O 11D 2 1

S D A 2 / I MC _ GP I O 12F 1 9

S C L3 _ L V / I MC _ GP I O 13E 2 0

S D A 3 _ L V / I MC _ GP I O 14E 2 1

I MC _P W M1 / I MC _ GP I O 15E 1 9

I MC _P W M2 / I MC _ GP O 16D 1 9

I MC _P W M3 / I MC _ GP O 17E 1 8

I MC _ GP I O 18G 2 0

I MC _ GP I O 19G 2 1

I MC _ GP I O 20D 2 5

I MC _ GP I O 21D 2 4

I MC _ GP I O 22C 2 5

I MC _ GP I O 23C 2 4

I MC _ GP I O 24B 2 5

I MC _ GP I O 25C 2 3

I M C _ GP I O 0H 1 9

I M C _ GP I O 1H 2 0

S P I _ C S 2# / I M C _ GP I O2H 2 1

I D E _R S T # / F _R S T #/ I MC _ G P O3F 2 5

I M C _ GP I O 4D 2 2

I M C _ GP I O 5E 2 4

I M C _ GP I O 6E 2 5

I M C _ GP I O 7D 2 3

I MC _G P I O8A 1 8

I MC _ GP I O 26B 2 4

I MC _ GP I O 27B 2 3

I MC _ GP I O 28A 2 3

I MC _ GP I O 29C 2 2

I MC _ GP I O 30A 2 2

I MC _ GP I O 31B 2 2

I MC _ GP I O 32B 2 1

I MC _ GP I O 33A 2 1

I MC _ GP I O 34D 2 0

I MC _ GP I O 35C 2 0

I MC _ GP I O 36A 2 0

I MC _ GP I O 37B 2 0

I MC _ GP I O 38B 1 9

I MC _ GP I O 39A 1 9

I MC _ GP I O 40D 1 8

I MC _ GP I O 41C 1 8

R 2 0 0 * 0_ 0 4

R 18 0 1 K _ 0 4

R 1 9 3 * 0_ 0 4 02 _ 5 m il _ sh o r t

R 1 8 7 * 10 K _ 0 4

R 3 7 4 0 _0 4

C 34 6* 2. 2 U _6 . 3 V _ 0 6

R 33 8 2 0 K _ 04

Z 1 9 23Z 1 9 24

R 1 6 5 1 0K _ 0 4

S B G P I O9

R 4 00 *0 _ 0 40 2 _ 5m i l _s h o rt

Z 1 9 27Z 1 9 28

R 20 5 * 2. 2 K _ 0 4

R 17 2 2 0 K _ 04

Z 1 9 30Z 1 9 29

R 3 65 * 0_ 0 4

R 35 9 2 . 2 K _ 04

R 1 86 0 _ 0 4

Z 1 9 45Z 1 9 44

Z 1 9 42

Z 1 9 37Z 1 9 38

Z 1 9 33Z 1 9 34

S B G P I O0

R 35 7 1 0 K _ 04

Z 1 9 43

Z 1 9 41

Z 1 9 46

Z 1 9 67

Z 1 9 49

Z 1 9 70

Z 1 9 55

Z 1 9 57

Z 1 9 48

Z 1 9 63

Z 1 9 60

Z 1 9 50

Z 1 9 68

Z 1 9 56

R 3 67 * 0_ 0 4

Z 1 9 51

Z 1 9 64

Z 1 9 53

Z 1 9 69

Z 1 9 61

Z 1 9 52

Z 1 9 66

Z 1 9 62

Z 1 9 65

Z 1 9 47

Z 1 9 58Z 1 9 59

Z 1 9 54

R 20 4 2 . 2 K _ 04

R 16 4 2 . 2 K _ 04

R 1 8 5 1 0K _ 0 4

R 1 99 * 0_ 0 4 02 _ 5 m il _ sh o rt

R 2 2 3 1 0K _ 0 4

R 3 72 0 _ 0 4R 2 1 9 1 1. 8 K _ 1 % _0 6

C 55 4

2 2P _ 5 0 V _ 04

R 2 1 82 . 2 K _0 4

R 2 172 . 2 K _ 0 4

R 1 4 8 * 0_ 0 4 02 _ 5 m il _ sh o r t

R 17 3 2 . 2 K _ 04

R 21 6 2 . 2 K _ 04

R 2 1 3 *1 0 K _ 04

R 3 9 9 *0 _ 04

R 36 8 2 . 2 K _ 04

R 37 3* 22 K _ 0 4

R 3 5 8 3 3 _ 04

R 3 7 1*1 0 K _ 04

R 3 6 4 * 0_ 0 4 02 _ 5 m il _ sh o r t

R 2 0 1 0 _ 0 4

R 2 2 4 *0 _ 04

R 3 75 * 0_ 0 4

R 3 9 2 0 _0 4

R 2 0 3 *1 0 K _ 04

R 1 4 9 * 0_ 0 4 02 _ 5 m il _ sh o r t

R 1 6 6* 0_ 0 4 02 _ 5 m il _ sh o r t

C 5 4 9

* 68 P _ 5 0 V _0 4

3 . 3V S

3 . 3V

3 . 3V S

3 . 3V

3 . 3 V

3 . 3 V

3 . 3 V

I C H _ S P K R2 3

3 . 3V

S U S B #18 , 2 4 , 2 5, 2 6

U S B _ OC P 0_ 1 #20

U S B N 9 1 9

S C LK 2 1 8

C LK _ 4 8 M_ U S B 2

T H E R M_ A L E R T#5 , 24

A Z _S Y N C2 2, 2 3

A Z _ S D I N 12 2

U S B P 9 1 9

S C I #2 4

GA 2 02 4K B C _ R S T #2 4

U S B P 4 1 9

U S B P 2 2 0U S B N 2 2 0

S D A T A 02 , 7, 8

S D A T A 11 8

W D _P W R GD2 6

S C L K 02 , 7, 8

S MI #2 4

S Y S _ R S T #2 6

A Z _R S T #2 2, 2 3

U S B P 8 2 2U S B N 8 2 2

S C L K 11 8

U S B P 6 1 9

S U S _S T A T #1 0

U S B N 7 1 8

A Z _ S D I N 02 3

U S B P 0 2 0U S B N 0 2 0

S C LK 3 5S D A T A 2 1 8

U S B P 1 2 0

A Z _ S D O U T2 2, 2 3

U S B N 1 2 0

U S B N 4 1 9

S D A T A 3 5

SC LK 2, SD ATA 2= >P CI E xpr es s Ca rd( NE W CA RD )

U S B P 7 1 8

U S B N 6 1 9

P C I E _ W A K E #18 , 2 1

P W R _ B T N #2 4

L I D _ S W #12 , 2 0 , 24

R S MR S T#2 4

S W I #2 4

S U S C #2 4

S B _ P W R GD1 2 , 26

U S B N 5 1 8U S B P 5 1 8

S W I #2 4

C R _C P P E #2 1

P C I E _ E X P C A R D _C L K R E Q #2 , 1 8

C P U _T H E R M TR I P #5

P ME #2 4

S B GP I O 0

A Z _ B I T C L K22 , 2 3

P C I E _ E X P C A R D _ P W R E N #18

P C I E _ E X P C A R D _P W R E N #1 8

SC LK 3, SD ATA 3= >C PUZ 19 7 4

Z 19 2 1

SC LK 1,S DA TA 1= >P CI- E Mi ni C ard (W LA N, LAN )

35mil

Z 19 0 1

NEW CARD

M/B USB PORT 0,1

When Exte rnal Clock Gen, us ed as 4 8M Cloc k input When Int ernal Clock Ge n, use d as 48M Clockoutput

SC LK 0,S DA TA 0= >C loc k Ge n, DD R 2 ,V GA

C P U _T H E R MT R I P # S B

Z 1 9 16

* SC LK 3, SD ATA 3= >C PUC PU ? P ULL H IG H

Z 19 2 0

Z 1 9 26

P W R _ B T N #

S U S _ S T A T #

USB13 N.CUSB12 N.CUSB11 N.CUSB 10 N.CUSB9 CCDUSB8 Bule toothUSB7 New Ca rdUSB6 CCD? ? DEBUGUSB5 WLAN ( PCIE Mini Card)USB4 3G(PCIE Mi ni Card)USB3 N.CUSB2 USB Port 2 (Audio/B)USB1 USB Port 1 (M/B)USB0 USB Port 0 (M/B)

STRAP pin t o def ineus e LPC or SPI ROM

R 3 91* 0_ 0 4 02 _ 5 m il _ sh o rt

20 08 /0 3/1 8

U S B _ O C P 6 _ 7#1 8

t o CP U T he rm al I C

2008/03/18Sheet 15 of 35SB700-2

Schematic Diagrams

SB700-3 B - 17

B.S

chem

atic Diag

rams

SB700-3


PLACE SATA AC COUPLINGCAPS CLOSE TO SB700

B D _ I D 1

CLOSE TO THEBALL OF SB700

V I N _ 5

S A T A _ T X 2 +S A T A _ T X 2 -

S A T A _ R X2 -S A T A _ R X2 +

S A T A _ T X4 -_ CS A T A _ T X4 + _ C

HWM_AGND TRACE AT LEAST10MI L WIDE

Z 2 0 31

S A T A _ R X4 -_ CS A T A _ R X4 + _ C

V I N _ 6

NOTE:

NOTE: ROUTE TEMP_COMM AS A 10MIL TRACE

T E MP I N 3

Z 2 0 21

PLACE SATA_CAL

RES VERY CLOSE TOBALL OF SB70 0

B D _ I D 0

Z 2 0 32

I D E _P D A 1

V I N _ 7

S P I _ C L KS P I _ D A TA OU T

Z 2 0 20

I D E _P D D 4

I D E _P D C S 1#

I D E _P D A 0

I D E _P D D 8

I D E _P D A 2

I D E _P D D 2

I D E _P D D 5

I D E _P D C S 3#

I D E _P D D 7

I D E _P D D 9

S B _ D P S _L A N

I D E _P D D 1 1

I D E _P D D 1 4

I D E _P D I O R #

I D E _P D D 1 2

I D E _P D D 1 5

I D E _P D D 0

I D E _P D D A C K #

I D E _P D D 1 3

I D E _P D D 1 0

I D E _P D D 1

I D E _P D I O W #

I D E _P D D 6

I D E _P D D 3

I D E _P D D R E Q

I D E _I R QS A T A _ T X0 -S A T A _ T X0 +

S A T A _ TX 4 -

S A T A _ R X 4 -S A T A _ R X 4 +

Z 2 00 3

Z 2 00 1

Z 2 00 6

Z 2 00 8

Z 2 01 3

Z 2 01 6Z 2 01 5

Z 2 01 4

S A T A _ X 2

S A T A _ TX 4 +

Z 2 00 4

Z 2 00 2

Z 2 00 5

Z 2 00 7

S A T A _ X 1

S A T A _ C A L

S A T A _T X 0 -_ CS A T A _T X 0 + _C

S A T A _ R X 0 -S A T A _ R X 0 +

SATA_X2

SATA_X1

I D E _P D I O R D Y

S P I _ D A TA I N

Z 2 0 17

Z 2 0 23

L A N _ R S T#

S P I _ C S #

Z 2 0 18

S P I _ H O L D #

S P I _ F L A S H

B D _ I D 1

B D _ I D 0 BD_ID1

L

***

BD_ID0

H

LC4500

H

Z 20 2 8Z 20 2 7

S A T A _ R X 0 -_ CS A T A _ R X 0 + _C

S P I _ H OL D #

S P I _ D A T A O U TS P I _ C L K

S P I _ C S #_ S E L

3 . 3V _S P I

SST SPI ROM

S P I _ D A TA I N

8Mbit

S P I _ H O LD # _ R

9

J_SPI11

S P I _H OL D #_ R S P I _ D A T A I N

S P I _D A T A OU T

10

S P I _C L K

2

S P I _ C S # _S E L

S P I _ F L A S H

Z 2 0 19

R 40 1

* 10 K _ 0 4

R 42 6

1 0K _ 0 4

R 3 49

* 1 K _ 04

C 2 53

2 . 2 U _ 6 . 3 V _ 06

R 1 39* 0_ 0 4 02 _ 5 m il _ s h or t

R 4 14 *0 _ 04

C 5 2 2 . 0 1U _ 1 6V _ 0 4

C 2 4 6 . 01 U _1 6 V _ 0 4

N C 2 N C _ 04

C 3 3 7. 1 U _ 1 6V _0 4

J _ S P I 1

*S P U F Z -10 S 3 -V B -0-B _N

1234567891 0

D 2 9 R B 7 5 1 V

AC

R 1 40*0 _ 04 0 2 _ 5m i l _ sh o r t

C 2 4 7 . 01 U _1 6 V _ 0 4

L 2 3 H C B 16 0 8 K F -1 2 1T 2 5 -0 6

C 5 2 3 . 0 1U _ 1 6V _ 0 4

C 2 7 5 1 5 P _ N P O _ 04

R 4 1 6

1 K _ 0 4

R 3 81 * 0 _0 4 0 2_ 5 m i l_ s h or t

R 38 3

1 0 K _ 04

C 3 2 82. 2 U _ 6. 3 V _ 0 6

C 2 35 . 0 1 U _ 1 6 V _ 04

C 2 6 6

*1 U _1 0 V _ 0 6

C 5 13 . 0 1 U _ 1 6 V _ 04

R 38 2

1 0 K _ 04

R 4 09 * 0 _0 4 0 2_ 5 m i l_ s h or t

R 4 1 5

* 0 _0 4

ATA

66/

100

/133

Part 2 of 5

SB700

SA

TA P

WR

SE

RIAL

AT

A

SP

I RO

M

HW

MO

NIT

OR

U 1 8 B

S B 7 00

I D E _ I O R D YA A 24

I D E _ I R QA A 25

I D E _ A 0Y 2 2

I D E _ A 1A B 23

I D E _ A 2Y 2 3

I D E _ D A C K #A B 24

I D E _ D R QA D 2 5

I D E _ I O R #A C 2 5

I D E _I OW #A C 2 4

I D E _ C S 1 #Y 2 5

I D E _ C S 3 #Y 2 4

I D E _ D 0 / G P I O1 5A D 2 4

I D E _ D 1 / G P I O1 6A D 2 3

I D E _ D 2 / G P I O1 7A E 22

I D E _ D 3 / G P I O1 8A C 2 2

I D E _ D 4 / G P I O1 9A D 2 1

I D E _ D 5 / G P I O2 0A E 20

I D E _ D 6 / G P I O2 1A B 20

I D E _ D 7 / G P I O2 2A D 1 9

I D E _ D 8 / G P I O2 3A E 19

I D E _ D 9 / G P I O2 4A C 2 0

I D E _ D 10 / G P I O2 5A D 2 0

I D E _ D 11 / G P I O2 6A E 21

I D E _ D 12 / G P I O2 7A B 22

I D E _ D 13 / G P I O2 8A D 2 2

I D E _ D 14 / G P I O2 9A E 23

I D E _ D 15 / G P I O3 0A C 2 3

X T L V D D _ S A T AW 12

P LL V D D _ S A T AA A 11

S A TA _T X 2 PA B 12

S A TA _T X 2 NA C 12

S A TA _R X 2PA D 12 S A TA _R X 2NA E 12

S A TA _T X 3 PA D 13

S A TA _T X 3 NA E 13

S A TA _R X 3PA C 14 S A TA _R X 3NA B 14

S A TA _T X 0 PA D 9

S A TA _T X 0 NA E 9

S A TA _R X 0NA B 10

S A TA _R X 0PA C 10

S A TA _T X 1 PA E 10

S A TA _T X 1 NA D 10

S A TA _R X 1NA D 11

S A TA _R X 1PA E 11

S A TA _C A LV 12

S A TA _X 1Y 12

S A TA _X 2A A 12

S A TA _A C T # / GP I O 6 7W 11

S P I _ D I / G P I O1 2G 6

S P I _ D O/ G P I O1 1D 2

S P I _ C L K / G P I O4 7D 1

S P I _ H OL D # / G P I O3 1F 4

S P I _ C S # / G P I O3 2F 3

F A N OU T1 / G P I O4 8M 5

F A N OU T2 / G P I O4 9M 7

F A N I N 0 / G P I O5 0P 5

F A N I N 1 / G P I O5 1P 8

F A N I N 2 / G P I O5 2R 8

L A N _ R S T# / G P I O1 3U 1 5

R O M_ R S T# / G P I O1 4J 1

V I N 0 / G P I O5 3A 4

V I N 1 / G P I O5 4B 4

V I N 2 / G P I O5 5C 4

V I N 3 / G P I O5 6D 4

V I N 4 / G P I O5 7D 5

V I N 5 / G P I O5 8D 6

V I N 6 / G P I O5 9A 7

V I N 7 / G P I O6 0B 7

T E M P I N 0 / G P I O6 1B 6

T E M P I N 1 / G P I O6 2A 6

T E M P I N 2 / G P I O6 3A 5

T E M P I N 3 / T A L E R T# / G P I O6 4B 5

F A N O U T 0 / G P I O3M 8

A V D DF 6

A V S SG 7

TE MP _ C OM MC 6

S A TA _T X 4 PA E 14

S A TA _T X 4 NA D 14

S A TA _R X 4NA D 15

S A TA _R X 4PA E 15

S A TA _T X 5 PA B 16

S A TA _T X 5 NA C 16

S A TA _R X 5NA E 16

S A TA _R X 5PA D 16

U 7

* S S T 2 5 V F 0 80 B

C E #1

S O2

W P #3

G N D4

V D D8

H O LD #7

S C K6

S I5

C 5 12 . 0 1 U _ 1 6 V _ 04

C 2 8 4 1 5 P _ N P O _ 04

R 40 2

* 10 K _ 0 4R 2 12 * 0 _0 4 0 2_ 5 m i l_ s h or t

Z 2 0 24

R 1 4 1 1 . 0K _1 % _ 0 4

C 2 36 . 0 1 U _ 1 6 V _ 04

R 1 6 310 M _0 4

X 1

25 M H z

12

C 2 6 5

1 U _1 0 V _ 0 6

R 4 131 0 K _ 0 4

R 40 82 0 K _ 04

R 34 8

2 . 2 K _ 0 4

0623-J20K?2.2K

Z 2 0 25

R 3 8 0*0 _ 0 4 02 _ 5 m il _ s ho rt

C 2 7 61 U _ 10 V _ 0 6

R 2 1 4 *0 _ 04

C 3 8 9*. 1 U _1 6 V _ 0 4

L 2 6 H C B 16 0 8 K F -1 2 1 T2 5 -0 6

D 4 3 R B 75 1 V

AC

P L L V D D _ A T A

LA N _ R S T #

Z 2 0 26

1 . 2 V S

P L L V D D _ A T A

X T LV D D _A TA

3 . 3 V

3 . 3 V S

X T LV D D _A TA

3 . 3 V _ S P I

3 . 3 V

3 . 3 V

3 . 3 V S

S A T A _ R X 0 + _C2 2

3 . 3 V3 . 3 V

P C I E _ R S T # 2 6

S A T A _ R X 0 -_ C2 2

S A T A _ L E D #2 2

T E MP I N 3

S A T A _ T X 0-_ C2 2S A T A _ T X 0+ _ C2 2

A _ R S T #1 0, 14 , 2 6

S B _ MU T E # 2 3S B _ B L ON 1 2

S A T A _ R X4 -_ C1 9

S A T A _ T X 4-_ C1 9S A T A _ T X 4+ _ C1 9

S A T A _ R X4 + _ C1 9

S B 70 0 _ R O M_ R S T#

ALL HWM CIRCUITS ARE ONLY FOR SB600

R65 0 IS 1 K 1% FOR 25 MHzXTAL, 4.9 9K 1 % FOR 1 00 MHz

INTERNAL CLO CK

SATA PORTS DISTRI BUTION:0 - 2 .5" HDD1 - e SATA CONN.2,3,4,5 - NOT USED

S P I _ C S #_ S E L

ALL HWM VALUES ARE TBD

IF THERE IS NO I DE, TESTPOINTS FO R DEBUG BUS

IS MANDATO RY

CLOSE TO THE BALLOF SB700

Z 2 0 22

NOTE:

NOTE:

Schematic Diagrams

B - 18 SB700-4

B.S

chem

atic

Dia

gra

ms

SB700-4

2.5A

SB700 (A11) 1.2VSB700 (A12) 1.2VS

1. 8V=> FLASH MEMORY MO DE(DEFAULT)3. 3V=> IDE MODE

2A

2A

2A

? ? ? ? M540SE? ? ? ?

