Распиновка разъема CompactPCI Connector

Распиновка, расположение выводов и внешний вид разъемов и шин:
CompactPCI

PCI=Peripheral Component Interconnect.
CompactPCI is a version of PCI adapted for industrial and/or embedded applications.

 (at the backplane)
 (at the device (card))

7×47 PIN (IEC917 and IEC1076-4-101) CONNECTOR at the backplane.
7×47 PIN (IEC917 and IEC1076-4-101) CONNECTOR at the device (card).

PinNameDescription

Z1
GND
Ground

Z2
GND
Ground

Z3
GND
Ground

Z4
GND
Ground

Z5
GND
Ground

Z6
GND
Ground

Z7
GND
Ground

Z8
GND
Ground

Z9
GND
Ground

Z10
GND
Ground

Z11
GND
Ground

Z12
KEY
Keyed (no pin)

Z13
KEY
Keyed (no pin)

Z14
KEY
Keyed (no pin)

Z15
GND
Ground

Z16
GND
Ground

Z17
GND
Ground

Z18
GND
Ground

Z19
GND
Ground

Z20
GND
Ground

Z21
GND
Ground

Z22
GND
Ground

Z23
GND
Ground

Z24
GND
Ground

Z25
GND
Ground

Z26
GND
Ground

Z27
GND
Ground

Z28
GND
Ground

Z29
GND
Ground

Z30
GND
Ground

Z31
GND
Ground

Z32
GND
Ground

Z33
GND
Ground

Z34
GND
Ground

Z35
GND
Ground

Z36
GND
Ground

Z37
GND
Ground

Z38
GND
Ground

Z39
GND
Ground

Z40
GND
Ground

Z41
GND
Ground

Z42
GND
Ground

Z43
GND
Ground

Z44
GND
Ground

Z45
GND
Ground

Z46
GND
Ground

Z47
GND
Ground

 
 
 

A1
5V
+5 VDC

A2
TCK
Test Clock

A3
INTA#
Interrupt A

A4
BRSV
Bused Reserved (don’t use)

A5
BRSV
Bused Reserved (don’t use)

A6
REQ#
Request PCI transfer

A7
AD(30)
Address/Data 30

A8
AD(26)
Address/Data 26

A9
C/BE(3)#
Command: Byte Enable

A10
AD(21)
Address/Data 21

A11
AD(18)
Address/Data 18

A12
KEY
Keyed (no pin)

A13
KEY
Keyed (no pin)

A14
KEY
Keyed (no pin)

A15
3.3V
+3.3 VDC

A16
DEVSEL#
Device Select

A17
3.3V
+3.3 VDC

A18
SERR#
System Error

A19
3.3V
+3.3 VDC

A20
AD(12)
Address/Data 12

A21
3.3V
+3.3 VDC

A22
AD(7)
Address/Data 7)

A23
3.3V
+3.3 VDC

A24
AD(1)
Address/Data 1)

A25
5V
+5 VDC

A26
CLK1
Clock ?? MHz

A27
CLK2
Clock ?? MHz

A28
CLK4
Clock ?? MHz

A29
V(I/O)
+3.3 VDC or +5 VDC

A30
C/BE(5)#
Command: Byte Enable

A31
AD(63)
Address/Data 63

A32
AD(59)
Address/Data 59

A33
AD(56)
Address/Data 56

A34
AD(52)
Address/Data 52

A35
AD(49)
Address/Data 49

A36
AD(45)
Address/Data 45

A37
AD(42)
Address/Data 42

A38
AD(38)
Address/Data 38

A39
AD(35)
Address/Data 35

A40
BRSV
Bused Reserved (don’t use)

A41
BRSV
Bused Reserved (don’t use)

A42
BRSV
Bused Reserved (don’t use)

A43
USR
User Defined

A44
USR
User Defined

A45
USR
User Defined

A46
USR
User Defined

A47
USR
User Defined

 
 
 

B1
-12V
-12 VDC

B2
5V
+5 VDC

B3
INTB#
Interrupt B

B4
GND
Ground

B5
BRSV
Bused Reserved (don’t use)

B6
GND
Ground

B7
AD(29)
Address/Data 29

B8
GND
Ground

B9
IDSEL
Initialization Device Select

B10
GND
Ground

B11
AD(17)
Address/Data 17

B12
KEY
Keyed (no pin)

B13
KEY
Keyed (no pin)

B14
KEY
Keyed (no pin)

