JVC MP-XP741DE Hierr#, HREQ#0, HREQ#1, HREQ#2, HREQ#3, HREQ#4, Hthermda, Hthermdc, Pmthrmtrip#

D

C

B

A

5

4

3

2

1

6

H_D#[63:0]

H_D#[63:0]

H_D#0

U46B

H_D#32

A19

D0#

D32#

Y26

H_D#1

A25

AA24

H_D#33

H_A#[31:3]

D1#

D33#

6

H_A#[31:3]

U46A

H_D#2

A22

T25

H_D#34

H_A#3

P4

N2

H_ADS#

6

+VCCP

+VCCP

H_D#3

B21

D2#

D34#

U23

H_D#35

A3#

ADS#

D3#

D35#

H_A#4

U4

L1

H_D#4

A24

V23

H_D#36

A4#

BNR#

H_BNR#

6

D4#

D36#

H_A#5

V3

J3

H_D#5

B26

R24

H_D#37

A15#GROUP0ADDR

CONTROL

BPRI#

H_BPRI#

6

2 1

2 1

D15#2GRPDATA

DATAGRP 0

D47#

Y3

C25

Y25

H_A#6

R3

A5#

Place testpoint

H_D#6

A21

D5#

D37#

R26

H_D#38

H_A#7

V2

A7#

DEFER#

L4

H_DEFER#

6

on H_IERR# with

H_D#7

B20

D7#

D39#

R23

H_D#39

H_A#8

W1

H2

R383

R395

H_D#8

C20

AA23

H_D#40

H_A#9

T4

A8#

DRDY#

M2

H_DRDY#

6

56Ohm

56Ohm

a GND 0.1" away

H_D#9

B24

D8#

D40#

U26

H_D#41

D

A9#

DBSY#

H_DBSY#

6

D9#

D41#

H_A#10

W2

A10#

H_D#10

D24

D10#

D42#

V24

H_D#42

H_A#11

Y4

N4

H_BR0#

6

H_D#11

E24

U25

H_D#43

A11#

BR0#

D11#

D43#

H_A#12

Y1

H_D#12

C26

V26

H_D#44

A12#

D12#

D44#

H_A#13

U1

A4

H_IERR#

H_D#13

B23

Y23

H_D#45

A13#

IERR#

D13#

D45#

H_A#14

AA3

B5

H_INIT#

14

H_D#14

E23

AA26

H_D#46

A14#

INIT#

D14#

D46#

H_A#15

H_D#15

H_D#47

H_A#16

AA2

A16#

LOCK#

J2

H_LOCK#

6

6

H_DSTBN#0

C23

DSTBN0#

DSTBN2#

W25

H_DSTBN#2

6

U3

C22

W24

6

H_ADSTB#0

H_REQ#[4:0]

ADSTB#0

H_RS#[2:0]

H_CPURST# 6

6

H_DSTBP#0

DSTBP0#

DSTBP2#

H_DSTBP#2

6

B11

D25

T24

6

H_REQ#[4:0]

H_REQ#0

RESET#

H_RS#0

H_RS#[2:0]

6

6

H_DINV#0

DINV0#

DINV2#

H_DINV#2

6

R2

REQ0#

H1

RS0#

H_REQ#1

P3

K1

H_RS#1

H_D#16

H23

AB25

H_D#48

REQ1#

RS1#

D16#

D48#

H_REQ#2

T2

L2

H_RS#2

H_D#17

G25

AC23

H_D#49

REQ2#

RS2#

D17#

D49#

H_REQ#3

P1

M3

H_TRDY#

6

H_D#18

L23

AB24

H_D#50

H_REQ#4

T1

REQ3#

TRDY#

H_D#19

M26

D18#

D50#

AC20

H_D#51

H_A#[31:3]

REQ4#

D19#

D51#

6

H_A#[31:3]