PLACE ALL THE DECOUPLING CAPS ONTHIS SHEET CLOSE TO SB ASPOSSIBLE.

200mA

200mA

200mA

V 5 _ V R E FA V D D _ U S B

Z 2 1 0 2

Z 2 1 0 1

A V D D _ S A T A

2A

C 2 7 7

1 U _ 1 0 V _ 06

C 30 2. 1U _ 1 6V _ 0 4

L 2 4

H C B 1 6 0 8K F -1 21 T 2 5 _0 6

C 30 1

1 U _1 0 V _ 0 6

C 2 5 4

1 U _ 1 0 V _ 06

C 3 08

. 1 U _ 1 6 V _0 4

C 2 56

* 1U _ 10 V _ 0 6

C 2 7 8

. 1U _ 1 6V _ 0 4

C 5 6 8. 1 U _1 6 V _ 0 4

C 3 4 8

*. 1 U _ 1 6 V _ 0 4

C 2 86

1 U _ 1 0V _0 6

C 3 29

1 U _ 1 0 V _ 0 6

C 3 3 0

. 1 U _1 6 V _ 0 4

C 2 48

22 U _6 . 3 V _ 0 8

C 3 3 2

*1 U _1 0 V _ 0 6

C 3 4 0

. 1 U _ 1 6 V _ 04

D 16

F M 5 82 2

AC

SB700

GR

OU

ND

Part 5 of 5

S B 7 0 0

U 1 8 E

V S S _ 4D 7

V S S _ 2A 2 5

V S S _ 2 1M1 3

V S S _ 1 0K 1 6

V S S _ 1 1L 4

V S S _ 1A 2

V S S _ 1 7L 16

V S S _ 8K 9

V S S _ 9K 1 1

V S S _ 4 6A B 1

V S S _ 1 3L 10

V S S _ 1 4L 11

V S S _ 1 5L 12

V S S _ 1 6L 14

V S S _ 1 8M6

V S S _ 1 9M1 0

V S S _ 2 0M1 1

V S S _ 2 2M1 5

V S S _ 2 3N 4

V S S _ 2 6P 6

V S S _ 2 7P 9

V S S _ 2 8P 1 0

V S S _ 2 9P 1 1

V S S _ 3 2R 1

V S S _ 3 3R 2

V S S _ 3 4R 4

V S S _ 3 6R 1 0

V S S _ 3 7R 1 2

V S S _ 3B 1

V S S _ 3 5R 9

V S S _ 3 0P 1 3

A V S S _S A TA _1 5A B 1 3

A V S S _S A TA _1 8A C 8

A V S S _S A TA _5V 1 1

A V S S _S A TA _1 1Y 1 7

A V S S _S A TA _1 9A D 8

V S S _ 3 1P 1 5

V S S _ 2 4N 1 2

A V S S _S A TA _1 4A B 1 1

A V S S _S A TA _2U 1 0

A V S S _S A TA _3U 1 1

A V S S _S A TA _1T 1 0

A V S S _S A TA _1 7A B 1 7

A V S S _S A TA _4U 1 2

A V S S _S A TA _1 2A A 9

A V S S _S A TA _6V 1 4

A V S S _S A TA _1 0Y 1 4

A V S S _S A TA _7W 9

A V S S _S A TA _8Y 9

A V S S _S A TA _1 6A B 1 5

A V S S _S A TA _2 0A E 8

A V S S _S A TA _1 3A B 9

A V S S _U S B _ 5D 9

A V S S _U S B _ 8D 1 4

A V S S _U S B _ 4D 8 A V S S _U S B _ 3

C 1 4

A V S S _U S B _ 6D 1 1

A V S S _U S B _ 7D 1 3

A V S S _U S B _ 2B 1 5

A V S S _U S B _ 2 1K 1 0

A V S S _U S B _ 1 0E 1 5

A V S S _U S B _ 2 0J 1 5

A V S S _U S B _ 2 2K 1 2

A V S S _U S B _ 1 1F 1 2

A V S S _U S B _ 1 2F 1 4

A V S S _U S B _ 2 3K 1 4

A V S S _U S B _ 1 6J 9 A V S S _U S B _ 1 5

H 1 7

A V S S _U S B _ 1 9J 1 4

A V S S _U S B _ 1 4H 9

A V S S _U S B _ 1A 1 5

A V S S _U S B _ 2 4K 1 5

V S S _ 1 2L 7

A V S S _U S B _ 1 7J 1 1

A V S S _U S B _ 1 8J 1 2

V S S _ 7H 8

V S S _ 2 5N 1 4

V S S _ 6G1 9

A V S S _U S B _ 1 3G 9

A V S S _U S B _ 9D 1 5

A V S S C KL 17

P C I E _ C K _ V S S _3J 2 2

P C I E _ C K _ V S S _ 1 4U 2 0P C I E _ C K _ V S S _ 1 3U 1 8P C I E _ C K _ V S S _ 1 2T 17

P C I E _ C K _ V S S _ 1 8W 1 9

P C I E _ C K _ V S S _6M 1 7

P C I E _ C K _ V S S _ 1 1R 1 9

P C I E _ C K _ V S S _8P 1 6 P C I E _ C K _ V S S _7

M 2 1

P C I E _ C K _ V S S _ 1 7V 2 1P C I E _ C K _ V S S _ 1 6V 2 0P C I E _ C K _ V S S _ 1 5V 1 8

V S S _ 5 0A E 2 4

P C I E _ C K _ V S S _ 2 1W 2 5

P C I E _ C K _ V S S _ 1 9W 2 2

P C I E _ C K _ V S S _ 2 0W 2 4

A V S S CF 9

P C I E _ C K _ V S S _2J 1 7 P C I E _ C K _ V S S _1

H 1 8

P C I E _ C K _ V S S _4K 2 5

V S S _ 5F 2 0

P C I E _ C K _ V S S _5M 1 6

P C I E _ C K _V S S _ 9P 2 3

P C I E _ C K _ V S S _ 1 0R 1 6

V S S _ 4 9A E 1

V S S _ 4 4V 6

V S S _ 4 5Y 2 1

V S S _ 4 2U 4

V S S _ 4 8A B 2 5V S S _ 4 7A B 1 9

V S S _ 4 1T 14

V S S _ 4 3U 1 4

V S S _ 3 8R 1 4

V S S _ 3 9T 11

V S S _ 4 0T 12

A V S S _S A TA _9Y 1 1

C 33 1

. 1U _ 1 6V _ 0 4

R 1 471 K _ 0 4

C 3 5 9

1 0 U _ 1 0V _0 8

C 3 2 6

. 1 U _ 1 6 V _0 4

C 3 1 3

. 1U _ 1 6V _ 0 4

C 2 68

. 1 U _ 16 V _ 0 4

C 3 0 0

1 U _ 1 0V _0 6

C 3 33

1 0U _ 10 V _ 0 8

C 3 4 22 . 2U _ 6 . 3V _0 6

C 2 6 4

22 U _6 . 3 V _ 0 8

C 3 1 4

. 1 U _ 1 6 V _0 4

C 3 4 3

. 1 U _ 16 V _ 0 4

C 2 8 5

. 1 U _ 1 6 V _ 04

C 5 5 9. 1 U _1 6 V _ 0 4

C 3 4 9

1 U _1 0 V _ 0 6

C 3 1 2

. 1 U _ 16 V _ 0 4

C 2 5 21 U _ 1 0V _0 6

C 3 1 5

1 U _1 0 V _ 0 6

L 5 5

H C B 1 6 0 8 K F -1 2 1T 2 5 _ 06

C 3 5 8

1 0U _ 10 V _ 0 8

C 2 6 7

. 1 U _ 1 6 V _0 4

C 3 25

2 2U _ 6. 3V _ 0 8

C 2 99

1 U _1 0 V _ 0 6

C 2 5 5

2 2 U _ 6 . 3 V _ 0 8

C 3 3 8. 1U _ 1 6V _ 0 4

C 2 6 9

. 1U _ 1 6V _ 0 4

C 31 0

1 U _ 1 0V _0 6

C 2 7 9

. 1 U _ 1 6 V _ 04

L 2 7

H C B 1 6 0 8K F -1 21 T 2 5 _0 6

C 5 3 5

2 2 U _ 6 . 3 V _ 0 8

C 3 1 8

1 U _ 1 0V _0 6

C 2 57

* 1U _ 10 V _ 0 6

R 3 9 7 * 0_ 0 6 0 3_ 3 2 m il _ s ho r t

C 3 44

. 1 U _ 1 6 V _0 4

C 3 3 5

1 U_ 1 0V _0 6

C 3 0 52 . 2 U _ 6 . 3 V _ 06

C 3 3 92. 2 U _ 6. 3 V _ 0 6

C 3 2 7

. 1 U _ 1 6 V _ 04

R 3 4 6*0 _ 08 0 5 _ 50 m i l_ s h o rt

L 3 6

H C B 1 6 0 8 K F -1 2 1T 2 5 _ 06

C 5 6 72 2 U _ 6 . 3 V _ 08

C 3 1 7

1U _ 10 V _ 0 6

H C B 1 00 5 K F -1 2 1 T 20 _ 0 4L3 5

C 3 1 9

2 2 U _ 6 . 3 V _ 08

H C B 1 0 0 5K F -1 21 T 2 0 _0 4L 2 9

C 3 5 4

1U _ 10 V _ 0 6

Part 3 of 5

SB700

POWER

PC

I/GP

IO I/

O

CO

RE

S0

3.3V

_S5

I/OC

OR

E S

5

A-L

INK

I/O

SAT

A I/

O

US

B I/

O PLL

CLK

GE

N I/

O

IDE

/FLS

H I/

O

U 18 C

S B 7 0 0

V D D Q _2M 9

V D D Q _6U 1 7

V D D Q _3T 1 5

V D D Q _1 1A B 5

V D D Q _1L 9

V D D Q _4U 9

V D D Q _5U 1 6

V D D Q _1 2A B 2 1

V D D Q _1 0A A 4

V D D Q _7V 8

V D D Q _8W 7

V D D Q _9Y 6

S 5 _ 3 . 3 V _ 1A 1 7

S 5 _ 3 . 3 V _ 2A 2 4

S 5 _ 3 . 3 V _ 3B 1 7

S 5 _ 3 . 3 V _ 4J4

S 5 _ 3 . 3 V _ 5J5

S 5 _ 1 . 2 V _ 2G4S 5 _ 1 . 2 V _ 1G2

U S B _ P H Y _ 1 . 2 V _ 1A 1 0

U S B _ P H Y _ 1 . 2 V _ 2B 1 0

V 5 _V R E FA E 7

A V D D C K _3 . 3 VJ1 6

A V D D C K _1 . 2 VK 1 7

A V D D CE 9

A V D D T X _ 0A 1 6

A V D D T X _ 1B 1 6

A V D D T X _ 2C 1 6

A V D D T X _ 3D 1 6

A V D D T X _ 5E 1 7 A V D D T X _ 4

D 1 7

A V D D R X _2F 1 8

A V D D R X _0F 1 5

A V D D R X _5G 1 8 A V D D R X _4G 1 7

P C I E _ V D D R _ 4P 2 1 P C I E _ V D D R _ 3P 2 0

P C I E _ V D D R _ 7R 2 5

P C I E _ V D D R _ 2P 1 9

P C I E _ V D D R _ 5R 2 2

P C I E _ V D D R _ 1P 1 8

P C I E _ V D D R _ 6R 2 4

A V D D _ S A T A _ 1A A 1 4

A V D D _ S A T A _ 4A B 1 8

A V D D _ S A T A _ 2A A 1 5

A V D D _ S A T A _ 3A A 1 7

A V D D _ S A T A _ 5A C 1 8

A V D D _ S A T A _ 6A D 1 7

A V D D _ S A T A _ 7A E 1 7

V D D _ 1L1 5

V D D _ 2M1 2

V D D _ 3M1 4

V D D _ 4N 1 3

V D D _ 5P 1 2

V D D _ 6P 1 4

V D D _ 7R 1 1

V D D _ 9T1 6V D D _ 8R 1 5

A V D D R X _1F 1 7

A V D D R X _3G 1 5

V D D 3 3 _ 18 _ 2A A 2 1

V D D 3 3 _ 18 _ 4A E 2 5 V D D 3 3 _ 18 _ 3A A 2 2

V D D 3 3 _ 18 _ 1Y 2 0

C K V D D _ 1 . 2 V _ 2L2 2C K V D D _ 1 . 2 V _ 1L2 1

C K V D D _ 1 . 2 V _ 4L2 5C K V D D _ 1 . 2 V _ 3L2 4

S 5 _ 3 . 3 V _ 7L2S 5 _ 3 . 3 V _ 6L1

C 3 0 3

. 1U _ 1 6V _ 0 4

C 3 1 6

1 U _ 1 0 V _ 06

C 2 74

1U _ 10 V _ 0 6

C 34 1

* 1U _ 10 V _ 0 6

L 3 4

H C B 1 6 0 8 K F -1 2 1T 2 5 _ 06

C 3 5 5

. 1 U _ 16 V _ 0 4

C 3 0 9

. 1 U _1 6 V _ 0 4

C 3 3 6

1 U _ 1 0 V _ 0 6

C 3 1 1

1 U _1 0 V _ 0 6

C 3 4 7

. 1 U _1 6 V _ 0 4

H C B 10 0 5 K F -1 2 1 T2 0 _ 0 4L 3 0

3 . 3 V

1. 2 V

1 . 2V _U S B _ P H Y _ R

1 . 2 V _ C K V D D

A V D D C K _ 1 . 2 V

1 . 2 V _ U S B _ P H Y _ R

3 . 3V S1. 2 V _ C K V D D

1 . 2 V

3. 3 V S

5 V S

A V D D C K _ 3 . 3 V

1. 2 V S

A V D D C K _ 1 . 2 V

3 . 3 V S

3 . 3 V _ A V D D C

A V D D C K _ 3 . 3 V

3 . 3 V S

3 . 3 V3 . 3 V _ A V D D C

1 . 2 V S

1 . 2 V S

3 . 3 V

P C I E _V D D R

1 . 2 V S


Schematic Diagrams

New Card, Mini PCIE B - 19

B.S

chem

atic Diag

rams

New Card, Mini PCIE

Sheet 18 of 35New Card, Mini

PCIE

R 4 4 8 0 _ 0 4

MINI CARD (WLAN,Port 5)

0514-Jadd BT_DET#

B T _E N22 , 2 4

B U F _P LT _ R S T #

N C _3 . 3 V A U X

N C _ P E R S T #

48mils

N C _C P P E #N C _C P U S B #

R 4 4 9 * 0 _0 4

R 4 3 9 * 0_ 0 4

N C _3 . 3 V

N C _R S T #

N C _1 . 5 V

36mils

ENE P22 31 NF E2 pin1,8, 9,10 ,20 ha s

inte rnal ly pulled high (1 10 ~3 30KOhm)

48mils

R 3 7 7 * 10 m i l_ s h ort _ 0 4R 3 7 6 * 10 m i l_ s h ort _ 0 4

R 4 4 1 *1 5m i l _s h o rt _0 6

R 44 3 * 0_ 0 4

R 4 4 0 0 _ 04

NEW CARD(Port 8)