B15
FRAME#
Address or Data phase

B16
GND
Ground

B17
SDONE
Snoop Done

B18
GND
Ground

B19
AD(15)
Address/Data 15

B20
GND
Ground

B21
AD(9)
Address/Data 9)

B22
GND
Ground

B23
AD(4)
Address/Data 4)

B24
5V
+5 VDC

B25
REQ64#
 

B26
GND
Ground

B27
CLK3
Clock ?? MHz

B28
GND
Ground

B29
BRSV
Bused Reserved (don’t use)

B30
GND
Ground

B31
AD(62)
Address/Data 62

B32
GND
Ground

B33
AD(55)
Address/Data 55

B34
GND
Ground

B35
AD(48)
Address/Data 48

B36
GND
Ground

B37
AD(41)
Address/Data 41

B38
GND
Ground

B39
AD(34)
Address/Data 34

B40
GND
Ground

B41
BRSV
Bused Reserved (don’t use)

B42
GND
Ground

B43
USR
User Defined

B44
USR
User Defined

B45
USR
User Defined

B46
USR
User Defined

B47
USR
User Defined

 
 
 

C1
TRST#
Test Logic Reset

C2
TMS
Test Mode Select

C3
INTC#
Interrupt C

C4
V(I/O)
+3.3 VDC or +5 VDC

C5
RST
Reset

C6
3.3V
+3.3 VDC

C7
AD(28)
Address/Data 28

C8
V(I/O)
+3.3 VDC or +5 VDC

C9
AD(23)
Address/Data 23

C10
3.3V
+3.3 VDC

C11
AD(16)
Address/Data 16

C12
KEY
Keyed (no pin)

C13
KEY
Keyed (no pin)

C14
KEY
Keyed (no pin)

C15
IRDY#
Initiator Ready

C16
V(I/O)
+3.3 VDC or +5 VDC

C17
SBO#
Snoop Backoff

C18
3.3V
+3.3 VDC

C19
AD(14)
Address/Data 14

C20
V(I/O)
+3.3 VDC or +5 VDC

C21
AD(8)
Address/Data 8)

C22
3.3V
+3.3 VDC

C23
AD(3)
Address/Data 3)

C24
V(I/O)
+3.3 VDC or +5 VDC

C25
BRSV
Bused Reserved (don’t use)

C26
REQ1#
Request PCI transfer

C27
SYSEN#
 

C28
GNT3#
Grant

C29
C/BE(7)
Command: Byte Enable

C30
V(I/O)
+3.3 VDC or +5 VDC

C31
AD(61)
Address/Data 61

C32
V(I/O)
+3.3 VDC or +5 VDC

C33
AD(54)
Address/Data 54

C34
V(I/O)
+3.3 VDC or +5 VDC

C35
AD(47)
Address/Data 47

C36
V(I/O)
+3.3 VDC or +5 VDC

C37
AD(40)
Address/Data 40

C38
V(I/O)
+3.3 VDC or +5 VDC

C39
AD(33)
Address/Data 33

C40
FAL#
Power Supply Status FAL (CompactPCI specific)

C41
DEG#
Power Supply Status DEG (CompactPCI specific)

C42
PRST#
Push Button Reset (CompactPCI specific)

C43
USR
User Defined

C44
USR
User Defined

C45
USR
User Defined

C46
USR
User Defined

C47
USR
User Defined

 
 
 

D1
+12V
+12 VDC

D2
TDO
Test Data Output

D3
5V
+5 VDC

D4
INTP
 

D5
GND
Ground

D6
CLK
 

D7
GND
Ground

D8
AD(25)
Address/Data 25

D9
GND
Ground

D10
AD(20)
Address/Data 20

D11
GND
Ground

D12
KEY
Keyed (no pin)

D13
KEY
Keyed (no pin)

D14
KEY
Keyed (no pin)

D15
GND
Ground

D16
STOP#
Stop transfer cycle

D17
GND
Ground

D18
PAR
Parity for AD0-31 & C/BE0-3

D19
GND
Ground

D20
AD(11)
Address/Data 11

D21
M66EN
 

D22
AD(6)
Address/Data 6)

D23
5V
+5 VDC

D24
AD(0)
Address/Data 0)

