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Texas Instruments PCI2250 User Manual Download Page 18

Board Description

4-6

4.6

Board Description

The board layout is shown in Figure 4–1. The schematic diagram of the board
is in Figure 4–2. Table 4–4, bill of materials, is a list of the parts used to
assemble the board.

Figure 4–1. Part and Jumper Locations

P1B1

P4B1

P4A1

P3A1

P3B1

J12

U6

MC2

MC1

P2B1

TP3

GND

POD1 & POD2

POD3 & POD4

J11

EVM3V
S_VIO

EVM5V

TP2

EVM3V

TP1

EVM5V

J5 J4

MSO

S_VIO

GND

GND

S_VIO

EVM3V

PCU3V

MS1/BPCC

U5

J8

GND

S_CFN

J10

P_VCCP

S_VCCP

J9

J1

P_MFUNC

D1

D2

D3

HSLED

D4

D5

D6

C1_PRES

C2_PRES

C3_PRES

EVM3V

D7

PCU3V

J7

S_MFUNC

HS_SWITCH

POD1

15

14

13

12

11

10

9

8

S_AD15

S_AD14

S_AD13

S_AD12

S_AD1

1

S_AD10

S_AD09

S_AD08

7

6

5

4

3

2

1

0

S_AD07

S_AD06

S_AD05

S_AD04

S_AD03

S_AD02

S_AD01

S_AD00

POD2

15

14

13

12

11

10

9

8

S_AD31

S_AD30

S_AD29

S_AD28

S_AD27

S_AD26

S_AD25

S_AD24

7

6

5

4

3

2

1

0

S_AD23

S_AD22

S_AD21

S_AD20

S_AD19

S_AD18

S_AD17

S_AD16

POD3

15

14

13

12

11

10

9

8

NC

NC

INTD

INDC

INTB

INT

A

S_RST

C/BE

3

7

6

5

4

3

2

1

0

S_C/BE

2

S_C/BE

1

S_C/BE

0

S_DEVSEL

S_ST

OP

S_PERR

S_SERR

S_P

AR

POD4

15

14

13

12

11

10

9

8

NC

NC

C3_REQ

C3_GNT

C3_IDSEL

S_TRDY

C2_REQ

S_IRDY

7

6

5

4

3

2

1

0

S_FRAME

C2_GNT

C2_IDSEL

C1_REQ

C1_GNT

C1_IDSEL

S_ACK64

S_REQ64

POD 3

CLK C1_PCLK

P_LOCK

HS_ENUM

S_LOCK

ENUM

Summary of Contents for PCI2250

Page 1: ... 2000 PCI Bus Solutions User s Guide SCPU005 ...

Page 2: ... this warranty Specific testing of all parameters of each device is not necessarily performed except those mandated by government requirements Customers are responsible for their applications using TI components In order to minimize risks associated with the customer s applications adequate design and operating safeguards must be provided by the customer to minimize inherent or procedural hazards ...

Page 3: ...ftware Requirements details the minimum software requirements for any PC system on which the PCI2250 EVM is to be run Chapter 3 Configuration explains secondary bus masters and interrupt routing as related to the edge connectors on the board Chapter 4 Board Configuration describes the location and purpose of board components such as pins jumpers connectors and LEDs Information About Cautions and W...

Page 4: ...or compliance with the limits of computing devices pursuant to subpart J of part 15 of FCC rules which are designed to provide reasonable protection against radio frequency interference Operation of this equipment in other en vironments may cause interference with radio communications in which case the user at his own expense will be required to take whatever measures may be required to correct th...

Page 5: ...n 3 1 3 1 Configuration 3 2 4 Board Configuration 4 1 4 1 Board Jumpers 4 2 4 2 PCI2250 Mode Select Pins 4 3 4 2 1 Clock Run Mode 4 3 4 2 2 CompactPCI Hot Swap 4 3 4 2 3 Intel Mode 4 3 4 3 LED Indicators 4 4 4 3 1 D1 ENUM 4 4 4 3 2 D2 HSLED 4 4 4 3 3 D3 C1_PRES 4 4 4 3 4 D4 C2_PRES 4 4 4 3 5 D5 C3_PRES 4 4 4 3 6 D6 EVM3V 4 4 4 3 7 D7 PCU3V 4 4 4 4 Power Measurements 4 4 4 5 Mictor Connector Defini...