HIT#

K3

H_HIT#

6

H_D#20

H24

AC22

H_D#52

H_A#17

AF4

K4

+VCCP

+VCCP

+VCCP

H_D#21

F25

D20#

D52#

AC25

H_D#53

A17#

HITM#

H_HITM#

6

D21#

D53#

H_A#18

AC4

H_D#22

G24

AD23

H_D#54

A24#

PREQ#

A13

TPC28

1

T116

D28#3GRPDATA

DATAGRP 1

D60#

H_A#25

AC6

H_D#29

H26

AF25

H_D#61

H_A#19

AC7

A18#

BPM#0

C8

TPC28

1

T42

H_D#23

J23

D22#

D54#

AE22

H_D#55

H_A#20

AC3

A19#

B8

TPC28 1

T118

H_D#24

M23

D23#

D55#

AF23

H_D#56

H_A#29

AF3

A28#GROUP1ADDR

SIGNALSITP

TMS

B13

1 2

1 2

2 1

2

6

H_DSTBN#1

L24

DSTBN1#

DSTBN3#

AE25

H_DSTBN#3

6

H_A#21

AD3

A20#

BPM#1

A9

TPC28 1

T113

H_D#25

J25

D24#

D56#

AD24

H_D#57

H_A#22

AE4

A21#

BPM#2

C9

TPC28 1

T111

R394

R396

H_D#26

L26

D25#

D57#

AF20

H_D#58

H_A#23

AD2

A22#

BPM#3

A10

TPC28 1

T110

150Ohm

R404

H_D#27

N24

D26#

D58#

AE21

H_D#59

H_A#24

AB4

A23#

PRDY#

B10

TPC28 1

T117

39Ohm

56Ohm

H_D#28

M25

D27#

D59#

AD21

H_D#60

H_A#26

AD5

A25#

TCK

C12

+VCCP

H_D#30

N25

D29#

D61#

AF22

H_D#62

A26#

TDI

D30#

D62#

H_A#27

AE2

A12

TPC28 1

T115

H_D#31

K25

AF26

H_D#63

A27#

TD0

D31#

D63#

H_A#28

AD6

C11

K24

AE24

H_A#30

AE1

A29#

TRST#

A7

TPC28 1

T119

R465

6

H_DSTBP#1

J26

DSTBP1#

DSTBP3#

AD20

H_DSTBP#3

6

C

A30#

DBR#

6

H_DINV#1

DINV1#

DINV3#

H_DINV#3

6

H_A#31

AF1

A31#

1K 1%

T130

TPC28

COMP0

THERM

B17

1

AC1

P25

6

H_ADSTB#1

AE5

ADSTB#1

PROCHOT#

GTLREF3

COMP0

B18

H_THERMDA

T126

1

TPC28

G1

P26

COMP1

R215

332

C2

THERMDA

GTLREF2

COMP1

14

H_A20M#

A20M#

THERMDC

A18

H_THERMDC

LENGTH <= 0.5"

T122

1

TPC28

E26

GTLREF1

COMP2

AB2

COMP2

2

1

+VCCP

D3

AD26

AB1

COMP3

14

H_FERR#

FERR#

C17

PM_THRMTRIP#

GTLREF0

COMP3

A3

PM_THRMTRIP# 15

1

14

H_IGNNE#

IGNNE#

THERMTRIP#

2

2

A1

NC0

DPSLP#

B7

H_DPSLP#

5,14

CLK

C6

A15

B2

C19

14

H_STPCLK#

STPCLK#

ITP_CLK1

CLK_ITP_CPU# 13

R393

R464

NC1

DPWR#

H_DPWR#

5

D1

A16

E4

14

H_INTR

D4

LINT0

ITP_CLK0

B14

CLK_ITP_CPU 13

680Ohm

2K 1%

T114

1

TPC28

C14

PWRGOOD

A6

H_PWRGD

14

26

H_NMI

LINT1

BCLK1

CLK_CPUHCLK#

13

RSVD1

SLP#

H_CPUSLP#

14

14

H_SMI#

B4

SMI#

BCLK0

B15

CLK_CPUHCLK

13

T120

1

TPC28

C3

RSVD2 MISC

1K_OP

T131

C5

2

R382

Banias ProcessorH

Skt_cooperspur

1

1

1

TPC28

AF7

RSVD3

TEST1

1

C16

F23

2

1

T125

1

TPC28

E1

RSVD4

TEST2

R214

1K_OP

2

PSI#

Banias Processor Skt_cooperspur

R387

1K_OP

1

B

+5VS

Layout note:

+3VS

COMP0 and COMP2 need to be Zo=27.4ohm traces.

R207

1

Best estimate is 18mil wide trace for outer layers and

+3VS

14mil if on internal layer. See RDDP of Banias.

0Ohm

R390

0805

Traces should be shorter than 0.5". Refer to latest CS layout

C435

10KOhm

SMBCK_3S

11,13,14

COMP1, COMP3 should be routed as Zo=55ohm

2200PF/10V_OP

2

+3VS

C188

1

1

1

traces shorter than 0.5"

C203

0.1UF

R197

2

1uF

2

1

R199

2

U21

1MOhm

4

1

2

+3VS

COMP0

1

16

SCL

SDA

SMBDA_3S 11,13,14

1 HOLD1

CON14

1

2

15

FAN_ON

COMP1

1

2

2

10KOhm

3

GND

PWM1/XTO

14

COMP2

VCC

2.5V/SMBALERT#

+

3

WtoB_8P

4

13

H_THERMDA

COMP3

15

R185

PM_THRM#

TACH3

D1+

CE40

D16

HOLD2

2

1

2

5

12

H_THERMDC

2

2

2

2

10KOhm

PWM2/SMBALERT#

D1-

100U

R200

0Ohm

6

11

1SS355

5

7

TACH1

D2+

10

R451

2

2

TACH2

D2-

R469

R468

R460

8

9

FORCE_OFF#

36

1

ADDRESS:2Eh (default)

PWM3/ADDR_EN#

TACH4/ADDR_SEL/THERM#

1

54.9Ohm

27.4Ohm

54.9Ohm

27.4Ohm

ADT7460

C185

0603

0603

0603

0603

2200PF/10V

1

1%

1

1%

1

1%

1

1%

A

2

Q39	D	3
	3
NDS351N

	1 1 FAN_ON
S 2	G
	Title
2	J2N

Size	Document Number					Rev
	Banias 1 of 2					2.2
Date:	Tuesday, August 17, 2004	Sheet	3	of	43

5 4 3

2

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