U I M _P W R _ 1

P C I E _ W A K E #

U I M _D A T A _1U I M _C L K _1

R 3 69 1 0 K _ 04

U I M _R S T _1U I M _V P P _1

R 44 2 * 0_ 0 4

3 . 3 V S

Lay out Show "WLAN(Wimax, 802.11N) " Note

2 0mi ls

20mils

R 4 1 8 1 0 K _0 4 3. 3V S

B T_ E N

C 5 79

* 0. 1u _ 16 V _ Y 5 V _ 0 4

C 5 83

0 . 1u _ 1 6V _Y 5V _0 4

C 52 9

1 0 u_ 6 . 3 V _X 5 R _ 0 6

R 3 6 1 * 0 _0 4

R 4 10 * 1 5m i l_ s h ort _ 0 6

C 5 45

* 0 . 1u _ 1 6V _ Y 5V _ 0 4

U 22* MC 7 4 V H C 1 G0 8 D F T 1 G

1

2

5

4

3

R 4 22 1 0K _ 0 4

C 59 3

* 0. 1 u _ 16 V _ Y 5 V _ 0 4

R 3 6 0 * 0 _0 4

C 5 80

*0 . 1u _ 1 6V _Y 5V _0 4

C 55 1

* 0. 1 u _ 16 V _ Y 5 V _ 0 4

C 5 3 0

0. 1 u _ 16 V _ Y 5 V _ 0 4

L4 1

*W C M2 0 1 2F 2S -1 6 1 T0 3 -s ho rt

1

4

2

3

C 5 8 1

*1 0 u_ 6 . 3 V _X 5 R _ 0 6

R 4 27 *1 0 K _ 04

C 5 5 0

*0 . 1 u _1 6 V _ Y 5 V _ 04

C 5 8 4

1 0u _ 6 . 3V _ X 5 R _ 0 6

R 42 4

*1 0 0 K _ 04C 5 8 2

*0 . 1 u_ 1 6 V _ Y 5 V _ 04

R 3 4 7 1 0 K _0 4

R 4 2 3

*1 0 0K _ 0 4

C 5 8 8 * 0. 1 u _ 16 V _ Y 5 V _ 0 4

J _ N E W 1

* 13 5 8 01 5 1- 5

C P P E #1 7

GN D1

GN D2 3GN D2 0

GN D2 6

R E F C L K +1 9

R E F C L K -1 8

P E T p 02 2

P E T n 02 1

P E R p02 5

P E R n02 4

+ 3. 3 V1 4

+ 3. 3 V1 5

+ 3. 3 V A U X1 2

+ 1. 5 V1 0

P E R S T#1 3

W A K E #1 1

S MB _D A T A8

S MB _C LK7

C L K R E Q#1 6

R E S E R V E D5

R E S E R V E D6

U S B _D +3

U S B _D -2

C P U S B #4

+ 1. 5 V9

C 5 31

0 . 1 u _1 6 V _ Y 5 V _ 04

R 4 2 1

*1 0 K _ 04

U 2 3

*W 8 3 L3 5 1 Y G

S Y S R S T#6

S H D N #2 0

S TB Y #1

3. 3 V O U T3

P E R S T #8

N C4

G N D7

C P U S B #9C P P E #1 0

1. 5 V O U T1 1

1 . 5 V I N1 2

A U X O U T1 5

A U X I N1 7

R C L K E N1 8O C #

1 9

N C5

N C1 3

N C1 4

N C1 6

3 . 3 V I N2

E G N D2 1

1 . 5V S

3 . 3 V

3 . 3 V1. 5 V S 3. 3 V S

3 . 3 V

3 . 3 V

3 . 3V

1 . 5V S

1 . 5 V S

3 . 3 V3 . 3V S

B T_ D E T# 2 2 , 24

3. 3 V

3 . 3 V3. 3 V

3 . 3V

3 . 3 V

3 I N 124

V D D 3

P C I E _ N B _M I N I C A R D _T X P9P C I E _N B _ MI N I C A R D _ TX N9

P C I E _N B _ E XP C A R D _ TX P9

S U S B #15 , 2 4 , 2 5, 2 6

P C I E _E XP C A R D _ C L K P2P C I E _E XP C A R D _ C L K N2

P C I E _N B _ E XP C A R D _ TX N9

P C I E _ N B _M I N I C A R D _R X P9

W LA N _ D E T #2 4

B U F _P L T _ R S T #2 1 , 2 4, 2 6

P C I E _ N B _M I N I C A R D _R X N9

P C I E _ E XP C A R D _ C L K R E Q #2 , 15P C I E _ W A K E #1 5 , 2 1

P C I E _ N B _ E X P C A R D _ R XP9

U S B _ OC P 6 _ 7 #15

P C I E _ N B _ E X P C A R D _ R XN9

S C L K 21 5S D A T A 21 5

P C I E _ E XP C A R D _ P W R E N #15

W LA N _ E N 2 2 , 2 4

P C I E _ W L A N _ C L K N2

U S B N 71 5U S B P 71 5

W LA N _ C L K R E Q #2

S C L K 1 1 5

P C I E _ W L A N _ C L K P2

U S B P 5 1 5

U S B N 5 1 5

S D A T A 1 1 5

8 0C LK2 4

W D T _ E N 2 4

N C _C P U S B #N C _C P P E #

KEY

J _M I N I 1

8 89 0 8 -52 0 4 M-0 1

C OE X13

C OE X25

C L K R E Q #7

GN D 09

R E F C LK -1 1

R E F C LK +1 3

W A K E #1

GN D 11 5

P E Tn 02 3

P E Tp 02 5

GN D 22 1

GN D 32 7

P E R n 03 1

P E R p 03 3

GN D 42 9

R e se rv e d 01 7

R e se rv e d 11 9

W _ D I S A B L E #2 0

GN D 1 23 7

3. 3 V A U X_ 33 9

3. 3 V A U X_ 44 1

GN D 1 34 3

R e se rv e d 24 5

R e se rv e d 34 7

R e se rv e d 44 9

R e se rv e d 55 1 LE D _ W L A N #

4 4L E D _W W A N #4 2

GN D 61 8

U I M _ V P P1 6U I M _R E S E T1 4

3 . 3 V A U X_ 02

U I M _ C L K1 2U I M _D A T A1 0U I M_ P W R81. 5V _ 06

GN D 54

P E R S E T #2 2

3 . 3 V A U X_ 12 4

GN D 72 6

1. 5V _ 12 8

S M B _ C L K3 0

S M B _D A T A3 2

GN D 83 4

U S B _D -3 6

U S B _ D +3 8

GN D 94 0

L E D _W P A N #4 6

1. 5V _ 24 8

GN D 1 05 0

3 . 3 V A U X_ 25 2

GN D 1 13 5

8 0 D E T #24

W LA N _ LE D # 22 , 2 4

0511-Jchange

0511-J

change C L _ C L K 1C L _ D A T A 1C L _ R S T # 1

R 3 6 3 *1 0 m il _ s ho rtR 3 6 2 *1 0 m il _ s ho rt

NEW CARD ONLY C4500 SUPPORT

B U F _ P L T _R S T #MI N I _S C L K 1

Schematic Diagrams

B - 20 CCD, 3G, SATA ODD

B.S

chem

atic

Dia

gra

ms

CCD, 3G, SATA ODD

Sheet 19 of 35 CCD, 3G, SATA

ODD

KEY

J _ 3G 1

8 8 91 0 -5 20 4 M-0 1

C O E X 13

C O E X 25

C L K R E Q#7

GN D 09

R E F C L K -1 1

R E F C L K +1 3

W A K E #1

GN D 11 5

P E T n 02 3

P E T p 02 5

GN D 22 1

GN D 32 7

P E R n03 1

P E R p03 3

GN D 42 9

R e s e rv ed 01 7

R e s e rv ed 11 9

W _ D I S A B L E #2 0

GN D 1 23 7

3 . 3V A U X _33 9

3 . 3V A U X _44 1

GN D 1 34 3

R e s e rv ed 24 5

R e s e rv ed 34 7

R e s e rv ed 44 9

R e s e rv ed 55 1 L E D _ W L A N #

4 4L E D _W W A N #4 2

GN D 61 8

U I M _ V P P1 6U I M _R E S E T1 4

3. 3 V A U X_ 02

U I M _ C L K1 2U I M _D A T A1 0U I M_ P W R81. 5V _ 06

GN D 54

P E R S E T #2 2

3. 3 V A U X_ 12 4

GN D 72 6

1. 5V _ 12 8

S M B _ C L K3 0

S M B _D A T A3 2

GN D 83 4

U S B _D -3 6

U S B _ D +3 8

GN D 94 0

L E D _W P A N #4 6

1. 5V _ 24 8

GN D 1 05 0

3. 3 V A U X_ 25 2

GN D 1 13 5

U S B N 915U S B P 915

6 0mi ls

U I M_ P W RU I M_ R S T U I M _V P P

J _C C D 2

*8 5 20 5 -0 50 0 1 _R

12345

Layout Show "3.5G(HSDPA) " Not e

U S B P 615U S B N 615 U S B P 6

U S B N 6

C C D _ D E T #

SATA ODD

SIM CONN

P I N G N D 1 ~ 2 = G N D

U I M_ D A T A

MINI CARD 3G(Port 6)

U I M_ V P P

U I M_ P W R

U I M_ R S T

C C D _ D E T #24

+C 5 0 1

1 00 u _ 6. 3 V _ B _ A

U I M_ C L K

C C D _ D E T #24

U I M_ D A T A

C 5 26

2 2 p _5 0 V _N P O_ 0 4

C 5 0 3

*0 . 1 u_ 1 6V _Y 5V _ 0 4

J _ OD D 1

C 1 8 5 53 -1 01

S 1S 2S 3S 4S 5S 6S 7

P 1P 2P 3P 4P 5P 6

Q2 2A O 3 41 5

G

DS

R 22 6 4. 7 K _ 0 4

R 1 3 7 *0 _ 0 8

C 26 3

0 . 1 u_ 1 6V _Y 5V _ 0 4

C 5 0 6

0. 1 u _ 16 V _ Y 5 V _ 04

C 3 61

2 2 p _5 0 V _ N P O_ 0 4

C 5 07

0. 1 u _ 16 V _ Y 5 V _ 04

+C 2 5 1

22 0 u _4 V _ V _ B R 14 6

2 0 K _1 % _ 04

R 39 0* 10 m il _ s ho rt _ 0 4

C 2 5 0

0. 1 u _ 16 V _ Y 5 V _ 04

C 5 05

*0 . 1u _ 1 6V _ Y 5 V _ 0 4

C 3 6 5

*0 . 1 u _1 6 V _Y 5 V _0 4

R 1 82

*1 5m i l_ s h ort _ 0 6

Q2 3

MT N 7 0 02 Z H S 3G

DS

C 2 62

0. 1 u _ 16 V _ Y 5 V _ 04

R 1 36 1 0 0K _ 0 4

C 56 6

2 2 p_ 5 0 V _N P O_ 0 4

C 5 0 4

1 u_ 6 . 3V _Y 5V _ 0 4

L 3 3*W C M2 0 12 F 2 S -1 61 T 0 3-s h o rt

1

4

2

3

C 5 58

0 . 1 u _1 6 V _ Y 5 V _0 4

C 5 56

1 0 u _6 . 3 V _ X5 R _ 0 6 +C 28 3

2 2 0u _ 4 V _V _ B

C 5 0 2

1 0u _ 6 . 3V _ X 5R _ 06

C 5 28

22 p _5 0 V _ N P O _0 4

R 15 4

1 0 0K _0 4

R 3 3 6*1 0 m il _ sh o r t _ 04

C 2 33 1u _ 6 . 3V _ Y 5V _ 0 4

(TOP VIEW)LOCK

OPEN

J_ S I M 1

C 1 77 0 6 61 -1

U I M_ D A T AC 7

U I M_ V P PC 6

U I M_ GN DC 5

U I M_ P W RC 1 U I M_ R S TC 2 U I M_ C L KC 3

C 2 32

1 0 u _1 0 V _ Y 5 V _0 8

3 G_ 3 . 3 V

5 V S

3G _ 3. 3 V

3 G_ 3 . 3 V

3 G_ 3 . 3V

S A T A _ T X4 + _C 1 6

3. 3 V

C 40 8

1 u _6 . 3 V _ Y 5 V _0 4

S A T A _ R X 4 -_C 1 6S A T A _ R X 4 +_ C 16

S A T A _ T X4 -_ C 1 6

Q 2 8MT P 3 4 03 N 3

G

DS

3 G_ P W R24

U S B P 4 1 5

3 G_ D E T#2 4

R 4

1 00 K _ 0 4

3 G_ E N 2 4

U S B N 4 1 5

L 4 3 H C B 1 0 05 K F -1 2 1T 2 0

From H8 default HI

48 mil5V

U S B N 9

J _C C D 1

8 52 0 5 -05 0 01 _ R

12345

U S B P 9

C 40 5

1 u _6 . 3 V _ Y 5 V _0 4C 1 0 . 1u _ 10 V _ X 7R _ 04

C C D _ D E T #

R 6 3 3 0K _ 0 4

MJ_CCD1R 2 59

10 0 K _0 4

5

C C D _ E N

C 40 6

0 . 1 u_ 1 0V _X 7 R _ 0 4

Q3MT N 7 0 0 2Z H S 3G

DS

CCD

5V _ C C D

1C 40 7

1 u _6 . 3 V _ Y 5 V _ 04

C C D _ E N2 4

3G POWER

From SB G PIO Pin de fa ult HI

Powe r Pl ane : Suspe ndS3: De fi ne d

3A 120mils 3A 120mils

U I M_ C L K

S I ML OC K

6 0mi ls

Schematic Diagrams

USB, Fan, TP, Multi-Con B - 21

B.S

chem

atic Diag

rams

USB, Fan, TP, Multi-Con

H E A D P H O N E -R

S P K _ H P #

MIC 1-L

H E A D P H O N E -LMI C _S E N S E

V I NMI C 1-R

H P _ S E N S E

0515-JAdd "*"

U S B _O C P 0 _ 1 #

P C 41

0 . 1 u _5 0 V _ X7 R _ 0 4

A P _ O N

U S B N 2 _ R

U S B P 2 _R 0512-Jchange pin

layout? ? ? ?

U S B N 2_ RU S B P 2 _ R

LI D _ S W #

P C 2 42 *0 . 1 u_ 5 0 V _X 7 R _ 0 4

S P K OU T R +S P K OU T R -

60mils

6-02-09715-920

P C 40

0 . 1u _ 5 0V _ X 7R _ 04 A P _ K E Y #

S P K OU T R -2 3S P K OU T R +2 3

0520-JEMI CHG 0.01uF?0.1uF

+C 48 2

1 0 0u _ 6 . 3V _ B _ A

0512-Jchange

J _T P 2

85 2 01 -0 6 05 1

123456

R 4 3 0 *0 _ 0 4

80 mil

U S B V C C 0 1

Q1 4

*MT N 70 0 2Z H S 3G

DS

3 . 3 V

J_ S W 3

88 2 9 6-0 8 L

12345678

3 . 3 V S

MP W R _B T N #

F ON #

F ON #

W E B _ E MA I L #W E B _ W W W #

W E B _ E M A I L# 2 4W E B _ W W W # 2 4

L I D _ S W # 12 , 1 5 , 24

R 3 0*4 7 K _ 04

J _S W 1

*5 0 50 0 -0 10 4 1 -00 1 L

123456789

10

FOR AUDIO/B

A P _O N

FOR CLICK BOARD

L 5 9W C M2 0 12 F 2 S -1 61 T 0 3

1

4

2

3

R 4 2 9 *0 _ 0 4

R 1 78 0_ 0 6

R 4 31 * 0 _0 4

R 43 2 * 0 _0 4

USB PORT*2(Port 0,Port1)

Audio/B CONN.(Port 2)

FOR POWER SWITCH BOARD

C 50 8

0 . 1 u _1 6 V _ Y 5 V _0 4

FAN CONTROL

J _ U S B 2

C 1 0 77 0 -1 04 A 3

V +1

GN

D1

GN

D1

D A T A _ L2

D A T A _ H3

GN D4

GN

D2

GN

D2

GN

D4

GN

D4

GN

D3

GN

D3

J _ F A N 1

85 2 0 5-0 3 7 01

123

R 7 1* 1 0K _ 0 4

C 8 1

1u _ 6. 3V _ Y 5 V _ 0 4

C 2 98 0 . 0 1u _ 5 0V _ X 7 R _ 04

R 1 1 7

1 0K _ 0 4

C 1 4 2

47 p _ 50 V _ N P O _0 4

R 1 1 8 *1 5 mi l _ sh o rt _ 06

U 1 7

G 9 90 P 1 1U

V O U T3

GN D5

V I N2 F O N1

V S E T4 GN D

6GN D7GN D8

Port 0

U S B P 11 5

C 5 1 1

1 0u _ 6. 3 V _ X 5R _ 06

L6 0W C M 20 1 2F 2S -1 6 1 T0 3

1

4

2

3

U 1 4

R T 97 1 5B G S

V OU T 16

V OU T 38

V I N 23

V I N 12

V OU T 27

GN D1

E N #4

F L G#5

U S B N 11 5

R 2 1 1 *1 0 m il _ sh o r t _ 04

C 80

0 . 1 u_ 1 6V _Y 5V _ 0 4

C 11 9

0 . 1 u_ 1 6V _Y 5V _ 0 4

R 661 5 K _1 % _ 04

+C 19 5

1 0 0u _ 6 . 3V _ B _ A

R 651 0 K _0 4

R 2 1 0 *1 0 m il _ sh o r t _ 04

Port 1

D 1 5 * C H 3 5 5 P TAC

C 1 4 4

1 u_ 6 . 3 V _Y 5 V _0 4

C 8 9

10 u _6 . 3 V _ X5 R _0 6

C 1 43

*1 0u _ 6 . 3V _ X 5R _ 06

J _ U S B 1

C 1 0 77 0 -1 04 A 3

V +1

GN

D1

GN

D1

D A T A _ L2

D A T A _ H3

GN D4

GN

D2

GN

D2

GN

D4

GN

D4

GN

D3

GN

D3

R 1 1 6

10 K _ 0 4

C 1 3 1

2 2u _ 6 . 3V _ X 5 R _ 08

R 32 6

* 0_ 0 4

C 1 4 5

4 7p _ 50 V _ N P O _ 04

R 1 24 4. 7 K _ 0 4

J_ A U D I O1

87 2 13 -1 4 R

12345678

1011121314

9

C 1 8 0

0 . 1u _ 1 6V _ Y 5 V _ 0 4

R 1 1 9 * 0_ 0 6

W E B _ E MA I L # 2 4L I D _ S W # 1 2 , 1 5, 2 4

W E B _E M A I L #

5 V S _F A N 5 V S

5 V S

M P W R _ B T N #

80 mil

U S B V C C 01

3 . 3 V

3 . 3 V S

5 V S _ F A N

A P _ K E Y #

L I D _ S W #

W E B _ W W W # 2 4

U S B V C C 01

5 V

W E B _W W W #

5 V

5 V S _ T P

5 V S

C P U _F A N2 4

5 V

D D _ O N #25 , 2 6 , 28 , 2 9

A P _ K E Y # 2 4

U S B _ OC P 0 _1 #1 5

C P U _ F A N S E N24

U S B P 21 5

U S B N 21 5

U S B N 015

U S B P 015

CLICK CONN

MI C _S E N S E2 3

T P _C L K 24T P _D A T A 24

H E A D P H ON E -L2 3

MI C 1-L2 3

H E A D P H ON E -R2 3

H P _ S E N S E2 3

MI C 1-R2 3

2 0m il

CLOSE TO J_SW1

POWER SWITCH CONN.

2 0m il

1.1A 60mils

3. 3 V S 3 . 3V

V D D 3

P C 5 2 * 0 . 01 u _5 0 V _ X7 R _0 4

R 32 8

* 0_ 0 4

R 4 3 4 1 0 0K _ 0 4

M _ B TN # 2 5

20mil

3

L E D _ P W R # 2 2 , 2 4

L E D _ B A T _ C H G # 22 , 2 4L E D _ B A T _ F U L L# 2 2 , 24L E D _ A C I N # 22 , 2 4

JFAN

5V S

1

A P _ K E Y # 2 4

C5500Q Click/B LED Use0526-JAdd

0520-JEMI CHG

0520-JEMI CHG

A P _ ON 2 5

0526-Jlayout ? ? ? ?

J _T P 1

8 52 0 1 -04 0 5 1

1234

60mils

Sheet 20 of 35USB, Fan, TP,

Multi-Con

Schematic Diagrams

B - 22 Card Reader/LAN JMC261

B.S

chem

atic

Dia

gra

ms

Card Reader/LAN JMC261

Sheet 21 of 35Card Reader/LAN

JMC 261

ML MX 1 +ML MX 0 -

D C _ N P

ML MX 0 +

D D _ N P

L A N _ MD I P 1

T X _ C T

M L MX 1 +_ R

ML MX 1 -

R D _ C T R X _C T

L A N _ MD I N 1

L A N _ MD I P 0 M L MX 0 +_ R

T D _ C T

M L MX 1 -_R

M L MX 0 -_RL A N _ MD I N 0

ML MX 0 +_ R

ML MX 1 -_ R

ML MX 1 +_ R

ML MX 0 -_ R

SD

_D

2S

D_

D1

SD

_D

0

M D I O 1 3

D 1 1*B A V 99 R E C T I F I E R

A CA

C

S D _ C D #MS _ I N S #

S D _ C LK

L A N _ L E D 0L A N _ L E D 1

L A N _ MD I N 2

L A N _ MD I N 0

L A N _ MD I N 1L A N _ MD I P 1

L A N _ MD I P 0

D 1 2

*B A V 99 R E C T I F I E R

A CA

C

L A N _ MD I P 3L A N _ MD I N 3

L A N _ MD I P 2

XR S T N

S D _B S

D 1 4


A CA

C

D 1 3*B A V 99 R E C T I F I E R

A CA

C

For JMC251/261only

SD

_D

3

MD

IO11

MD

IO8

SD

_W

PM

DIO

7

SD

_B

S

MD

IO1

2

MD

IO1

0M

DIO

9

LA N _ S D A

LA N _ S C L

W A K E N

MD I O 1 3MD I O 1 4

MDIO SingleEnd = 50 Ohm

P CI e Dif fe re nt ia lP ai rs = 10 0 Oh m

5V S

RE

GL

XD

VD

D

LA

NX

OU

TL

AN

XIN

L A N _S C L

L A N _S D A

S D _D 1

S D _C D #

Card Reader/Lan (JMC261)

S D _ B S

M S _ I N S #

S D _ W P

S D _ C D #

Near Cardreader CONN

MP D

4 IN 1 SOCKET SD/MMC/MS/MS Pro

(>20 mi l) ( >20mil)

Card Reader Power

S D _B S

C R _ C P P E #

S D _C L K

Near JMC261 Power Pin

C R 1 _ P C T L N

C R 1 _ P C T L N

S D _C L K

S D _D 3

L A N X OU T

L A N X I N

S D _C L K

For JMC2 51/261only

M S _I N S #

S D _C D #

C 2 8

*1 0 p _5 0 V _ N P O _0 4

C 5 55

0 . 1u _ 1 6V _Y 5V _0 4

R 4 9 4 . 7 K _ 04

C 5 52

0 . 1u _ 1 6V _Y 5V _0 4

C 4 7 0

22 p _ 50 V _ N P O_ 0 4

R 2 77 0 _0 4

L P 2* W C M 2 01 2 F 2 S -1 61 T 0 3

1

4

2

3

R 51 4 . 7 K _ 04

C 47 3

2 2 u_ 6 . 3 V _ X5 R _0 8

R 2 2

7 5_ 1 % _0 4

J _ C A R D -R E V 1

M D R 0 19 -C 0-1 0 4 2

D A T2 _ S DP 2

V S S _ M SP 2 1

C D / D A T3 _ S DP 3

C MD _S DP 4

V S S _ S DP 5

V D D _ S DP 6

C LK _ S DP 7

V S S _ S DP 8

D A T0 _ S DP 9

D A T1 _ S DP 1 0

W P _ S DP 1 1

V S S _ M SP 1 2

V C C _ MSP 1 3

S C LK _M SP 1 4

D A T3 _ MSP 1 5

I N S _ MSP 1 6

D A T2 _ MSP 1 7

S D I O/ D A T 0_ M SP 1 8

D A T1 _ MSP 1 9

B S _ M SP 2 0

C D _ S DP 1

GN DP 2 3GN DP 2 2

C 4 7 1 0 . 1 u _1 0 V _ X7 R _0 4

C 4 3 2

0. 01 u _ 50 V _ X 7R _ 04

R 52 4 . 7 K _ 04

C 4 4 6

10 u _ 6. 3 V _ X 5 R _ 0 6

R 2 1

7 5_ 1 % _0 4

C 2 9

*1 0 u_ 6 . 3 V _ X5 R _ 0 6

C 4 3 7

0. 01 u _ 50 V _ X 7R _ 04

C 44 5

0 . 1 u _1 6 V _ Y 5 V _ 04

X 5 X8 A 0 2 5 00 0 F G1 H _2 5 MH z12

C 67

0 . 1 u _1 6 V _ Y 5 V _ 04

W A K E N

C 5 1

0 . 1u _ 1 6V _Y 5 V _0 4

R 5 0 4 . 7 K _ 04

C 53

0 . 1 u_ 1 6 V _ Y 5 V _ 04

R 2 7 1

7 5_ 1 % _0 4

C 3 7

10 u _ 6. 3 V _ X 5 R _ 0 6

C 5 0

0 . 1 u _1 6 V _ Y 5 V _ 0 4

R 3 8

* 1 5m i l _s h o r t _0 6

C 45 8

2 2 u _6 . 3 V _ X5 R _0 8

S D _D 2

(LQFP 64)