Page 6: ...r Locations 4 6 4 2 Schematic Diagram 4 7 Tables 3 1 Edge Connector Device ID 3 2 3 2 Edge Connector Interrupt Routing 3 2 4 1 Jumper Definitions 4 2 4 2 Mode Select Jumper Settings 4 3 4 3 HP Logic Analyzer POD Definition 4 5 4 4 PCI2250 EVM Bill of Materials 4 15 ...

Page 7: ...oduction This chapter provides a brief overview of the PCI2250 evaluation module along with a bill of materials for the EVM kit Topic Page 1 1 Introduction 1 2 1 2 Evaluation Kit Bill of Materials 1 2 Chapter 1 ...

Page 8: ...ded within this document are instructions detailing the proper setup and configuration necessary to operate the PCI2250 EVM 1 2 Evaluation Kit Bill of Materials The PCI2250 EVM consists of the following items Item Nomenclature Quantity EVM2250B PCI to PCI adapter card assembly 1 3 5 Diskette PCIBus and PCIBus95 utility programs 1 ...

Page 9: ...oftware Requirements Software Requirements This chapter provides the minimum software requirements for any PC system on which the PCI2250 EVM is to be used Topic Page 2 1 Software Requirements 2 2 Chapter 2 ...

Page 10: ...meets the following requirements BIOS which supports the PCI Bridge Specification 1 0 Operating system that supports the PCI Bridge Specification 1 0 In the majority of today s computer systems bridge support is built into the BIOS Many operation systems like Windows 95 98 and Windows NT have support for bridges ...

Page 11: ...3 1 Configuration Configuration This chapter explains secondary bus masters and interrupt routing as related to edge connectors on the board Topic Page 3 1 Configuration 3 2 Chapter 3 ...

Page 12: ...or Installed Slot ID P1 R20 R21 default R22 0 4 default 8 P2 R23 default R24 R25 1 default 5 9 P3 R26 default R27 R28 2 default 6 A The interrupts for each connector on the secondary bus are routed according to the PCI Local Bus Specification Revision 2 2 section 2 2 6 Table 3 2 depicts how the interrupts are routed on the EVM2250B evaluation board Table 3 2 Edge Connector Interrupt Routing Edge C...

Page 13: ...e location and purpose of board components such as pins jumpers connectors and LEDs Topic Page 4 1 Board Jumpers 4 2 4 2 PCI2250 Mode Select Pins 4 3 4 3 LED Indicators 4 4 4 4 Power Measurements 4 4 4 5 Mictor Connector Definition 4 5 4 6 Board Description 4 6 Chapter 4 ...

Page 14: ...5 J6 Jumpers J5 and J6 are used to control the mode select inputs to the PCI2250 J7 S_MFUNC select This jumper is used to select whether to route S_MFUNC to S_LOCK or S_CLKRUN HS_SWITCH J8 Arbitration support By cutting the trace across this jumper and installing R10 an external arbiter can be used J9 S_VCCP for the PCI2250 This jumper can be used to measure the power consumed through the S_VCCP J...

Page 15: ...2 2 3 P_LOCK S_LOCK Intel B2 support 1 2 1 2 P_LOCK S_LOCK Intel B3 support 4 2 1 Clock Run Mode When the PCI2250 is in clock run mode jumpers J1 and J7 should not be jumpered The clock run signals can be pulled directly from pin 2 of the jumper headers 4 2 2 CompactPCI Hot Swap When hot swap mode is selected jumpers J1 and J7 should have a jumper between pins 2 and 3 routing the multifunction pin...

Page 16: ... in connector P3 4 3 6 D6 EVM3V D6 lights to indicate that 3 3 V is available on the secondary bus 4 3 7 D7 PCU3V D7 lights to indicate that the PCI2250 has power applied to the core logic 4 4 Power Measurements In order to measure the current drawn by the core logic or one of the VIO rails of the PCI2250 it is necessary to isolate the power supplied to these pins from the rest of the system This ...