D25
3.3V
+3.3 VDC

D26
GNT1#
Grant

D27
GNT2#
Grant

D28
REQ4#
Request PCI transfer

D29
GND
Ground

D30
C/BE(4)#
Command: Byte Enable

D31
GND
Ground

D32
AD(58)
Address/Data 58

D33
GND
Ground

D34
AD(51)
Address/Data 51

D35
GND
Ground

D36
AD(44)
Address/Data 44

D37
GND
Ground

D38
AD(37)
Address/Data 37

D39
GND
Ground

D40
REQ5#
Request PCI transfer

D41
GND
Ground

D42
REQ6#
Request PCI transfer

D43
USR
User Defined

D44
USR
User Defined

D45
USR
User Defined

D46
USR
User Defined

D47
USR
User Defined

 
 
 

E1
5V
+5 VDC

E2
TDI
Test Data Input

E3
INTD#
Interrupt D

E4
INTS
 

E5
GNT#
Grant

E6
AD(31)
Address/Data 31

E7
AD(27)
Address/Data 27

E8
AD(24)
Address/Data 24

E9
AD(22)
Address/Data 22

E10
AD(19)
Address/Data 19

E11
C/BE(2)#
Command: Byte Enable

E12
KEY
Keyed (no pin)

E13
KEY
Keyed (no pin)

E14
KEY
Keyed (no pin)

E15
TRDY#
Target Ready

E16
LOCK#
Lock resource

E17
PERR#
Parity Error

E18
C/BE(1)#
Command: Byte Enable

E19
AD(13)
Address/Data 13

E20
AD(10)
Address/Data 10

E21
C/BE(0)#
Command: Byte Enable

E22
AD(5)
Address/Data 5)

E23
AD(2)
Address/Data 2)

E24
ACK64#
 

E25
5V
+5 VDC

E26
REQ2#
Request PCI transfer

E27
REQ3#
Request PCI transfer

E28
GNT4#
Grant

E29
C/BE(6)#
Command: Byte Enable

E30
PAR64
 

E31
AD(60)
Address/Data 60

E32
AD(57)
Address/Data 57

E33
AD(53)
Address/Data 53

E34
AD(50)
Address/Data 50

E35
AD(46)
Address/Data 46

E36
AD(43)
Address/Data 43

E37
AD(39)
Address/Data 39

E38
AD(36)
Address/Data 36

E39
AD(32)
Address/Data 32

E40
GNT5#
Grant

E41
BRSV
Bused Reserved (don’t use)

E42
GNT6#
Grant

E43
USR
User Defined

E44
USR
User Defined

E45
USR
User Defined

E46
USR
User Defined

E47
USR
User Defined

 
 
 

F1
GND
Ground

F2
GND
Ground

F3
GND
Ground

F4
GND
Ground

F5
GND
Ground

F6
GND
Ground

F7
GND
Ground

F8
GND
Ground

F9
GND
Ground

F10
GND
Ground

F11
GND
Ground

F12
KEY
Keyed (no pin)

F13
KEY
Keyed (no pin)

F14
KEY
Keyed (no pin)

F15
GND
Ground

F16
GND
Ground

F17
GND
Ground

F18
GND
Ground

F19
GND
Ground

F20
GND
Ground

F21
GND
Ground

F22
GND
Ground

F23
GND
Ground

F24
GND
Ground

F25
GND
Ground

F26
GND
Ground

F27
GND
Ground

F28
GND
Ground

F29
GND
Ground

F30
GND
Ground

F31
GND
Ground

F32
GND
Ground

F33
GND
Ground

F34
GND
Ground

F35
GND
Ground

F36
GND
Ground

F37
GND
Ground

F38
GND
Ground

F39
GND
Ground

F40
GND
Ground

F41
GND
Ground

F42
GND
Ground

F43
GND
Ground

F44
GND
Ground

F45
GND
Ground

F46
GND
Ground

F47
GND
Ground

Contributor:
Joakim Цgren

Source:
CompactPCI specifications v1.0 compactpci.com/cspec.htm at CompactPCI’s homepage

 
Mark Sokos PCI page users.supernet.com/sokos/pci.txt

 
«Inside the PCI Local Bus» by Guy W. Kendall, Byte, February 1994 v 19 p. 177-180

 
«The Indispensible PC Hardware Book» by Hans-Peter Messmer, ISBN 0-201-8769-3

Copyright © The Hardware Book Team 1996-2004.
May be copied and redistributed, partially or in whole, as appropriate.
Document last modified: 2002-01-10

Добавить комментарий

Ваш адрес email не будет опубликован.