JMC261

U 11

J MC 2 61

RE

XT

1

VD

DX

33

2

XIN

3

XO

UT

4

GN

D5

LX

6

FB

12

7

VD

DR

EG

8

CL

KN

9

CL

KP

10

AV

DD

H1

1

RX

P12

GN

D14

TX

N1

5

TX

P16

A V D D X1 7R S T N1 8W A K E N1 9MP D2 0C R E Q N2 1S M B _ S C L / L E D 22 2C R _ C D 1 N2 3C R _ C D 0 N2 4

RX

N1

3M

DIO

83

7V

DD

IO38

MD

IO7

39

MD

IO6

40G

ND

41

MD

IO5

42M

DIO

44

3M

DIO

344

VD

DIO

45

MD

IO2

46M

DIO

14

7M

DIO

048

MD

IO9

36

MD

IO10

35

MD

IO1

134

MD

IO12

33

GN D3 2

M D I O 133 1

M D I O 143 0

S MB _ S D A / C R _L E D N2 9

T E S T N2 8

V D D I O2 7

V D D2 6

V C C 3 O2 5

L E D 04 9

L E D 15 0

V D D5 1

GN D5 2

V I P _ 15 3

V I N _15 4

A V D D 1 25 5

V I P _ 25 6

V I N _25 7

GN D5 8

A V D D 3 35 9

V I P _ 3 (N C )6 0

V I N _3 (N C )6 1

A V D D 1 2 (N C )6 2

V I P _ 4 (N C )6 3

V I N _4 (N C )6 4

C 6 8

0. 1 u _ 1 6V _ Y 5V _ 0 4

L 4 9

S W F 2 5 20 C F -4R 7 M-M

C 38

0 . 1 u_ 1 6 V _ Y 5 V _ 04

C 5 2

0. 1 u _ 16 V _ Y 5V _ 0 4

C 4 5 6

0. 1 u _ 1 6V _ Y 5V _ 0 4

R 3 7 *0 _ 0 4

C 5 57

* 0 . 1u _ 1 6V _ Y 5V _0 4

R 3 9

5 5 _ 1% _ 0 6

R N 110 K _ 8 P 4 R _ 0 4

12345

678

C 70

0 . 1 u _1 6 V _ Y 5 V _ 04

R 2 4

7 5_ 1 % _0 4

R 2 8 3 1 M_ 0 4

R 2 75 0 _0 4

C 4 6 8

22 p _ 50 V _ N P O_ 0 4

C 46 9

* 10 u _ 6. 3 V _ X 5 R _ 06

C 5 40

1 0 u _6 . 3 V _ X 5R _ 06

R 2 7 2 2 _ 04

C 4 2 9

1 00 0 p _2 K V _ X 7 R _ 12 _ H 1 2 5

C 66

0 . 1 u_ 1 6 V _ Y 5 V _ 04

L P 1* W C M 2 01 2 F 2 S -1 61 T 0 3

1

4

2

3

S D _W P

L 47

L F -H 8 0 P -1

R D +1

R D -2 R X+

1 6

R X -1 5

R D _ C T3

R X _ C T1 4

N C4

N C1 2

N C5

TD _C T6

TD +7

N C1 3

T X -9

TD -8

TX _ C T1 1

T X+1 0

C 4 6 2

0. 1u _ 1 6V _ Y 5V _ 0 4

U 12

*H T2 4 L C 0 2 18 P B

S C L6

A 01

A 12

A 23

W P7

S D A5

V C C8

G N D4

R 2 76 0 _0 4

C 45 0

0 . 1 u_ 1 6 V _ Y 5 V _ 04

C 6 9

0. 1 u _ 1 6V _ Y 5V _ 0 4

D 3 8 *R B 7 51 VA C

C 4 9

0. 1 u _ 16 V _ Y 5V _ 0 4

C 4 57 0 . 1u _ 1 6V _Y 5V _0 4

P J S -0 8S L 3 B

J _R J 1

D D -8 D D +7

D B -6

D C -5 D C +4

D B +3 D A -2 D A +1

s h ie l dGN D 1

s h ie l dGN D 2

R 57

1 2 K _ 1% _ 0 4

R 5 3 *1 0 0 K _0 4

C 4 7 2 0 . 1 u _1 0 V _ X7 R _0 4

D V D D

D V D D

D V D D

D V D D

V C C _ C A R D

D V D D

D V D D

D V D D

3. 3 V

V C C _ C A R D

V C C _C A R D

V C C _ C A R D

3 . 3 V3 . 3V

3. 3 V

3. 3 V

S D _D 0

3 . 3 V

3 . 3V3 . 3 V

3 . 3V

3 . 3V

3 . 3V S

3 . 3 V

3 . 3 V

D V D D

P C I E _ N B _ C A R D R E A D E R _ T XN 9P C I E _ N B _ C A R D R E A D E R _ T XP 9

B U F _P L T _ R S T # 1 8, 2 4 , 2 6

V C C _ C A R D

P C I E _C R _ C L K P 2P C I E _ C R _ C L K N 2

P C I E _ N B _ C A R D R E A D E R _ R XP 9P C I E _ N B _ C A R D R E A D E R _ R XN 9

P C I E _W A K E # 15 , 1 8

C R _ W A K E # 1 4

C R _ C P P E # 15

0.1u

R37 R53

0

( >20mil)(>20mil)

Swit ching Regulator

S D _D 0

Enable D3E(1)

100K

R275

Disable D3E0

1. For JMC251/ JMC261 only.2. MPD connec t to Main Power or RSTN forD3E applicaion, to AUX pow er otherwise.

Enable D3E(2)

C457

NC

Function

NCNC NC

NCNC

NCNC

M LM X1 +

M LM X1 -

M LM X0 -

M LM X0 +

S D _D 1

S D _D 2

Place all capacitors closed to chip.The subscript in each CAP incicates thepin number of JMC251/JMC261 thatshould be closed to.

R E G L X

S D _D 3

Schematic Diagrams

SATA HDD, LED, MDC, BT B - 23

B.S

chem

atic Diag

rams

SATA HDD, LED, MDC, BT

C 54 2

* 22 p _5 0 V _ N P O _0 4

R 3 89 *3 3_ 0 4

R 3 86 *3 3_ 0 4

C 54 7

*. 1U _1 0 V _ X7 R _0 4

J_ M D C 1

*8 8 01 8 -1 20 G

G N D1

A za li a _S D O3

G N D5

A za li a _S Y N C7

A za li a _S D I9

A za li a _R S T #1 1

A za li a _ B C L K1 2GN D1 0GN D83. 3 V M ai n / au x6R E S E R V E D4R E S E R V E D2

R 3 88 *2 2_ 0 4R 3 87 *3 3_ 0 4

From EC default HI

Bluetooth(Port8)

3. 3 V

5 0m il

A Z _ S D I N 11 5

H D D _ N C 1H D D _ N C 2H D D _ N C 3

L 53

H C B 1 00 5 K F -1 2T 2 0

B T _D E T #18 , 2 4

0514-J

Add

R 44 4 *1 0 m il _ sh o rt _ 04

S A T A _T X 0 +_ CS A T A _T X 0 -_C

W L A N _ L E D # 1 8, 2 4

S A T A _R X 0-_ CS A T A _R X 0+ _ C

H D D _ N C 0

FOR C4500

3. 3 V

R 3 5 6*0 _ 0 40 2 _1 0 m il _ s ho r t

B T _E N #

1

CAPS

LOCK

LED

LED

SATA HDD

NUM

LOCK

LED

2

POWER ON LED

HDD/

CD-ROM

LED

P I N G N D 1 ~ 2 = G N D

MA Z _S D I N 1 _ R

SCROLL

LOCK

LED

MA Z _S Y N C _R

MA Z _S D OU T_ R

MA Z _R S T #_ R

BAT LED

MA Z _ B I T C L K _ R

3

2 4

1

WLAN

LED

BT

LED

12

MJ_MDC1

1

11

10mil

2

C 54 1

0 . 0 1 u_ 5 0V _X 7 R _ 0 4SGY

D 31

*R Y -S P 15 5 H Y Y G4

1 3

2 4

C 5 46

10 u _6 . 3 V _ X5 R _0 6

Q2D T C 1 1 4E U A

CE

B

D 3

RY

-SP

17

2Y

G3

4

AC

R 2

2 2 0_ 0 4

D 4

RY

-SP

172

YG

34

AC

D 2

RY

-SP

172

YG

34

AC

Q1* D T C 1 1 4 E U A

CE

B

R 2 5 4

*2 20 _ 0 4

C 5 3 3

0. 1u _ 16 V _ Y 5 V _ 0 4

J _ H D D 1

A C E S -9 1 9 07 -0 22 0 A -H 0 1

S 1S 2S 3S 4S 5S 6S 7

P 1P 2P 3P 4P 5P 6P 7P 8P 9P 1 0P 1 1P 1 2P 1 3P 1 4P 1 5

R 3 2 7 1 0 K _ 04

R 35 0 * 0 _0 4

R 2 5 1

*2 2 0_ 0 4

A Z _ B I T C L K

C 5 10

0. 1 u _ 16 V _ Y 5 V _ 04

R 8

2 2 0 _0 4

J _B T 1

8 7 2 12 -0 6L

123456

SGY

D 1

R Y -S P 15 5 H Y Y G 4

1 3

2 4C 5 0 9

10 u _ 6. 3 V _ X 5R _0 6

R 5

2 2 0_ 0 4

R 3

2 2 0 _0 4

+C 5 2 4

*1 0 0u _ 6 . 3V _ B _ A

R 1

12 0 _0 4

C 53 7

2 2 u_ 6 . 3 V _X 5 R _ 0 8

SGY

D 30

* R Y -S P 15 5 H Y Y G4

1 3

2 4

C 5 3 4

0 . 1 u_ 1 6V _Y 5V _ 0 4

R 2 5 2

*2 2 0 _0 4

Q4 0MT N 7 0 02 Z H S 3G

DS

C 5 32

1 u _ 6. 3 V _ Y 5 V _ 0 4

D 5

RY

-SP

17

2Y

G3

4

AC

C 53 6

0 . 1 u _1 6 V _ Y 5 V _0 4

R 2 5 3

*2 2 0_ 0 4

R 7

2 2 0_ 0 4

3 . 3V S

V D D 3V D D 3

3. 3 V S

5 V S

3 . 3V S

3. 3 V S

V D D 3V D D 3

3. 3 V S

3 . 3 V

3. 3 V

3 . 3V S 3. 3 V S

3V _ B T 1

LE D _ B A T _F U LL # 2 0, 2 4

L E D _ B A T _ C H G # 20 , 2 4

L E D _ P W R # 2 0 , 24

L E D _ A C I N # 2 0, 2 4

S A T A _ R X 0 -_C 1 6

B T _ E N 1 8, 2 4

W L A N _E N 1 8, 2 4

S A T A _ R X 0 +_ C 16

U S B P 815U S B N 815

S A T A _ T X0 + _C 1 6

S A T A _ LE D # 16 L E D _C A P # 24 LE D _ S C R O L L# 2 4

S A T A _ T X0 -_ C 1 6

LE D _ N U M # 24

B T _E N18 , 2 4

A Z _ B I T C L K 1 5 , 23

A Z _S D OU T15 , 2 3

A Z _ R S T #1 5, 2 3

A Z _ S Y N C1 5, 2 3

Sheet 22 of 35SATA HDD, LED,

MDC, BT

Schematic Diagrams

B - 24 Audio Codec ALC272

B.S

chem

atic

Dia

gra

ms

Audio Codec ALC272

Sheet 23 of 35Audio Codec

ALC272

CODEC ( ALC272-GR )

V er y cl ose t o Au di o Cod ec

AMP (TPA6017)

J_INTMIC1

C 3 6 4

*0 . 1 u_ 1 0 V _ X7 R _0 4

Layout Note:

C 3 5 3

1u _ 6 . 3V _Y 5 V _0 4

L 3 7 H C B 1 0 0 5K F -1 21 T 2 0

A U D G

J D R E F

Layout Note:

5 V S _ A U D

5 V S

6-20-63120-102

C 5 8 7

0 . 1u _ 1 0V _X 7 R _ 0 4

C 4 04

0 . 1 u _1 0 V _ X 7R _ 04

C 5 65

0 . 1 u _1 0 V _ X 7R _ 04

A U D G

V er y cl os e t o Au di o Co dec

Layout Note:

C 3 7 2 *0 . 1 u _ 16 V _ Y 5 V _ 0 4

A U D G

S P K O U T R - 2 0

S P K O U T R + 2 0TO AUDIO BOARDCONN.

MI C 2-V R E F O

A M P _ B Y P A S S

R 2 2 1 *1 0 0K _ 0 4

R 2 2 2 10 0 K _ 04R 2 3 2 *1 0 0K _ 0 4

C 3 75 1 u_ 6 . 3 V _ X5 R _0 4

5 V

C 3 98 1 u_ 6 . 3 V _ X5 R _0 4C 3 74 1 u_ 6 . 3 V _ X5 R _0 4

R 2 3 1 10 0 K _ 04

F R ON T-LF R ON T-R

C 3 6 9 *0 . 1 u _ 16 V _ Y 5 V _ 0 4

G A I N 0

C 3 7 0 *0 . 1 u _ 16 V _ Y 5 V _ 0 4

C 3 7 1 *0 . 1 u _ 16 V _ Y 5 V _ 0 4

A U D G

G A I N 1

A U D G

MI C 2 _ LMI C 2 _ R

MI C 1 _ LMI C 1 _ R

D 4 4 S C S 3 5 5 VAC

1 . 5 V S

A U D G

A U D G

A U D G

S P K O U T L +_ R

R257

VIA1812 ? 5.1K ALC272 ? 20K

M I C 1 -L2 0M I C 1 -R2 0

F R ON T -L

F R ON T -R

C 3 8 0

*6 8 0 p_ 5 0 V _ X7 R _0 4

C 5 73 *0 . 1 u _ 10 V _ X 7R _ 04

D 2 8C H 3 5 5 P TA C

L I N -L I N +

R 2 4 8 *0 _ 04

R I N -R I N +

S P K O U T L -_R

MI C 1 -V R E F O

R 2 39* 1 0m i l _s h o rt

A U D G A U D G

0517-J? ?

C 5 7 5 2 . 2 u _ 6. 3 V _ X 5R _ 04

C 5 92

1 0 u _ 10 V _ Y 5 V _ 0 8

DIGITAL

ANALOG

U 2 1

A L C 2 7 2

DV

DD

1

G P I O0 / D M I C -D A T A 1 / 22

G P I O1 / D M I C -D A T A 3 / 43

DV

SS

14

S D A TA -OU T5

B I T -C L K6

DV

SS

27

S D A TA - I N8

DV

DD

-IO

9

S Y N C1 0

R E S E T #1 1

P C B E E P - I N1 2

S e n se A (J D 1)1 3

L I N E 2 -L1 4

L I N E 2 -R1 5

M I C 2 -L1 6

M I C 2 -R1 7

L I N E 1 -V R E F O1 8

M I C 2 -V R E F O1 9

L I N E 2 -V R E F O2 0

M I C 1 -L2 1

M I C 1 -R2 2

L I N E 1 -L2 3

L I N E 1- R2 4

AV

SS

12

6

V R E F2 7

MI C 1 -V R E F O2 8

C B P2 9C B N3 0C P V E E3 1

H P OU T- R3 2H P O U T -L3 3

S e n se B (J D 2)3 4

L OU T1 -L3 5

L OU T 1- R3 6

M ON O-O U T3 7

L OU T2 -L3 9

J D R E F4 0

L OU T 2- R4 1

AV

SS

24

2

N C4 3

D MI C - C L K 3 / 44 4

S P D I F O24 5

D MI C - C L K 1 / 24 6

E A P D4 7

S P D I F O14 8

AV

DD

23

8A

VD

D1

25

MI C 1 -V R E F O -L

MI C 1 -V R E F O -R

C 38 1

*6 8 0p _ 5 0 V _X 7 R _ 0 4

R 4 0 5 22 _ 0 4

R 22 9 7 5 _ 1% _ 0 4

C 3 9 4 4 . 7 u _ 6. 3 V _ X 5 R _ 0 6

R 22 8 7 5 _ 1% _ 0 4

R 2 5 0

4 . 7K _ 0 4

R 2 3 0

4 . 7 K _0 4

R 2 57 2 0 K _1 % _ 0 4

R 2 35 10 K _ 0 4

C 38 51 00 0 p _5 0 V _ X 7R _ 04

H E A D P H ON E -L

R 2 58

*1 00 K _ 0 4

L 4 2H C B 1 00 5 K F -1 2 1T 2 0

R 24 9 1 K _ 04 C 3 9 5 4 . 7 u _ 6. 3 V _ X 5 R _ 0 6

C 5 7 2 1 u _ 6. 3 V _ Y 5 V _ 0 4

C 5 7 1 1 0 u_ 1 0 V _ Y 5 V _ 08

C 3 79

* 0 . 1u _ 1 0V _ X 7 R _ 0 4

R 3 96 10 K _ 1 % _0 4

C 5 7 6 2 . 2 u _ 6. 3 V _ X 5R _ 04

L 39F C M1 0 0 5K F -12 1 T 03

1 2

C 57 7

0 . 1 u_ 1 0 V _ X7 R _0 4

U 9MC 74 V H C 1 G0 8 D F T1 G

1

2

5

4

3

C 3 7 6

2. 2 u _ 10 V _ Y 5V _ 0 4

C 4 0 3

0 . 1u _ 1 0V _X 7 R _ 0 4

C 3 82 1 u_ 6 . 3 V _ X5 R _0 4

C 3 5 7 0 . 1 u _5 0 V _ Y 5 V _ 0 6

R 1 15

2 . 2 K _ 0 4

C 1 41

3 3 0 p _5 0 V _ X7 R _0 4

L 4 0 F C M 1 00 5 K F -1 2 1 T0 31 2

C 5 74 0. 1 u _ 10 V _ X 7 R _ 0 4

5 V S _ R E A R

3 . 3 V S

3 . 3 V S _ A U D

A U D G

3 . 3 V S _A U D3. 3V S

A U D G

A U D G

A U D G

D 2 5 * S C S 5 5 1 V -3 0AC

C 5 86* 2 2p _ 5 0V _ N P O_ 0 4

R 4 5 1 *1 5 m il _ s ho rt _ 0 6

C 3 5 6 0 . 1 u _5 0 V _ Y 5 V _ 0 6

5 V S

A Z _ S D I N 0 _R

M I C 2 -V R E F O

R396 VIA1812 ? 5.1K ALC272 ? 1K

Gain Settings

GAIN0 GAIN1 AV(inv) INPUT IMPEDANCE

0 0 6 dB 90 k

0 1 10 dB 70 k

1 0 15.6 dB 45 k

1 1 21.6 dB 25 k

2J_SPK1

R 4 3 5*1 0 m il _ sh o rt

C 3 9 7*1 u _6 . 3 V _ X 5R _ 06Low mute!