Page 17: ...mber POD 1 POD 2 POD 3 POD 4 0 S_AD0 S_AD16 S_PAR S_REQ64 1 S_AD1 S_AD17 S_SERR S_ACK64 2 S_AD2 S_AD18 S_PERR C1_IDSEL 3 S_AD3 S_AD19 S_STOP C1_GNT 4 S_AD4 S_AD20 S_DEVSEL C1_REQ 5 S_AD5 S_AD21 S_C BE0 C2_IDSEL 6 S_AD6 S_AD22 S_C BE1 C2_GNT 7 S_AD7 S_AD23 S_C BE2 S_FRAME 8 S_AD8 S_AD24 S_C BE3 S_IRDY 9 S_AD9 S_AD25 S_RST C2_REQ 10 S_AD10 S_AD26 INTA S_TRDY 11 S_AD11 S_AD27 INTB C3_IDSEL 12 S_AD12 ...

Page 18: ..._PRES C3_PRES EVM3V D7 PCU3V J7 S_MFUNC HS_SWITCH POD1 15 14 13 12 11 10 9 8 S_AD15 S_AD14 S_AD13 S_AD12 S_AD11 S_AD10 S_AD09 S_AD08 7 6 5 4 3 2 1 0 S_AD07 S_AD06 S_AD05 S_AD04 S_AD03 S_AD02 S_AD01 S_AD00 POD2 15 14 13 12 11 10 9 8 S_AD31 S_AD30 S_AD29 S_AD28 S_AD27 S_AD26 S_AD25 S_AD24 7 6 5 4 3 2 1 0 S_AD23 S_AD22 S_AD21 S_AD20 S_AD19 S_AD18 S_AD17 S_AD16 POD3 15 14 13 12 11 10 9 8 NC NC INTD IN...

Page 19: ...P 38 3 3V 39 SDONE 40 SBO 41 GND 42 3 3V 45 3 3V 53 GND 56 5V 61 V I O 10 RESERVED 14 V I O 16 3 3V 21 GND 24 3 3V 27 PAR 43 AD 15 44 AD 13 46 AD 11 47 GND 48 AD 09 49 C BE 0 52 AD 06 54 AD 04 55 AD 02 57 AD 00 58 V I O 59 REQ64 60 5V 62 C9 1uF S_DEVSEL S_TRDY S_STOP S_PAR S_PERR S_SERR S_IRDY S_RST C1_PRES S_FRAME S_RST S_LOCK C1_PCLK C1_GNT C1_REQ S_AD31 S_AD30 S_AD29 S_AD28 C1_REQ S_AD27 S_AD26...

Page 20: ...RDY 36 GND 37 STOP 38 3 3V 39 SDONE 40 SBO 41 GND 42 3 3V 45 3 3V 53 GND 56 5V 61 V I O 10 RESERVED 14 V I O 16 3 3V 21 GND 24 3 3V 27 PAR 43 AD 15 44 AD 13 46 AD 11 47 GND 48 AD 09 49 C BE 0 52 AD 06 54 AD 04 55 AD 02 57 AD 00 58 V I O 59 REQ64 60 5V 62 C16 1uF C21 1uF C20 1uF C15 1uF C26 1uF C19 1uF C25 1uF C18 1uF C28 1uF C24 1uF EVM5V EVM3V S_VIO EVM12V C2_PRES S_RST C2_PCLK C2_GNT C2_REQ S_AD...

Page 21: ...53 GND 56 5V 61 V I O 10 RESERVED 14 V I O 16 3 3V 21 GND 24 3 3V 27 PAR 43 AD 15 44 AD 13 46 AD 11 47 GND 48 AD 09 49 C BE 0 52 AD 06 54 AD 04 55 AD 02 57 AD 00 58 V I O 59 REQ64 60 5V 62 C30 1uF C35 1uF C41 1uF C34 1uF C29 1uF C40 1uF C33 1uF EVM3V EVM5V S_VIO EVM12V EVM5V EVM 12V EVM3V S_DEVSEL S_TRDY S_STOP S_PAR S_VIO S_PERR S_SERR S_IRDY EVM12V S_RST C3_PRES S_FRAME S_RST S_LOCK C3_PCLK C3_G...