A U D G

C 5 9 1*1 u _6 . 3 V _ X 5R _ 06

1

A U D G

C 3 8 3*1 u _ 6. 3V _ X 5 R _ 0 6

Thermal Pad

U 1 9

TP A 60 1 7 A 2 P W P R

S D #19

R I N -17

L I N -5

B Y P A S S1 0G N D

11

G A I N 02

R OU T -1 4

L OU T -8

P V D D6

L O U T +4

G N D20

G A I N 13 R O U T +

1 8

P V D D1 5

E XP O S E D P A D21

L I N +9

G N D1

G N D13

N C1 2

V D D1 6

R I N +7

C 3 66 *1 u _ 6. 3V _ X 5 R _ 0 6S P K O U T L -

S P K O U T L +

M I C 1 -RMI C 1 -L

H E A D P H ON E -R

R 4 5 0 *0 _ 0 6

I N T _ MI C

S P K O U T L +

S P K O U T L -

C 5 6 4

1 0 u_ 1 0 V _Y 5 V _ 08

A L C _ V R E F

C 3 9 6

1 0 u_ 1 0 V _Y 5 V _ 08

S P K _E N

I N T _M I C

A L C _ GP I O1A L C _ GP I O0

D 2 7C H 3 5 5 P TA C

S P K OU T L-

S P K OU TL +

S P K O U T R -

S P K O U T R +

MI C 1 _LMI C 1 _R

A U D G

S P D I F O

B E E P

A U D G

R 2 3 6

10 0 K _ 0 4

E A P D _ MO D E

C 3 93 *0 . 1 u_ 1 6 V _Y 5 V _ 04

C 3 6 3 4 . 7 u _ 6. 3 V _ X 5 R _ 0 6

MI C 2 _LMI C 2 _R

A U D G

C 3 8 6

1 8 0p _ 5 0V _N P O_ 0 4

C 3 8 7

1 8 0 p_ 5 0 V _ N P O _0 4

C 3 7 3 4 . 7 u _ 6. 3 V _ X 5 R _ 0 6

J _ S P K L 1

8 52 0 4 -02 0 0 1P C B F o o t pr in t = 8 52 0 4 -02 R

12

A U D G

PC B F OO TP RI NT 2 L

J _ I N T MI C 1

8 8 26 6 -0 20 0 1P C B F o ot pri n t = 8 82 6 6 -2L

12

NEAR CODEC

C od ec pi n 1 ~ pi n 11 an d pi n 44 ~ pi n 48a re D igi ta l si gn al s.

T he o the rs a re A na log s ig na ls .

C 3 62 1u _ 6 . 3V _ Y 5V _0 4

C 3 68 1u _ 6 . 3V _ Y 5V _0 4

5V S

C 57 01 0 u _1 0 V _ Y 5 V _ 0 8

C 4 0 0* 10 u _ 6. 3 V _ X 5 R _ 06

R 4 1 2 5. 1 K _ 1 % _0 4R 2 2 7 20 K _ 1 % _0 4

C 5 6 9*1 0 u_ 1 0 V _ Y 5 V _ 08

1

A U D G

L 5 8

H C B 10 0 5 K F -1 21 T 2 0C 39 9

0 . 1 u _1 6 V _ Y 5 V _ 0 4

B E E P

PC BEEP

3. 3 V S

2

A Z _ R S T#15 , 2 2

K B C _ B E E P2 4

I C H _S P K R1 5

A Z _ B I TC L K1 5 , 2 2

A Z _ S Y N C15 , 2 2

A Z _ S D O U T1 5 , 2 2

S B _M U T E #1 6

K B C _ M U T E #2 4

M I C _ S E N S E20H P _ S E N S E20

A Z _ S D I N 015

H E A D P H ON E -R 20H E A D P H ON E -L 2 0

E A P D _ MO D E

P IN 25 ,P IN3 8 ? 1 ? 10 uF /. 1u F

Schematic Diagrams

KBC ITE IT8502E B - 25

B.S

chem

atic Diag

rams

KBC ITE IT8502E

Sheet 24 of 35KBC ITE IT8502E

MO DE L_ IDHI /L OW

*

HI

T H E R M_ R S T#

D D _ ON _ L A T C H 2 5

C4 50 0

L OW

MO DE L

L E D _ C T R L

T P _ C L K2 0T P _ D A T A2 0

E C 85 1 8 _T 3

R 17 1*1 0 m i l_ s h ort _ 0 4

K B _ B D _I D

R 4 0 6 4 7 _ 04

R 1 61 * 10 0 _ 04

R 1 81 *1 0 _0 4

D 2 3B A V 9 9 R E C TI F I E R

A

CA C

C 3 9 1 0 . 1 u _ 16 V _ Y 5 V _ 0 4

R 2 08 4 . 7 K _ 04

R 19 2 * 1 0M _ 04

S M C _ V GA _T H E R MS M D _ V GA _T H E R M

C 2 7 1 * 1 u_ 6 . 3 V _ Y 5 V _ 04

R 20 9 0 _ 04

C 4 01 *3 3 p _5 0 V _ N P O_ 0 4

D 1 8* B A V 9 9 R E C T I F I E R

A

CA C

C 2 7 2 * 1 u_ 6 . 3 V _ Y 5 V _ 04

C 2 9 6

0 . 1u _ 1 6 V _Y 5 V _ 04

R 1 44 1 0 K _ 04

C 35 1

0 . 1 u _1 6 V _ Y 5 V _ 0 4

C 2 7 3 * 0. 1 u _ 1 6V _ Y 5V _0 4

R 2 07 4 . 7 K _ 043 G_ D E T#

K/B MATRIX

FLASH

LPC

SMBUS

PS/2

PWM

UART

DAC

CLOCK

IT8502E-J

CIR

ADC

WAKE UP

PWM/COUNTER

LPC/WAKE UP

EXT GPIO

GP INTERRUPT

WAKE UP

GPIO

U 5

I T 8 5 02 E -J

W R S T #1 4

L P C C L K1 3

L A D 01 0

L A D 19

L A D 28

L A D 37

L F R A ME #6

( P D )L P C P D # / W U I 6 / GP E 61 7

S E R I R Q5

E C S MI # / G P D 4 ( P U )1 5 E C S C I # / G P D 3 ( P U )2 3

G A 20 / G P B 51 2 6

K B R S T #/ GP B 6 ( P U )4

K S I 0/ S T B #5 8

K S I 1 / A F D #5 9

K S I 2 / I N I T#6 0

K S I 3 / S L I N #6 1

K S I 46 2

K S I 56 3

K S I 66 4

K S I 76 5

K S O 0 / P D 03 6

K S O 1 / P D 13 7

K S O 2 / P D 23 8

K S O 3 / P D 33 9

K S O 4 / P D 44 0

K S O 5 / P D 54 1

K S O 6 / P D 64 2

K S O 7 / P D 74 3

K S O 8 / A C K #4 4

K S O9 / B U S Y4 5

K S O1 0 / P E4 6

K S O 11 / E R R #5 1

K S O1 2 / S L C T5 2

K S O 135 3

K S O 145 4

K S O 155 5

VC

C1

1

VS

TB

Y2

6

VS

TB

Y5

0

VS

TB

Y92

VS

TB

Y1

14

VS

TB

Y1

27

VS

TB

Y12

1

VB

AT

3

AV

CC

74

P S 2 C LK 0 / G P F 0 ( P U )8 5

P S 2 D A T0 / G P F 1 ( P U )8 6

P S 2 C LK 1 / G P F 2 ( P U )8 7

( P D )T MR I 0 / W U I 2 / G P C 41 2 0

( P D )T MR I 1 / W U I 3 / G P C 61 2 4

L P C R S T # / W U I 4 / G P D 2 ( P U )2 2

( P D )W U I 5 / GP E 53 5

P W R S W / G P E 4 ( P U )1 2 5

R I 1# / W U I 0 / GP D 0 ( P U )1 8

R I 2# / W U I 1 / GP D 1 ( P U )2 1

( P D )R I N G #/ P W R F A I L # / L P C R S T # / GP B 71 1 2

T X D / G P B 1 ( P U )1 0 9 R XD / GP B 0( P U )1 0 8

( P D )C T X / GP B 21 2 3

P S 2 D A T1 / G P F 3 ( P U )8 8

P S 2 C LK 2 / G P F 4 ( P U )8 9

P S 2 D A T2 / G P F 5 ( P U )9 0 ( P D )TA C H 0 / G P D 6

4 7

( P D )TA C H 1 / G P D 74 8

P W M 0 / GP A 0 ( P U )2 4

P W M 1 / GP A 1 ( P U )2 5

P W M 2 / GP A 2 ( P U )2 8

P W M 3 / GP A 3 ( P U )2 9

P W M 4 / GP A 4 ( P U )3 0

P W M 5 / GP A 5 ( P U )3 1

P W M 6 / GP A 6 ( P U )3 2

P W M 7 / GP A 7 ( P U )3 4

A D C 0 / GP I 06 6

A D C 1 / GP I 16 7

A D C 2 / GP I 26 8

A D C 3 / GP I 36 9

A D C 4 / GP I 47 0

A D C 5 / GP I 57 1

A D C 6 / GP I 67 2

A D C 7 / GP I 77 3

VS

S1

VS

S1

2

VS

S27

VS

S4

9

VS

S12

2V

SS

11

3

AV

SS

75

C K 3 2 K E2

C K 3 2 K1 2 8

D A C 3 / GP J37 9 D A C 2 / GP J27 8 D A C 1 / GP J17 7 D A C 0 / GP J07 6

( P D )E GC S # / GP E 28 3

( P D )E GC LK / GP E 38 4

( P D )E GA D / GP E 18 2

G I N T / GP D 5 ( P U )3 3

L 8 0L L A T / GP E 7( P U )2 0

VS

S91

D A C 5 / GP J58 1 D A C 4 / GP J48 0

P W U R E Q # / GP C 7 ( P U )1 6

( P D ) C R X / G P C 01 1 9

( P D )K S O 16 / G P C 35 6

( P D )K S O 17 / G P C 55 7

( P D ) I D 0 / G P H 09 3

( P D ) I D 1 / G P H 19 4

( P D ) I D 2 / G P H 29 5

( P D ) I D 3 / G P H 39 6

( P D ) I D 4 / G P H 49 7

( P D ) I D 5 / G P H 59 8

( P D ) I D 6 / G P H 69 9

( P D ) I D 7 / G P G11 0 7

S M C L K 0 / GP B 31 1 0

S M D A T 0 / GP B 41 1 1

S M C L K 1 / GP C 11 1 5

S M D A T 1 / GP C 21 1 6

S M C L K 2 / GP F 6( P U )1 1 7

S M D A T 2 / GP F 7( P U )1 1 8

F L F R A ME # / G P G21 0 0

F L A D 0 / S C E #1 0 1

F L A D 1 / S I1 0 2

F L A D 2/ S O1 0 3

F L A D 3 / G P G61 0 4

F L C L K / S C K1 0 5

( P D )F L R S T #/ W U I 7 / T M/ G P G01 0 6

( P D )L 8 0H L A T / GP E 01 9

C 3 2 2

1 0u _ 6 . 3V _X 5 R _ 0 6

R 2 3 4 4 7 _ 04

C 2 6 1 1 u _ 6. 3 V _ Y 5V _0 4

R 2 5 6 1 5 _ 1% _ 0 4

C 2 9 5

0. 1 u _ 1 6V _ Y 5V _0 4

C 2 9 7

1u _ 6 . 3 V _Y 5 V _ 04

C 2 8 2 0 . 1 u _ 16 V _ Y 5V _ 0 4

U 2 0

S S T 25 V F 0 8 0 B

C E #1S O2

W P #3

V S S4

S I5

S C K6

H OL D #7

V D D8

S Y S _ P W R GD _ R

J _ K B 2* 8 52 0 1 -2 40 5 1

2 42 32 2

1 41 21 1

2 1

8

2 01 9

65

1 8

4

1 7

1 097321

1 6

1 5

1 3

C 3 0 7 * 1 0p _ 5 0V _N P O_ 0 4

R 2 4 3 4 . 7 K _ 0 4


A

CA C

D 2 1* B A V 9 9 R E C T I F I E R

A

CA C

C 3 5 0

0. 1 u _ 16 V _ Y 5V _0 4

C 32 3

0 . 1 u_ 1 6 V _ Y 5 V _ 04

C 3 52

0 . 1 u _ 16 V _ Y 5 V _ 0 4

X 3 C M 2 00 S 3 2 7 68 1 2 20 _ 3 2. 76 8 K H z14

3 2

C 3 77 *3 3 p _5 0 V _ N P O_ 0 4

S M C _ C P U _ TH E R M


A

CA C

C 29 4

* 0. 1 u _ 16 V _ Y 5V _0 4

N C 3

N C _ 0 4

2 1

C 5 78 *3 3 p _5 0 V _ N P O_ 0 4

C 33 4

1 8 p_ 5 0 V _ N P O _ 04

R 1 53 1 0 0_ 0 4


A

CA C

J _K B 18 5 2 01 -2 4 0 51

2 42 32 2

1 41 21 1

2 1

8

2 01 9

65

1 8

4

1 7

1 097321

1 6

1 5

1 3

C 3 2 4

0. 1 u _ 16 V _ Y 5V _0 4

R 2 4 2 1 5 _ 1% _ 0 4

C 3 4 5

1 8 p _5 0 V _ N P O _ 04

R 1 62 * 10 0 _ 04

24R 1 7 7

10 0 K _ 0 4

R 2 3 3 1 K _ 0 4

C 3 90 *3 3 p _5 0 V _ N P O_ 0 4

K B C _A G N D

K B C _ A GN D

V D D 3

V D D 3

K B C _ A V D D V D D 3

V D D 3

V D D 3

3 . 3 V S

3G _ D E T #1 9

P ME #1 5

B A T _V O L T31

A C _I N #3 1

C U R _ S E N S E31

P W R _ S W #2 5

B U F _ P L T _ R S T #1 8, 2 1 , 2 6

B A T _ D E T31

LP C _ C L K 11 4

L E D _ S C R O L L#2 2

L E D _ B A T _ F U L L #20 , 2 2

B T _ E N1 8, 2 2

L E D _ C A P #2 2

LE D _ A C I N #2 0 , 2 2

G A 2 01 5

J_KB1

LE D _ B A T _C H G #2 0 , 2 2

L E D _ P W R #20 , 2 2

K B C _ MU T E #2 3

L E D _N U M #2 2

W L A N _ E N1 8, 2 2

K B C _B E E P2 3

3 G_ P W R1 9

B R I GH T N E S S1 2

B K L _E N1 2

S M C _ B A T3 1

L A D 31 4

L A D 11 4

S M C _ C P U _ TH E R M5

L A D 01 4

S M D _ B A T3 1

S E R I R Q1 4

L A D 21 4

LF R A M E #1 4

W E B _ W W W #2 0

S M D _ C P U _ TH E R M5

T OT A L _ C U R31

W E B _ E MA I L #2 0

S U S B # 1 5, 1 8 , 2 5 , 26

C P U _ F A N S E N 2 0

A P _K E Y #

S U S C # 1 5

L I D _S W #1 2 , 1 5 , 20

TH E R M _ A L E R T #5 , 1 5

W L A N _ D E T# 1 8

S Y S _ P W R GD 2 6D D _ ON 2 5

A P _ K E Y #2 0

P W R _B T N # 15

3 G_ E N 1 9

K B C _R S T # 15R S M R S T # 1 5

S W I # 1 5

V C O R E _ O N 2 7

C C D _ E N 1 9

S MI # 1 5S C I # 1 5

C H G_ E N 3 1

1

FOR C5500Q

0623-JPWR Add

0514-Jadd colayout X3

H O LD #

K B C _ S P I _ S C L K _ R

K B C _ S P I _ S O_ R

L P C _ C L K 2

S P I _ V D D

K B -S O 8

K B -S O 1 5

K B -S I 0

K B -S O 4

K B -S O 1

K B -S O 7K B -S O 6

K B -S O 1 0

K B -S O 1 4

K B -S O 0

K B -S I 3

K B -S I 6K B -S I 7

K B -S I 1

K B -S O 1 1

K B -S I 2

K B -S I 5

K B -S O 1 2

K B -S O 5

K B -S I 4

K B -S O 3

K B -S O 1 3

K B -S O 2

K B -S O 9

E C 85 1 8 _T 2

B A T _ V OL T _ R

W L A N _ L E D # 1 8 , 2 2

S Y S _P W R G D _ R

C U R _ S E N S E _ R

B A T _ V OL T _ RB A T _ V OL T

C U R _ S E N S E

T OT A L _C U R

W EB 0-- ->AP KEYW EB 1-- ->EMAILKEYW EB 2-- ->W WW K EY

L P C _ C LK 2

X 7 *M C -1 4 6 _3 2 . 7 68 K H z

143 2

R 1 6 8 10 K _ 0 4

B T _D E T #

M OD E L _ I D

V D D 3

R 1 7 0 *1 0 K _0 4

L 28

H C B 1 00 5 K F -1 2 T 20

J S P I 1

*A C A -S P I -0 0 4 -T 03

C E #1

S O2

W P #3

V S S4

S I5

S C K6

H O L D #7

V D D8

C P U _ F A N2 0

K B C _ S P I _ C E # _ R

K B C _ S P I _ S O_ R

W P #

S P I _ V D D

K B C _ S P I _ S C L K _ R

H OL D #

K B C _ S P I _ S I _ R

0517-JCHG Pin76 to 80 for EC8518

V D D 3

P C L K _ K B C _R

T OT A L _ C U R _ R

R 1 67

* 1 0K _0 4

R 1 69

* 1 0K _0 4

K B C _ W R E S E T #

80 C LK

V D D 3

80 D E T #

K B _ B D _ I D

J _ 80 D E B U G 1

8 5 20 5 -0 5 00 1

12345

3I N 1

K B C _ S P I _ S I _ R

K B C _ S P I _ C E # _ R

CO- LAYOUT WITH SPI ROM

0517-JCHG for EC8518

C U R _ S E N S E _ R

K B -S I 2

K B -S O 1 1

K B -S I 3

K B -S O 5

K B -S O 2

K B -S I 4

K B -S I 7

K B -S O 1

K B -S O 1 5

K B C _ W R E S E T#

K B -S O 9

K B -S O 1 4K B -S O 1 3

K B -S O 1 0

K B -S I 0

K B -S O 3K B -S O 4

K B -S O 0

K B -S O 1 2

K B -S O 7

K B -S I 5

K B -S O 6

K B -S I 1

K B -S O 8

K B -S I 6

K B C _S P I _C E #

W D T _ E N 1 8

KBC_SPI_*_R = 0.1"~0.5"

B T _D E T # 1 8, 2 2

W P #

L C D _ B R I G H T N E S S

LC D _ B R I GH TN E S S

T OT A L _ C U R _ R

K B C _ S P I _ C E #K B C _ S P I _ S O

K B C _ S P I _ S C L K

K B C _ S P I _ S I

K B C _S P I _S IK B C _S P I _S O

C K 3 2KC K 3 2K E

K B C _ S P I _ S C L K

C E L L _ C O N T R O L 3 1

3I N 11 880 C LK1 8

8 0D E T #1 8

N C 1 N C _ 042 1

K B C _ B E E P

FOR C4500

C C D _D E T #1 9 MO D E L_ I D

0511-JPin 95 to WLAN LED

0511-JAdd pin104 VCHG-SEL

S M D _ B A TS M C _ B A T

V C H G-S E L 31

S M D _ C P U _ TH E R M

K B C _ S P I _S I

C L K R U N #L A N _ D S P _E C #

TP _ D A T ATP _ C LK

B A T _ D E T

C C D _ D E T #

K B C _ S P I _S OK B C _ S P I _C E #K B C _ S P I _S C L K

S M C _ B A T

T O TA L _ C U R

B A T_ D E T

C U R _S E N S E

S M D _ B A T

B A T_ V O LT

T H E R M _R S T #26

Schematic Diagrams

B - 26 System PWR, 2.5V

B.S

chem

atic

Dia

gra

ms

System PWR, 2.5V

Sheet 25 of 35System PWR, 2.5V

D D _O N # 2 0 , 2 6, 28 , 2 9

D D _ O N2 4

S U S B L 2 6 , 28 , 2 9

S U S B #1 5 , 18 , 2 4 , 26

P R 1 7 1 * 1 00 K _ 0 43. 3V S

2 . 5V _ P G

5 V _ E N

Power Plane

NM OS

S U S B #

5A 2A

3A5A

0517-J

CHG

3. 3V _ E N

D D _ ON #

M7 XJTI MM ING

5A

NMO S

5AQ 3 5M T N 7 0 02 Z H S 3

G

DS

C 4 96

10 u _6 . 3 V _ X 5R _0 6

C 4 94

2 2 0 0p _ 5 0V _ 0 4

From H8

C 4 9 7

0 . 1u _ 16 V _ Y 5 V _ 0 4

NMOS

Power Plane

NMO S N MOS

Q 37A O 44 6 8

4

6 25

7 3

1

8

R 3 11

2 0 0 K _1 % _ 04

1 . 8V 1 . 8V SS Y S 1 5 V

S U S B L 2 6, 28 , 2 9

P R 1 7 2 1 0 0 K _0 4

P Q 4 1

M TN 7 00 2 Z H S 3

G

DS

5V

S U S B L26 , 2 8 , 29

P C 20 6

. 0 2 2U _ 16 V _ X 7R _0 4

3. 3V S _ E N

S U S B L

5 V S _ E N

S U S B L

Rb

1A

V out = 0 .8V ( 1 + Ra / Rb )

Ra

0514-J

power changeOZ8033 to AX6610

R 44 5 0 _ 0 4

M _ B TN #

DD_ON "L" TO"H" FROM EC

ON

P C 2 4 0

*0 . 1 u _5 0 V _ Y 5 V _ 06

P C 2 3 8

*0 . 1 u_ 5 0 V _Y 5 V _0 6

P U 11

P 2 8 08 A 1

V A1

V I N2

M_ B T N #3

I N S T A N T-O N4

GN D5

P W R _ S W #6

D D _ ON _ LA T C H7

V I N 18

P R 22 41 0 K _ 1% _ 0 4

P C 2 3 9

*0 . 1 u _5 0 V _ Y 5 V _ 06

V I N 1

V I N

V A

V I NV A

V D D 3

M_ B T N #20

A P _ ON20

V I N 1

D D _ ON _L A T C H 2 4

P W R _ S W # 2 4

0512-Jchange

P U 6

A X 66 1 0

GN D1

V C N T L6

V O U T3

V I N5

V O U T4

V F B2

P OK7

E N8

V I N9

R 4 1 1

10 0 K _ 1% _ 0 4C 19 6

1 0 u_ 1 0 V _Y 5 V _0 8

P C 1 3 8

0. 0 1 u _5 0 V _ X7 R _ 0 4

P C 1 5 0

1 0u _ 6. 3V _ X 5 R _ 06

C 5 8 9

0. 1 u _ 16 V _ Y 5 V _ 0 4

Q4 3MT N 7 0 02 Z H S 3

G

DS

P C 19 8 0 . 01 u _ 50 V _ X 7R _ 04

P C 18 0 *0 . 0 1 u_ 5 0 V _X 7 R _ 0 4

R 1 2 0

1M _ 04

C 2 0 2

0 . 1u _ 1 6V _Y 5V _ 0 4

Q 4 7A O4 46 8

4

6 25

7 3

1

8

P C 42 0 . 01 u _ 50 V _ X 7R _ 04

P C 1 4 5

10 u _ 6. 3 V _ X 5R _ 06

P J 12

O P E N -1 m m

12

R 33 5

1 0 K _ 04

C 1 9 4

2 2 00 p _5 0 V _ X7 R _0 4

P R 1 2 1

1 0K _ 1 % _0 4

C 5 8 5

22 0 0 p_ 5 0 V _X 7 R _ 0 4

R 1 45

1 0 0 K _ 04

C 38 4

0 . 1 u _1 6 V _ X7 R _ 0 4

R 3 3 4

1 M_ 0 4

C 5 1 4

2 2 00 p _5 0 V _ X7 R _0 4

Q 19M TN 70 0 2 Z H S 3

G

DS

S W 1* T JG -5 33 -S -T / R

31

42

5 6

P C 87 0 . 01 u _ 50 V _ X 7R _ 04

C 5 9 0

1 0u _ 1 0V _ Y 5V _ 0 8

Q2 4MT N 7 0 02 Z H S 3G

DS

P J 3

O P E N - 1m m

12

P C 1 46

1 0 u _6 . 3 V _ X5 R _0 6

P C 20 0 *0 . 0 1 u_ 5 0 V _X 7 R _ 0 4

Q4 6MT N 7 0 0 2Z H S 3

G

DS

P C 1 4 8

1 u_ 1 0V _0 6

D D _O N #

D D _O N #

Q 21M TN 7 00 2 Z H S 3G

DS

D D _ ON

R 2 5 5

1 00 K _ 0 4

P R 1 2 3

4 . 7K _ 1 % _0 4

C 1 6 6

22 0 0 p_ 5 0 V _X 7 R _ 0 4

P C 14 7

0 . 1 u_ 1 6 V _Y 5 V _0 4

R 2 3 7

10 K _ 0 4

P C 20 2 0 . 01 u _ 50 V _ X 7R _ 04

R 1 2 7

6 8 0K _ 1 % _0 4

Q2 0A O4 4 6 8

46 25

7 3

1

8

Q4 4A O4 4 6 8

4

6 25

7 3

1

8

Q 42A O 4 46 8

4

6 25

7 3

1

8

Q 16M TN 7 00 2 Z H S 3

G

DS

C 5 2 5

3 0p _ 5 0V _ N P O_ 0 4

P C 17 6 0 . 01 u _ 50 V _ X 7R _ 04

V D D 3 3 . 3 V

5V S

5 VS Y S 15 V

V D D 5

V D D 5

3. 3 V

S Y S 1 5V

V D D 3 3 . 3 V S S Y S 15 VDEB UG U SE

S Y S 5 V

5 V SS Y S 1 5V

5A5A

2 . 5 V _ C P U

5 V S3. 3 V S

5A5A

S Y S 5V

Schematic Diagrams

PWRGD, RST B - 27

B.S

chem

atic Diag

rams

PWRGD, RST

Sheet 26 of 35PWRGD, RST

Q4 5

MT N 7 0 02 Z H S 3G

DS

R 4 04

10 0 _1 % _ 06

M1 4M-MA R K 1

H 2 4C 6 7D 67

D 3 3 R B 7 5 1V

AC

M1 0M-M A R K 1

H 2 6C 1 5 8D 15 8

R 1 7 *1 0 K _0 4

Q 3 4

M T N 7 00 2 Z H S 3G

DS

H 1 3C 2 7 6 D 1 46 _ 1

H 1C 2 3 6D 7 9

H 1 6C 2 7 6D 1 86

M1M-M A R K 1

Q 1 5

M T N 7 00 2 Z H S 3

G

DS

M6M-M A R K 1

R 2 4 0

1 0K _0 4

D 26 *R B 7 51 VAC

M 3M -MA R K 1

1

H 7

MT H 31 5 D 1 1 1_ N 4 5 6 7

23 8

9H 2 1C 2 7 6 D 1 46 _ 1

R 1 5 2 2_ 0 4

Q1 7

MT N 7 0 02 Z H S 3G

DS

1

H 1 7

M TH 31 5 D 1 1 1_ N3 4 6 78

2

5

9

Q 2 7

M T N 7 00 2 Z H S 3

G

DS

M 1 2M -MA R K 1

H 2 0C 2 76 D 14 6 _1

M 7M -MA R K 1

R 3 8 5 *0 _ 04

R 1 8 1 0K _ 0 4

1

H 9

M TH 3 15 D 1 1 1

2345 6

789

1

H 6

M TH 3 15 D 1 1 1

2345 6

789

1

H 12

M T H 3 15 D 11 1

2345 6

789M2

M-M A R K 1M1 3M-M A R K 1

M4M-MA R K 1

R 2 0 0_ 0 4

1

H 1 8

M TH 31 5 D 1 1 1

2345 6

789

R 1 14

1 0 0 _1 % _ 06

H 4C 15 8 D 1 5 8

D 3 2 R B 7 5 1V

AC

H 8C 6 7 D 6 7

H 1 9C 2 76 D 1 4 6 _1

1

H 2 3

M TH 3 15 D 1 1 1

2345 6

789

Q2 5

MT N 70 0 2Z H S 3G

DS

R 42 0 1 0 K _0 4

M5M-M A R K 1

Q 4 8

M T N 7 00 2 Z H S 3G

DS

R 4 1 7

1 0K _0 4

R 2 41 10 K _ 0 4

R 4 25

1 0 0 _1 % _ 06

M 8M -MA R K 1

R 2 2 5 2 2_ 0 4

R 1 22

10 0 _1 % _ 06

M 11M -MA R K 1

M9M-MA R K 1

Q2 6

MT N 70 0 2Z H S 3G

DS

H 15C 27 6 D 1 8 6

C 3 88

*4 . 7u _ 6 . 3V _ X 5 R _ 06

1

H 22

M T H 3 15 D 1 1 1

2345 6

789

R 1 6 2 2_ 0 4

C 7

* 2. 2 u _6 . 3 V _ Y 5 V _ 06

1

H 2 5

M TH 31 5 D 1 1 1

2345 6

789

1

H 1 4

M TH 31 5 D 1 1 1

2345 6

789

H 3C 1 5 8D 15 8

1

H 5

M TH 3 15 D 1 1 1

2345 6

789

U 6

MC 7 4 V H C 1G 0 8D F T 1G

1

2

5

4

3

H 10C 27 6 D 1 4 6_ 1

H 2 7C 1 58 D 1 5 8

R 1 21

10 0 _1 % _ 06

R 2 38

1 0 0 _1 % _0 6

H 1 1C 2 76 D 1 8 6

R 3 09

1 0 0 _1 % _ 06

Q1 8

MT N 7 0 02 Z H S 3G

DS

3. 3 V S

5V 3. 3 V

3 . 3 VV D D 5

5V S

C PU _VC OR E & V DD_ NB

1. 5 V S3. 3 V S5V S 1. 8 V S

3 . 3 V S

3 . 3 V

2. 5 V _ C P U

P C I RS T #1 4

3 . 3 V

B U F _ P L T_ R S T # 1 8, 2 1 , 2 4

D D _ ON #20 , 2 5, 2 8 , 2 9

N B _ P W RG D _ I N 10

1 . 1V _ N B _P G2 9

1 . 2V _ P G2 9 S B _ P W R GD 12 , 1 5

1 . 8 V _P G2 8

S Y S _ P W R G D 2 4

1 . 2V _ S B _ P G2 9

A _ R S T#1 0, 1 4 , 16

S U S B L2 5 , 28 , 2 9

S Y S _ R S T#1 5

P W R GD _V C OR E27R 1 93 00 _ 0 4

1 . 8 V S

D D _O N #

PWRGD

D 2 2

*C H 7 51 H -4 0 P T

AC

S U S B L

H 2 8C 2 7 6 D 1 46 _ 1

R 4 1 9 *0 _ 0 4

H 2C 27 6 D1 4 6_ 1

P C I E _ R S T #1 6

T H E R M_ R S T #2 4

R 4 3 3 2 2_ 0 4

R 4 2 810 0 K _ 04

2 . 5V _ C P U

R 2 2 02 0K _ 0 4

U 16

7 4 A H C 1 G 08 GW

2

14

3

5

C 3 6 0

. 1 U_ 5 0V _ 0 6

3 . 3 V

3 . 3V S

S Y S _ RS T # 15

S U S B #1 5 , 18 , 2 4 , 25C P U _ V D D _E N 2 7

W D _ P W R GD1 5

S Y S _ R S T #

Schematic Diagrams

B - 28 VCORE_Core

B.S

chem

atic

Dia

gra

ms

VCORE_Core

P R 20 2 3. 65 K_ 1% _0 4

PR

216

255_

1%_0

4

P C 23 6

1u _1 0V _0 6

P R 19 8 6. 8K _ 1%_ 04

P R 1 12

1 00 K _04

PC

136

4.7

u_25

V_08

PC2

1010

00P_

50V_

04

P R 18 11_ 06

PR

174

22K

_1%

_04

PC

209

33P

_50

V_0

4

PR 1 7510 _0 6

P C 23 00 . 1u_ 50 V_ X7 R _0 6

P R 20 81 0_0 6

PC

214

*4.7

u_25

V_08

PR 182 *0 _0 6

P R 20 0*1 5m il _s ho rt

P Q29MT N 700 2Z H S 3G

DS

PR 180 0 _06

P C 2 08

1 0u _6 .3 V _X 5R _0 6

PC1

034.

7u_2

5V_0

8

PR 1 90 *1 5mi l _sh ortP R 18 8*1 5m il _s ho rt

PC 2 20

470 0P _5 0V _ 06

P R 19 91 _06

P Q3 1BS P 8K 10 S FD 5 TB

4

3

5 6

P C 23 10 .1 u_ 50 V_ X7 R _0 6

PR

204

0_0

6

P L1 0 0. 36 U H _1 0*1 0*4 . 1

P R 17 31 0_0 6

+P C 13 4

22 0u _4 V_ D

12

PQ2 7AP 9 412 GM

4

62

5 731

8


PR

178

*15m

il_s

hort

PC

227

10u

_6.

3V_

X5R

_06

+

PC

112

330

UF

_2.5

V_D

31

2

P L7 0. 36 U H _1 0*1 0*4 . 1P R 18 5 * 15m il _s ho r t

C 43 3 .1 U _1 6V _0 4

PR

205

*15m

il_s

hor

t

PC

207

100

0P_5

0V_0

4

PC

58 4.7

u_2

5V_

08

PC

102

4.7

u_25

V_

08

PC

228

0.2

2u_

10V

_Y5V

_04

PQ1 7IR F 7 41 3Z P BF

4

62

5 731

8

P R 11 7 0 _0 4

P C 13 1

0. 1 u_ 50V _ 06

PC

213

*4.7

u_2

5V_0

8

PR 1 95

255 _1 %_ 04

PR

207

*15m

il_s

hort

P R 19 41 0K _1 %_ 04

PC

233

4700

P_5

0V

_06

P C 21 1

0. 1 u_ 50V _ 06

PC 4 5 . 0 1U _5 0V _ 04

C 36 *. 01 U _50 V _0 4

PH A S E _N B

+

PC

56

330

UF

_2.5

V_D

31

2

PR2

06*1

5m

il_sh

ort

P R 21 81 0_0 6

P R 38*15 mi l_ sh or t

P R 11 8 *0 _0 4

P R 21 3 * 1K _0 6

P C 21 92 . 2u_ 16 V _X7 R _0 6

P U 1

ISL6265_QFN_48 6x6

P GN D _ 128

PG

ND

_NB

40

PH

AS

E_N

B3

8

UG

AT

E_N

B37

P GN D _ 032

RT

N_

117

P H A S E_ 033

P H A S E_ 127

U GA T E_ 034

VSE

N_

118

R BI A S7

ISN

_014

C OMP_ 01 1

VD I F F _09

VW _01 2

OC SE T8

ISP

_01

3

VSE

N_

015

EN A B LE6

RTN

_0

16

SV C5

PGOOD2

SV D4

U GA T E_ 126

FB _ 01 0

LGA T E_ 129

OFS / V FI X E N1

PV C C30

LGA T E_ 031

BOO T_N B36

B OOT_ 035

GN

D49

PW R OK3

VDIF

F_1

19

FB

_120

CO

MP

_1

21

LGA

TE_

NB

39

VW_1

22

ISP

_12

3

ISN

_124

B OOT_ 125

OC

SE

T_N

B41

RTN

_N

B4

2

VSE

N_

NB

43

FS

ET_

NB

44

CO

MP

_NB

45

FB_

NB

46

VC

C47

VIN

48

P R 19 31 07 K_ 1%_ 04

PR 1 87 *1 5mi l _sh ort

PQ2 8IR F 7 41 3Z P BF

4

62

5 731

8

PC

57

*4.

7u_2

5V_0

8

P R 1 761 1. 5 K_ 1% _04

PR 1 7744 .2 K _0 4

PR

210

6.8

K_1%

_04

PQ1 6

AP 9 412 GM

4

62

5 731

8

PC

221

*4.7

u_25

V_08

P L1 1

4 .7 U H _7 *7* 3. 5

1 2

PC

217

0.2

2u_

10V

_Y5V

_04

S VI

P R 18 61 _06

P R 19 6

1K _ 1%_ 04

Z 33 01

P R 1 15 10 K_ 04

PC 2 23

100 0P _5 0V _ 04

PQ3 1ASP 8K 1 0S F D 5TB

7

8

1 2

O

OX

PR 1 97

54. 9 K _1% _0 4

PQ2 3AP 9 412 GM

4

62

5 731

8

PC

54*4

.7u_

25V

_08

P R 21 91 0_0 6

PQ2 6

AP 9 412 GM

4

62

5 731

8

PR

215

1K_1

%_

04

PC2

180.

01u_

50V_

X7R

_04

P R 21 21 0_0 6

PC 4 6 *. 0 1U _ 50V _ 04

P R 20 94 . 02K _ 1%_ 04

C 96 .1 U _1 6V _0 4

PR 1 92 0_ 06

PC 2 150. 1u _5 0V _X 7R _ 06

PR 2 2010 _0 6

P Q3 0M TN 70 02 Z H S3G

DS

0.9

P R 21 1

3 . 65K _ 1%_ 04

PC2

3210

00P

_50

V_04

0

SV C

1

1.01

P J6OP EN -1 mm

12

P C 21 20. 1 u_ 50V _ X7 R _06

1.1

S VD

0


PC

234

100

0P

_50

V_0

4

Out put

0

PR

179

*15

mil_

shor

t

P R 20 34. 0 2K _1 %_ 04

0

PR 1 91 *1 5mi l _sh ort

PC

235

180P

_50V

_04

+

PC1

25*

15u

_25V

_1.9

_C

PR 1 83*10 K_ 04

PC

216

10u

_6.

3V_

X5R

_06

P C 22 418 0P _5 0V _ 04

P R 21 41 0_0 6

PR 184 *1 0K _0 6

PR

217

54.

9K_1

%_

04

PC2

290.

01u_

50V_

X7R

_04P C 22 6 10 00P _ 50 V_ 04

P C 2 250 . 1u _5 0V _X 7R _ 06

0.81 1

PC

222

*4.7

u_25

V_

08

1 8A

18A

C P U _V D D 1

C P U _V D D 0

5 V

C P U _ V D D 0

M eta l V ID C ode s

1. 8V

C P U _ VD D N B

C P U _V D D 1

S GN D 5

S GN D 5

S GN D 5

E N _V C OR E

EN _ V C OR E

S GN D 5

S GN D 5

SGN D 5

S GN D 5

S GN D 5

S GN D 5

0

SV C

V FIX EN VID Cod es

C PU _ VD D N B

KBC

VR

ON

1.4

1.0

Out put

0.8

C P U _ VD D 1

3. 3 VS

5V S

V I N

V I N

1.2

1

5V S

V IN

1

3. 3 VS

C P U _ VD D 0

V I N

1

5 VS

0

S VD

0

0

1

C P U _V D D 1 _R U N _ FB _ H5

C P U _S V D5

C P U _S V C5

C P U _ VD D 1 _R U N _ F B_ L5

P WR GD _ V C OR E2 6

C PU _ P WR GD _ S VI D _ R EG5

C P U _V D D N B _R U N _ FB _ H 5

C P U _V D D N B _R U N _ FB _ L 5

C P U _ VD D 0 _R U N _ F B_ L5

C P U _V D D 0 _R U N _F B _H5

O+5 V

Pin 49 is GND Pi n

C P U _V D D _ EN26

V C OR E _ON2 4

LGA T E_ 1

LGA TE _N B

X

I S P _0

I SP _ 1

I S N _0

R TN _ 1

I S N _1

O FS/V FIX EN

I S P _0

GN D

P H AS E _1

Of fse t & Dr oop

P ara lle l

X

PH A S E _0

O

RT

N_1

Clo se toCPUsoc ket

LGA T E_ 0

Clo se toCPUsoc ket

X

U GA TE _1

+3 .3V

VFIX

0 52 0- JE MI C HG

U GA TE _0

I S N _0

X

+P C 23 7

3 30U _C A R 31 5L

12

3A

0 51 4-Jc ha nge M -D 73 43 to S CA R25 03 30 uF to 5 60 uF

+PC

132

560u

_2.

5V_

6.6

*6.6

*5.9

0 52 0- JE MI C HG " *"

0 62 4JD el PC 23

052 0- JEMI C HG

C 59 9

*0. 1 u_ 50V _ X7 R _06

C 6 01

1000

P_50

V_X

7R_

06

C 60 2

1000

P_50

V_X

7R_

06

C 59 8

*0. 1 u_5 0V _ X7R _ 06

C 60 0

*0. 1 u_ 50 V_ X7 R _0 6

0 51 4- Jc ha ng e M-D 73 43 t o S CA R2 503 30 uF t o 5 60 uF

20 09 100 9

EMI

0 52 0- JE MI C HG

+PC

117

560u

_2.

5V_

6.6

*6.6

*5.9

EMI

U GAT E _N B

Sheet 27 of 35VCORE_Core

Schematic Diagrams

0.9V, 1.8V, 1.8VS, 1.5VS B - 29

B.S

chem

atic Diag

rams

0.9V, 1.8V, 1.8VS, 1.5VS

Sheet 28 of 350.9V, 1.8V, 1.8VS,

1.5VS

P Q6

MT N 70 0 2 Z H S 3G

DS

P R 6 2

* 0 _0 4

P C 7 1

. 1 U _ 1 6 V _X 7 R _0 6P Q7

MT N 70 0 2 Z H S 3G

DS

P C 7 2

. 1 U _ 1 6 V _X 7 R _0 6

P R 60 4 7 K _ 0 4

P R 5 9

4 7 K _ 0 4

P R 6 1

0 _ 0 4

5 V

5V

D D _ ON #2 0 , 2 5, 2 6 , 2 9

D D _ ON #20 , 2 5 , 2 6, 2 9

S U S B L2 5 , 2 6, 2 9

1 . 5V S _ P W R G D

P C 16 1

0 . 1 u_ 5 0 V _ Y 5 V _ 0 6

P Q3 3A P 9 4 1 2G M4

62

5 731

8

P R 58

1 0 _0 6P U 8

S C 4 86

V T T E N1 1

T ON2

V D D Q S3

V S S A4

V C C A5

F B6

P G D7

R E F8

C OM P9

V T T S1 0

E N / P S V1

V D D P 21 2

V D D P 21 3

V T T1 4

V T T1 5

P G N D 11 6

P G N D 21 7

P G N D 11 8

D L1 9

V DD P 12 0

I L I M2 1

L X2 2

D H2 3

B S T2 4

GN

D25

P C 1 7 1

* 4 . 7 u_ 6 . 3 V _ X 5R _ 06

P R 1 5 2

2 K _ 1 % _0 4

P C 16 8

1 u _1 0 V _ 0 6

P Q3 2A P 9 4 0 8G M4

62

5 731

8

+P C 15 8

2 2 0u _ 4 V _ V _ A

P C 1 65

4 . 7 u _6 . 3 V _ X 5 R _ 0 6

+ P C 1 5 6

*2 2 0u _ 4 V _ V _ A

P R 1 460 _ 06

P C 1 70

1 u _1 0 V _ 0 6

P J2

O P E N -6 m m

1 2

Ra

P L1 2

2 . 5 U H _6 . 8 *7 . 3 * 3. 5

P C 1 6 3

1u _ 1 0 V _ 06

Rb

P C 1 5 9

0 . 01 u _ 5 0V _ X 7 R _ 0 4

P R 1 477 . 1 5 K _1 % _ 0 4

P D 17F M 58 2 2

AC

P C 6 7

1 u _ 10 V _ 0 6

P C 17 3

*0 . 1 u _ 16 V _ Y 5V _0 4

P C 1 7 4

* 0 . 0 68 u _ 50 V _ 0 6

P C 1 7 2

1 u _ 10 V _ 0 6

+ P C 1 6 0

15 u _ 2 5V _ 6 . 3 *4 . 4 _ CP R 1 5 3

1 0 _ 06

P D 8

F M 0 54 0 -N

ACP R 1 4 8 1 0_ 0 6

P R 1 4 9

20 K _ 1 % _ 04

P C 1 6 7

1 u _ 1 0V _0 6

P R 1 5 1

1 0 K _ 1 %_ 0 4

P R 1 54

1 0 _0 6

P C 16 4

1 0 00 p _ 50 V _ X 7 R _ 0 4

P C 1 62

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

P C 1 6 6

1 0u _ 6 . 3 V _X 5 R _0 6P R 15 0*1 5 m i l_ s h or t _0 6

P R 14 5

1 M_ 0 4

P J 10

O P E N -3 m m

12

P R 15 5

1 0 _0 6

P C 1 6 9

1 0 0 p_ 5 0 V _ N P O _ 04

P C 1 57

0 . 1 u _1 6 V _ Y 5 V _ 0 4

V I N5 V

V D D Q

5 V

V I N

V D D Q

1. 8 V

V D D Q

0 . 9 V

1. 8V _ P G 2 6

P R 1 68

1 0 K _ 1% _ 0 4

P C 1 93

1 u _ 10 V _ 0 6

P C 1 9 5

0. 1u _ 1 6V _Y 5 V _ 04

P R 1 6 6 *1 0 K _ 0 4

P R 1 6 5 1 0 0K _ 0 4 P R 1 67

8 . 8 7 K _ 1% _ 0 4

P C 1 9 4

10 u _ 6 . 3V _X 5 R _ 0 6

P C 2 0 1

22 0 0 p _5 0 V _ X 7R _ 0 4

P Q 3 8

M T N 7 0 02 Z H S 3

G

DS

P C 1 96

1 0 u _6 . 3 V _ X 5R _ 0 6

P C 1 97

0 . 1 u _1 6 V _ Y 5 V _ 0 4

P C 2 04

6 8 p _5 0 V _ N P O _ 0 4

P C 1 99

1 0 u _6 . 3 V _ X 5R _ 0 6

P U 1 0

A X6 6 1 0

G N D1

V C N TL6

V O U T3

V I N5

V O U T4

V F B2

P O K7

E N8

V I N9

5 V

5 V

5V1 . 8 V

1 . 5 V S

S U S B L25 , 2 6 , 2 9

D D _ ON #

OCP = 11.75A

OCP = 10uA*4.7K / 4mohm

10uA * 4.7K = OCP * 4mohm(IRF7832)

O .C. P Func ti on De sign

10 uA * R(I li m) = O CP * Rds(on)

1 . 8 V E N

V T T E N

V S S A

V S S A

6A

1.5A

0514-Jpower change

OZ8033 to AX6610

Vout = 1.5V ( 1 + Ra / Rb )

Rb

Vout = 0. 8V ( 1 + Ra / R b )

2. 5A

Ra

Schematic Diagrams

B - 30 1.1VS, 1.2V, 1.2VS

B.S

chem

atic

Dia

gra

ms

1.1VS, 1.2V, 1.2VS

STRP_ DATA

1 .1 V

Volta ge

11 .0 V0

EMI

P R 8 7 *0 _ 0 4

P Q1 4

MT N 7 00 2 Z H S 3

G

DS

P R 77

1 0 K _0 4

P C 9 8

. 1 U_ 1 6 V _ 06

P C 95

. 1U _ 16 V _ 0 6

P R 7 60 _ 04

P Q 1 5

M TN 7 0 02 Z H S 3

G

DS

P R 7 8

4 7K _ 0 4

5V

Rb

5V

S U S B L2 5 , 2 6 , 28

D D _ ON #2 0 , 2 5 , 26 , 2 8

1 A

Vout = 0.8V ( 1 + Ra / Rb )

Ra

+P C 1 1 4

*1 5 u _2 5 V _ 1 . 9_ C

P Q 1 2A P 9 4 0 8 GM

4

62

573 1

8

P C 3 1

0 . 1 u _ 50 V _ Y 5V _0 6

P C 80 . 1 u_ 1 6 V _ Y 5 V _ 0 4

P R6 4

20 K _ 1 % _0 4

P C 9 3

*1 0 00 p _ 50 V _ X 7 R _ 0 4

P C 8 2

1 0u _ 6 . 3 V _X 5 R _0 6

P C 1 3 0 . 1 u _ 16 V _ Y 5V _ 0 4

P Q2 4* MT N 70 0 2 Z H S 3

G

DS

5 V S

SC413

P U 4

PG

ND

11

D L 12

V D D P 13

I L I M 14

L X 15

D H 16

B S T17

E N / P S V 28

TO N 29

V OU T21 0

V C C A 21 1

F B K 21 2

P G OO D 21 3

AG

ND

214

PG

ND

21

5

D L21 6

V D D P 217

I L I M21 8

L X21 9

D H 22 0

B S T22 1

E N / P S V 122

TO N 12 3

V OU T124

V C C A 12 5

F B K 126

P GO OD 127

AG

ND

12

8

P C8 5

1u _ 1 0V _0 6

P D 1 1F M5 8 22

AC

P R 85 1 M_ 0 4

+PC

12

4*

220

u_

4V_

V_

A

P R 9 0

1 0K _0 4

P C 8 6

* 0 . 1u _ 1 6 V _ Y 5 V _ 04

P C 8 3

0 . 1 u _ 16 V _ Y 5V _ 0 4

S T R P _ D A T A 1 0

P Q 1 8* MT N 70 0 2 Z H S 3

G

DS

P C 1 2 1 00 0 p _ 50 V _ X 7 R _ 0 4

+PC

12

7

220

u_6

.3V

_6

.3*6

_B

P C 3

0 . 1 u_ 5 0 V _ Y 5 V _ 0 6

P C 9

2 0 p _5 0 V _ N P O_ 0 4

P C 1 22

1 0 0 0p _ 5 0V _X 7 R _ 0 4

P R 9 2 0_ 0 4

P C 1 4 1 u_ 1 0 V _ 06

P J 8

OP E N -6 m m

1 2

P R 6

10 K _ 1 % _0 4

P R 5

12 K _ 1 % _0 4

P C 8 1

1 0u _ 6 . 3 V _ X5 R _0 6

P R 7 4

* 10 _ 0 8

+ P C 94

2 20 u _ 6 . 3V _6 . 3 *6 _ B

P R 9 8

1 0 _ 08P Q2 0A P 9 41 2 G M4

62

5 731

8

P C 2 7

4. 7 u _ 2 5V _ X 5 R _ 0 8

P C 2 6

4 . 7 u _ 25 V _ X 5 R _ 0 8

P C 7 1 u_ 1 0 V _ 06

P R6 5 1 0K _ 0 4

P U 3

A X 6 6 10

GN D1

V C N T L6

V OU T3

V I N5

V OU T4

V F B2

P OK7

E N8

V I N9

P R 8 5 . 3 6 K _ 1% _ 0 6

P C 1 1 1 00 0 p _ 50 V _ X 7 R _ 0 4

P Q 1 3A P 9 4 1 2 GM

4

62

573 1

8

P D 1F M 05 4 0 -N

AC

P Q2 1A P 9 40 8 G M4

62

5 731

8

P C 79

6 8p _ 5 0 V _ N P O _0 4

P C 8 4

1 0 u _ 6. 3 V _ X 5 R _ 0 6

P R 79 7 5 0K _0 4

P Q9

M T N 7 0 0 2Z H S 3G

DS

P R 1 1 0 _0 4

P C 8 0 0 . 0 1 u_ 5 0 V _ X7 R _0 4

P R 2

1 4K _1 % _ 0 4

P J5

OP E N -5 m m

1 2

P D 9

F M 5 82 2

AC

P C 6

4 . 7 u_ 2 5 V _ X5 R _0 8

P C 7 8

0 . 1u _ 1 6V _Y 5 V _ 04

P C 5

4 . 7 u_ 2 5 V _ X5 R _0 8

P R 3

1 0K _1 % _ 0 4

P C 7 7 * 0. 0 1 u _5 0 V _ X 7 R _ 0 4

P D 2F M0 5 4 0-N

AC

P R 756 . 8 K _1 % _ 0 6

P C 9 6 1 u _ 10 V _ 0 6

P L62 . 5 U H _ 6 . 8 *7 . 3 *3 . 5

P C 1 0 7 1 u _ 10 V _ 0 6

P R 8 6*1 5 mi l _ sh o r t _ 0 6

P L92 . 5U H _ 6 . 8 *7 . 3 *3 . 5

P R 7 1 0 _0 4

P R6 3

10 K _ 1 % _0 4

P R 4*1 5 mi l _ sh o rt _ 0 6

P C 1 0

1 00 p _ 5 0V _ N P O_ 0 4

S G N D 1 S GN D 2

S G N D 1 S GN D 2

S GN D 2

S GN D 1

S GN D 1

S G N D 1

S G N D 2

S GN D 2

V I N

1 . 1 V S 1 . 1V _ N B

1 . 2 V S1 . 2 V _ S B

5 V

3 . 3V

1. 2 V

1 . 2 V

3. 3 V

3 . 3 V

1 . 2 V _ S B _ P G2 61 . 1 V _ N B _P G26

1 . 2 V _ P G2 6

D D _ O N #2 0, 2 5 , 2 6 , 28

S U S B L

CLOSE TO MOSFET

2A

2A

Rb

Ra

Power Plane

Power Plane

6A

5A

Rb

Ra

Vout = 0.5V ( 1 + Ra / Rb )

Vout = 0.5V ( 1 + Ra / Rb )

0514-Jpower change

OZ8033 to AX6610

S U S B L2 5, 2 6 , 2 8

P R 8 9

6 0. 4 K _ 1 % _ 04

S G N D 1

S GN D 2

Sheet 29 of 351.1VS, 1.2V, 1.2VS

Schematic Diagrams

VDD3, VDD5 B - 31

B.S

chem

atic Diag

rams

VDD3, VDD5

Sheet 30 of 35VDD3, VDD5

P C1 9 0

*3 3 p _ 50 V _ N P O _0 4

P C 1 810 . 1 u _2 5 V _ X 7 R _ 0 6

P D 2 2 F M 0 5 40 -N

AC

P R1 5 7 2 0 K _ 1% _ 0 6

P R 5 1

1 0 K _ 0 4

P R 4 7

1 0 K _ 1 % _ 06

P C 7 0

1 u _ 2 5V _ 08

P R 15 61 5m i l _ s ho rt

P R 1 6 2

1 0 K _ 1 % _ 04

P R 1 5 9

* 1 0K _0 4

P C 18 4

4 . 7 u_ 2 5 V _ X 5R _ 0 8

P C 1 9 1

2 2 0 0 p _5 0 V _ X 7 R_ 0 4

P Q3 6A O4 4 6 84

62

5 731

8

P C 7 4

0 . 1 u _1 6 V _ Y 5V _0 4

P C 6 5

1 0 0 0 p_ 5 0 V _ X 7 R _ 0 4

P Q8A O4 4 6 84

62

5 731

8

P C 6 2

*2 2 0 p _ 50 V _ N P O_ 0 4

P R 1 6 10 _ 0 6

P R 5 2 4 2 2 K _ 1 % _0 6

P C 76

4 . 7 u_ 2 5 V _ X 5 R _ 0 8

P R 5 6

1 0 _0 6

P R 5 7 1 5 K _ 1 %_ 0 4

P C 6 9

1 u _ 1 0V _0 6

P R 4 9

* 1 0K _0 4

P C 6 1

10

00p

_5

0V

_X

7R

_0

4

P R 4 4

2 0 K _ 1 % _0 4

P R 4 8

13

7K_1

%_

04

P N C 1 15 m i l _s h o rt

P C 642 . 2 u_ 6 . 3 V _ Y 5V _0 6

P D 2 0 F M 0 5 40 -N

AC

P C 1 7 7

4 . 7 u _ 2 5V _X 5 R _ 08

P D 1 8F M 0 54 0 -N

AC

P C1 8 9

10 0 p _ 50 V _ N P O _0 4

P R 5 3

7 5 K _ 06

P R 4 5

1 0 K _ 1 % _0 4

P C 6 3

*3 0 p _ 5 0V _N P O _0 4

P R 1 6 0* 0 _0 6

P C 17 5

0 . 1 u_ 1 6 V _ Y 5 V _ 0 4

P C 1 8 2

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

P Q3 5A O4 4 6 84

62

5 731

8

P C 6 0

*0

.1u_

25

V_

X7

R_

06

P U 2

SC418F

B1

FB

L2

VD

DA

3

VO

UT

4

NC

5

V I N6

V L D O7

B S T8

D H9

L X1 0

PG

ND

11

DL

12

VD

DP

13

RP

SV

14

PG

OO

D1

5

I L I M1 6

E N / P S V1 7

A G N D1 8

R T O N1 9

E N L2 0 P

AD

21

P R 5 4 *1 0 0 K _ 0 4

P U 9S C 4 1 2 A

L X1

B S T2

V C C3

D L4

GN

D5

RT

N6

N.

C7

N.C

8

F B9

V O U T1 0

P G D1 1

E N1 2

ILIM

13

N.

C1

4

N.C

15

DH

16

P A D1 7

P D 2 1 F M 0 5 40 -N

A C

P R 1 5 8

1 0 K _ 0 4

P R 5 0 1 13 K _ 1 % _ 0 4

+P C 7 5

*1 5 u _2 5 V _ 1 . 9 _ C

P D 7

*F M0 5 4 0- N

AC

+P C 1 85

1 5 0u _ 6 . 3 V _ V _ A

P C 1 7 90 . 0 1 u _5 0 V _ X 7 R _ 0 4

+P C 7 3

1 5 0 u_ 6 . 3 V _ V _ A

P R 16 4

*1 0 m i l_ s h o rt

P C 1 7 80 . 0 1 u _5 0 V _ X 7 R _ 0 4

P L 44 . 7 U H _ 6 . 8 *7 . 3 *3 . 5

1 2

P R 1 6 3

2 . 9 4 K _ 1 % _ 04

P C 1 86

1 u _ 1 0V _0 6

P C 1 9 2

2 2 0 0 p _5 0 V _ X 7 R_ 0 4

P J 1 1

5 m m

1 2

P L 1 34 . 7 U H _ 6 . 8* 7 . 3 *3 . 5

1 2

P R 4 6

9 1 K _ 1 % _ 06

P C 18 8

0 . 0 1u _ 5 0 V _ X 7R _ 0 4

P R 5 5 1 0 _0 6

P Q3 4A O4 4 6 84

62

5 731

8

P J 4

5m m

1 2

P C 66

1 u_ 1 0 V _ 0 6

P C 18 3

4 . 7 u_ 2 5 V _ X 5 R _ 0 8

P C5 9

0.0

22

u_

25V

_X

7R

_06

P D 1 9 F M 0 5 40 -N

A C

P C 1 87

0.0

1u

_5

0V

_X

7R

_0

4

P C 6 8

1 u _2 5 V _ 0 8

V D D 5

I N T V C C 2

S G N D 4

S Y S 1 0V

S Y S 5 V

S Y S 5 V

I N T V C C 2

V I N

S G N D 4

S G N D 4

S GN D 4

S GN D 4

S GN D 4

V I NS Y S 1 5V

I N T V C C 2

S GN D 4

V D D 3

V I N 1

S G N D 4

S Y S 5 V

S GN D 4

S Y S 3V

S GN D 4

SC418

5A

4A

Rb

Ra

C980503

L G A T E 1

L GA T E 1

Schematic Diagrams

B - 32 Charger, DC In

B.S

chem

atic

Dia

gra

ms

Charger, DC In

C E LL S

C TL 1

CHARGER

0. 5V/ 1A

0. 5V/ 1A

# Charge Voltage 12.6V

# Total Powe r 6 0W

# Charge Curre nt 3.0 A

P R2 281 0 0 K _0 4

P Q4 3A O3 4 15

G

D S

P R 2 2 61 00 K _ 0 4

P Q 44

2 N 70 0 2 WG

DS

P Q 45

2N 70 0 2 W

G

DS

P R 22 7

1 . 5 M_ 0 4

P R 2 25

1 8 K _ 1% _ 0 6

S GN D 6

CE L L _ C ON T R OL2 4

CE C LM

C E L LS

V O LT _ S E L

PIN 25t hFOR 2S CONNECT TO GND FOR 3S CONNECT N.C.FOR 4S CONNECT TO VREF PIN

PIN 17th CONNECTTO BAT CONN.

CHARGECURRENTADJ

0520-JEMI ADD

J A C K 12 D C -G0 2 6-B 2 2

GN D2GN D1

21

V _ B A T

P D 4U D Z 1 6B

AC

P C 1 5

0 . 1 u _5 0 V _Y 5 V _0 6

PC

29

0.1

u_5

0V

_Y

5V

_06

P C 55

0 . 1 u_ 5 0 V _Y 5V _0 6

P R 8 8

1 0K _ 1 % _0 4

PR

70

0_0

4

P C 1 7

3 0 P _ 50 V _ 0 4

P R 8 4 0 _0 6

0511-JAdd for 2800mA Bat.

P R 1 1

60

.4K

_1%

_04

P C 4

0 . 1 u_ 5 0V _Y 5V _ 0 6

P R 1 63 00 K _ 1% _ 0 4

P L 3 H C B 1 0 05 K F -1 2 1T 2 0

PC

99

4.7

u_2

5V

_X

5R_

08

P Q 25 AS P 8 K 1 0 S F D 5 T B

7

8

12

PR

690

_04

P C2 8

0. 1 u _5 0 V _ Y 5 V _ 06

P R 9 1

0 _0 4

P R 8 00 . 02 _ 1 %_ 3 2

PC

97

4.7

u_

25V

_X

5R

_08

P C1 1 61u _ 2 5V _ 0 8

P R 831 0 K _ 1% _ 0 4

PR

25*0

_0

4

P Q1 1A M4 83 5 P

4

6 25

7 3

1

8

PC

88

0.1

u_

50V

_Y

5V

_06P R 2 4

1 3 0 K _1 % _ 04

P J1O P E N -1 m m

12

PC

10

60

.1u

_5

0V_

Y5

V_

06

P R 822 2 K _ 1% _ 0 4

PC

10

54

.7u

_25

V_

X5

R_

08

P R 1 5

4 9 . 9 K _1 % _ 04

JB A T T A 2

*B T D -0 5 TI 1 G

1234

5

P C 2 1

0 . 1 u _5 0 V _ Y 5 V _ 06

P R 1 3

2 2 K _ 1% _ 04

P C 11 1 0 . 1 u _5 0 V _ Y 5 V _ 06

P C1 15

*0 . 1u _ 5 0V _ Y 5V _ 0 6

P R 2 2

1 00 K _ 0 4

PR

18

20

K_

1%_

04

PC

10

44

.7u

_2

5V_

X5

R_

08

P R 2 7

0 _ 0 4

P L 1

H C B 1 0 05 K F -1 2 1T 2 0

P D 3F M 05 4 0-N

AC

P Q 2

M TN 7 00 2 Z H S 3

G

DS

P R 2 6

1 00 K _ 0 4

PR

71

200

K_

04

P R 2 0 *0 _0 4

P R 680 . 0 2_ 1 %_ 3 2

P C 1 011 00 0 p _5 0 V _ X7 R _ 0 4

P R 2 8

10 K _ 0 4

P C 2 0

0 . 1 u _5 0 V _ Y 5 V _ 06

JB A T T A 1

B TD -0 5T I 1 G

1234

5

P Q2 2

D T C 1 1 4E U A

CE

B

PR

213

9.2

K_1

%_0

4

PC

10

84.

7u

_25

V_

X5

R_

08

P C 2 2

0.1u

_50

V_

Y5

V_

06

P Q1 9A M4 8 3 5P

4

625

73

1

8

P C 2

0 . 1u _ 50 V _ Y 5 V _ 0 6

P C 1 9

3 0P _5 0 V _0 4

P C 92

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

P C 3 2 0 . 1 u_ 5 0 V _Y 5 V _0 6

P Q3A O3 4 09

G

DS

P C 1

0. 1 u _ 50 V _ Y 5 V _ 06

TOTALPOWERADJ

PC

90

4.7

u_2

5V

_X

5R_

08

PR

72

100

K_

04

PC

89

0.1

u_5

0V

_Y

5V_

06

P R 811 K _ 1 %_ 0 4

P C 2 4 *2 2p _ 5 0V _ N P O_ 04

P R 1 7

1 0 K _ 1% _ 0 4

P Q 4

M TN 70 0 2 Z H S 3G

DS

PC

110

0.1

u_5

0V

_Y

5V

_06

PC

91

4.7

u_

25V

_X

5R

_08

PC

109

4.7

u_2

5V

_X5

R_0

8

P L 2

H C B 1 0 05 K F -1 2 1T 2 0

P R 10

0 _ 04

P R 73

1 0 K _0 8

P C3 0

0 . 1 u_ 5 0V _Y 5V _ 0 6

P C 2 51 00 p _ 50 V _ N P O _0 4

P Q2 5 BS P 8 K 10 S F D 5T B

4

3

5 6

P Q1

MT N 7 0 0 2Z H S 3

G

DS

PR

12

10

K_

1%_

04

P C 18

3 0 P _5 0 V _ 04

P L 81 0 U H _ 6 . 8 *7 . 3* 3 . 5

P C 1 6

0 . 01 u _ 50 V _ X 7R _0 4

TRERMAL PAD

P U 5

MB 3 9 A 1 32

V C C1

-I N C 12

+I N C 13

A C I N4

A C OK5

-I N E 36

A D J 17

-IN

E1

9

OU

TC

11

0

OU

TC

2

11

+IN

C2

12

-IN

C2

13

AD

J 2

14

CO

MP

21

5

B A T T1 7A D J 31 8C S1 9R T2 0V R E F2 1GN D2 2C TL 12 3

CE

LLS

25P

GN

D2

6O

UT

-227

VB

28

LX2

9O

UT

-13

0C

B3

1

C OM P 18

CO

MP

316

V I N2 4

CT

L23

2

S GN D3 3

P L5H C B 45 3 2 K F -80 0 T 60

P C 1 001 00 0 p _5 0 V _ X7 R _ 0 4

P R 92 0 0 K _0 4

S GN D 6

S G N D 6

S GN D 6

S G N D 6

V A

S G N D 6

S G N D 6S GN D 6

S G N D 6

V I N

V A

V D D 3

V A

V I N

V A

V A

V _ B A T

S GN D 6

S Y S 5 V

V _B A T

S Y S 5 V

C H G_ E N2 4

V _ B A T

S Y S 5 V

S MD _ B A T24

A C _ I N # 2 4

TO T A L_ C U R2 4

C U R _ S E N S E2 4

B A T_ D E T24

S MC _ B A T24

B A T _ V OL T 2 4

P C 2 41 0. 1 u _ 50 V _ Y 5 V _ 0 6

FOR C5500

FOR C4500

V OL T_ S E L

P R 1 4

1 K _ 1 %_ 0 4

C T L1

0623-JPWR Add

0623-JPWR Add

V C H G-S E L 2 4

P R 2 2 2

7 6. 8 K _ 1 %_ 0 4

P R 2 2 1

10 2 K _ 1% _ 04

P R 2 232 M _1 % _ 04

P Q4 2

MT N 7 0 0 2Z H S 3

G

DS

Sheet 31 of 35Charger, DC In

Schematic Diagrams

Click Board B - 33

B.S

chem

atic Diag

rams

Click Board

CLED_ACI N#CLED_PWR#

CLED_BAT_CHG#CLED_BAT_FULL#

CC3*0.1u_16V_Y5V_04

CJ_TP3

85201-06051

123456

6-20-94A70-104

6-20-94A50-104 CGND

CGND

CVDD3

6-21-91A00-106 6-21-91A00-1066-21-91A10-106 6-21-91A10-1066-20-94A70-104

6-53-3050B-2406-53-3050B-241 6-53-3050B-241 6-53-3050B-241 6-53-3050B-241

6-53-3150B-245 6-53-3150B-245 6-53-3150B-2456-53-3050B-240 6-53-3050B-240 6-53-3050B-240

6-20-94AA0-1046-20-94A70-104

6-53-3150B-245

2

POW ER O N LED

BAT LED1

CLED_BAT_CHG#

CLED_BAT_FULL#

CLED_ACIN#

CR358220_04

CLED_PWR#

SGY

CD27

RY-SP155HYYG4

1 3

2 4

SGY

CD26

RY-SP155HYYG4

1 3

2 4

CR361

220_04

CR359

220_04

CR360

220_04

CVDD3 CVDD3CVDD3 CVDD3

E5120Q

6-52-55002-0426-52-55001-0406-52-55002-042

6-52-55002-04B6-52-55002-04B6-52-55001-040

CLICK BOARD

CTPBUTTON_RCTPBUTTON_L

CSW1TJG-533-S-T/R

31

42

5 6

CTPBUTTON_R

CSW2TJG-533-S-T/R

31

42

5 6

CTPBUTTON_L

CSW3*TJG-533-S-T/R

31

42

5 6

1

CH1

MTH237D91

2345 6

789

CSW4*TJG-533-S-T/R

31

42

5 6

CGND CGND

1

CH2

MTH237D91

2345 6

789

LI FTKE Y

1

CH4

MTH237D91

2345 6

789

RI GHT K EY

1

CH3

MTH237D91

2345 6

789

CGND

CGND CGND

CGND

CGNDCGND CGND CGND CGNDCGND

LI FTKE Y

RI GHT K EY

143

CSW1~ 4

2

CTP_DATACTP_CLK

CTP_CLKCTPBUTTON_L

CTP_DATA

CTPBUTTON_R

CC20.1u_16V_Y5V_04

CJ_TP2

85201-06051

123456

CJ_TP1

85201-04051

1234

CC1*0.1u_16V_Y5V_04

CGND

C5VSC5VS

CGND

CGND

CGND

Sheet 32 of 35Click Board

Schematic Diagrams

B - 34 Audio Board/USB

B.S

chem

atic

Dia

gra

ms

Audio Board/USB

A MI C 1-R

A S P K O U T R +

A S P K O U T R + _ RA S P K O U T R -_ R

A MI C _ S E N S E

A S P K OU TR -

A S P K O U T R -

A US B _ P N 2

A S P K OU TR +

A MI C 1 -LA MI C 1 -R

A US B _ P P 2

A HP _ S E N S E

A HE A D P HON E -R

A S P K _H P #

A HE A D P HON E -L

A US B _ P P 2

A S P K _ H P #

A H P _ S E N S E

A US B _ P N 2

1

A U S B _ P P 2 _ R

J_SPK12

A U S B _ P N 2 _ R

A C 81 80 p _ 50 V _ N P O _0 4

1

A H 4

MT H 2 7 6 D 1 1 1

2345 6

789

L 6 1

*A W C M2 0 1 2F 2 S -1 6 1T 0 31

4

2

3

A J_ U S B 1

U S 0 4 03 6 B C A 0 8 1

V +1

GN

D1

GN

D1

D A TA _ L2

D A TA _ H3

G N D4

GN

D2

GN

D2

GN

D4

GN

D4

GN

D3

GN

D3

A C 5

0. 1u _ 16 V _ Y 5 V _ 0 4

A R 1 1 *1 0 mi l _ sh o rt _ 04

A J _ S P K R 1

85 2 0 4-0 2 00 1P C B F o ot p r i n t = 8 5 2 04 -0 2 R

12

A L 5H C B 1 6 0 8K F -12 1 T 25

A H 1C 5 9D 59

A C6

0 . 1u _ 16 V _ Y 5 V _ 0 4

1

A H 2

M T H 2 76 D 11 1

2345 6

789

R

L

A J _ MI C 1

2S J -T 3 51 -S 2 3

26

5

3

1

4

A C 4

1 0 0p _ 5 0V _ N P O_ 0 4

A C 1 4 0 . 1 u_ 1 6 V _Y 5 V _0 4

C 4 5 51 80 p _ 50 V _ N P O _ 04

R

L

A J _ H P 1

2S J -T 3 51 -S 2 3

26

5

3

1

4

A U 1

R T 97 1 5B GS

V OU T 16

V OU T 38

V I N 23

V I N 12

V OU T 27

GN D1

E N #4

F L G#5

A C 1 3 0 . 1 u_ 1 6 V _Y 5 V _0 4

A C3

1 00 p _ 50 V _ N P O _ 04

A C 1 6 0 . 1 u_ 1 6 V _Y 5 V _0 4

A R 3 6 8_ 0 4

A R 8

* 1K _ 1 % _0 4

A J_ A U D I O1

8 7 21 3 -14 0 0 G

1234567891 01 11 21 31 4

A R 9

*1 K _ 1 %_ 0 4

+A C 1

1 0 0u _ 6 . 3V _ B _ A

A R 1 *1 0 mi l _s h o rt _0 4

A L 4 F C M1 0 0 5K F -12 1 T 03

A R 1 0 *1 0 mi l _ sh o rt _ 04

A C 111 0 0 0p _ 50 V _ X 7R _ 04

A C 1 5 0 . 1 u_ 1 6 V _Y 5 V _0 4

A C 1 0

10 0 p _5 0 V _ N P O_ 0 4

A L 3 F C M 10 0 5K F -12 1 T 03

A H 3C 5 9 D 5 9

A L 2 F C M 10 0 5K F -12 1 T 03

A C 2

1 00 p _ 50 V _ N P O _0 4

A L 7F C M1 0 05 K F -1 2 1T 0 3

1 2

A L8F C M1 0 05 K F -1 2 1T 0 3

1 2

A C 7

0 . 1u _ 1 6V _ Y 5V _ 0 4

A C 9

1 0u _ 1 0V _ Y 5V _ 0 8

A _ A U D G

A R 5 6 8_ 0 4

A L 6 F C M1 0 0 5K F -12 1 T 03

A _U S B V C CA _ U S B V C C

A _ U S B V C C 2A _U S B V C C

A G N DA GN D

A G N D

A _ A U D G

A _5 V

A GN D A G N D A GN D

A GN D A G N D

A _A U D G A G N D

A G N D

A G N D A GND

A _ A U D G

A _ A UD GA GN D

A _ 5 V

6-20-43110-1026-20-43150-102

6-20-53A00-114

BLACK

AUDIO JACK

6-21-B49B0-1046-21-B49C0-104

6-20-B2800-106

6-20-B2800-106

BLACK

6-02-09715-920

50 mil s

USB PORT

60 mil

5 0mi ls

HEADPHONE

PIN SWAP

MIC IN

TO M/B

A MI C _ S E NS E

A H E A D P H O N E -L

A H E A D P H O N E -R

A MI C 1-L

Sheet 33 of 35Audio Board/USB

Schematic Diagrams

Power Switch Board B - 35

B.S

chem

atic Diag

rams

Power Switch Board

20 mi l

1 0 pin & 8 pi n co- la y

2 0mi l

S W E B _ E M A I L #

S M _B T N #

S L I D _ S W #

S A P _ O N

S W E B _ W W W #

S M _B TN #

S L I D _ S W #

S A P _ O N

S W E B _W W W #S W E B _E M A I L #

S J _ S W 1

* 5 05 0 0-0 1 0 41 -0 0 1L

123456789

1 0

S _ 3 . 3V S

S _ V I N

S J _ S W 2

8 8 48 6 -0 80 1

12345678

S M GN D

S MG N D

S _ 3 . 3V

S _ 3 . 3 V

S M GN D

HOT KEY

6-20-94K10-108

S MG N D

S _ 3. 3 V S

S D 3* H T -1 5 0N B -D T

AC

20 mi l

S M H 2H 7_ 0 D 2 _ 3

S MH 5H 7 _0 D 2_ 3

1

S MH 3

MT H 2 3 7D 87

2345 6

789

1

S M H 1

M T H 2 37 D 87

2345 6

789

S M GN D

1

S MH 4

MT H 2 3 7D 1 18

2345 6

789

S M GN D

2

S MGN DS M GN D

S M GN DS MG N D

3

1

SU1, SU2

LID SWITCH IC

S LI D _ S W #S U 1

M H2 4 8- A LF A - E S O

V C C1

OU T2

GN

D3

S R 1 1 0 0 K _1 % _ 04

S C 1

*1 00 p _ 50 V _ N P O _ 04

S C 2

0 . 1 u _1 0 V _ X7 R _ 0 4

S MGN D

S _ 3 . 3 V

S MG N D

S D 2


C

A C

A

S _3 . 3 V

S M GN D

6-02-00268-LC16-02-00248-LC2

S M GN D

S W E B _ W W W #S M_ B T N # S W E B _E MA I L # S A P _O N

S R 3* 10 0 K _ 1% _ 0 4

S C 4

0 . 1 u_ 1 6 V _Y 5 V _0 4

S W W W _S W 1T J G-5 3 3-S -T / R

31

42

5 6

S A P _S W 1T J G-5 3 3 -S -T/ R

31

42

5 6S C 3

0. 1 u _ 16 V _ Y 5 V _ 0 4

POWER SW & LED & HOT KEY

S P W R _ S W 1T J G-5 3 3-S -T / R

31

42

5 6 S R 5*4 7K _ 0 4S R 4

0 _ 04

S MA I L _ S W 1TJ G-5 3 3 -S -T / R

31

42

5 6

S MG N DS M GN D S MG N DS M GN D

S MG N D

S _ V I N

S M GN DS MG N DS MGN D S MG N D

S M_ B T N #

POWER BUTTON

S MGN D

S P W R _ S W 2* TJ G- 53 3 -S -T / R

31

42

5 6

4

PSW1~8

12

3

6-53-3050B-2406-53-3050B-2416-53-3150B-245

S C 6

0 . 1u _ 1 6V _ Y 5V _ 0 4

Z 4 3 0 1

S R 2

22 0 _ 04

S M GN D

S MG N DS D 1

H T-1 5 0N B -D T

AC

S _ 3 . 3V S

2 0m il

6-52-56001-0226-52-56000-0206-52-56001-0286-52-56001-023

POWER BUTTON

FOR E5128Q

POWERSWITCHLED

WEB_WWW#

PSW1~8

FOR E5128Q FOR E4120Q/E5120Q

2

WEB_EMAIL#

43 1

6-52-56001-023

FOR E4120Q/E5120Q

AP_KEY#

6-52-56001-0226-52-56000-0206-52-56001-028

S C 5

0. 1 u _1 6 V _ Y 5 V _ 04

6-53-3150B-2456-53-3050B-2406-53-3050B-2416-53-3150B-245

6-53-3050B-2406-53-3050B-241

6-53-3150B-2456-53-3050B-2406-53-3050B-2416-53-3150B-245

6-53-3050B-2406-53-3050B-241

Sheet 34 of 35Power Switch

Board

Schematic Diagrams

B - 36 External ODD Board

B.S

chem

atic

Dia

gra

ms

External ODD Board

QH2C 67D 67

QH 4C 237D 91

QC1

0.1u_16V_Y 5V_04

QJ_ODD 1

242001-1

S1S2S3S4S5S6S7

P1P2P3P4P5P6

QH1C 237D91

QC2

0. 1u_16V_Y5V_04

QJ _OD D 2

1-162-100562

S1S2S3S4S5S6S7

P1P2P3P4P5P6

QH3C 67D 67

QGN D

QGN D QGND

Q_5VS

QGND

QGN D

Q_5VS

QGN D QGND

Q_5V S

QJ _S ATA_TXP1

QJ _S ATA_ODD _DA#

P IN

GN D 1~3=QGN D

ODD BOARD FOR E5120Q

QJ _S ATA_TXN 1

PI N

GN D1~2 =WG ND

QJ _S ATA_R XP1QJ _S ATA_R XN 1

QJ _OD D_D ETE CT#

6-21-14010-0136-21-13A00-013

6-21-14030-0136-21-14020-013

Sheet 35 of 35External ODD

Board

Documents

Clevo C5500 C5500Q - 6-7P-C5505-002.pdf