Page 22: ...D8o 22 D7o 24 D6o 26 D5o 28 D4o 30 D3o 32 D2o 34 D1o 36 D0o 38 Note 5 thru holes are GNDs S_AD2 S_AD4 S_AD8 S_AD18 S_AD23 S_AD30 S_REQ64 C3_REQ S_AD13 S_PAR S_DEVSEL INTB S_AD26 S_TRDY S_AD28 C1_IDSEL S_AD1 S_AD29 S_AD5 S_AD7 S_AD12 S_AD17 S_AD22 S_STOP S_C BE 0 INTA S_AD 0 31 S_AD16 S_AD15 C2_REQ S_AD10 S_AD20 S_AD25 C2_IDSEL S_AD27 S_ACK64 S_AD31 S_PERR S_C BE 1 S_C BE 2 S_RST S_AD6 INTD S_IRDY ...

Page 23: ..._LOCK S_PERR S_SERR S_RST HS_SWITCH S_CFN S_REQ 0 S_GNT 0 S_REQ 1 S_GNT 1 S_REQ 2 S_GNT 2 S_REQ 3 S_GNT 3 C2_IDSEL S_AD16 S_AD24 S_AD17 S_AD21 S_AD25 S_CFN C3_IDSEL HS_ENUM P_LOCK P_MFUNC S_AD26 S_AD22 S_AD18 C1_IDSEL S_AD20 S_MFUNC S_LOCK HS_SWITCH S_VIO S_VIO S_VIO S_VIO S_VIO S_VIO S_FRAME S_IRDY S_TRDY S_DEVSEL S_STOP S_PERR S_RST S_MFUNC S_REQ64 S_VIO C3_GNT C3_REQ C2_GNT C2_REQ C1_GNT C1_REQ...

Page 24: ...AD 29 21 AD 27 23 AD 25 24 3 3V 25 C BE 3 26 AD 23 27 GND 28 AD 21 29 AD 19 30 3 3V 31 AD 17 32 C BE 2 33 3 3V 41 C BE 1 44 AD 14 45 GND 46 AD 12 47 AD 10 48 GND 49 AD 08 52 AD 07 53 3 3V 54 AD 05 55 AD 03 56 AD 01 58 V I O 59 ACK64 60 5V 62 PCI12V PCI5V PCI 12V P_TDO P_TDO P_TDI P_DEVSEL P_TRDY P_STOP P_PAR P_IRDY P_IDSEL P_GNT P_FRAME P_PERR P_SERR P_LOCK P_RST P_PCLK P_RST P_PCLK P_GNT P_REQ P_...

Page 25: ...4 140 S_AD5 141 S_AD6 142 S_AD7 144 S_AD8 146 S_AD9 148 S_AD10 149 S_AD11 150 S_AD12 152 S_AD13 153 S_AD14 155 S_AD15 156 S_AD16 14 S_AD17 16 S_AD18 17 S_AD19 18 S_AD20 20 S_AD21 21 S_AD22 22 S_AD23 24 S_AD24 26 S_AD25 28 S_AD26 29 S_AD27 31 S_AD28 32 S_AD29 33 S_AD30 35 S_AD31 36 S_C BE 0 145 C56 1uF C67 1uF C54 1uF C65 1uF C52 1uF C63 1uF C61 1uF C72 1uF C50 15pF J9 HDR2X1 M 1 NF 1 2 C59 1uF C70...

Page 26: ... Red R51 330 F3 FUSE C79 47uF J11 HDR2X1 M 1 NF 1 2 U6 LT1086C IN 3 ADJ 1 OUT 2 C80 1uF D6 Green R52 330 F2 FUSE C74 15uF F1 FUSE R53 330 D7 Green R46 121 R54 330 EVM3V EVM5V S_VIO S_VIO S_VIO EVM3V PCU3V EVM3V EVM3V C1_PRES C2_PRES C3_PRES PCI 12V PCI12V EVM12V S_VIO EVM 12V PCI5V EVM5V PCU3V EVM3V EVM5V NO HSLED HS_ENUM SHORTED Mictor Connector Definition 4 14 Board Configuration ...

Page 27: ...DR3X1 M 0 1 AMP 103321 3 10 1 J7 HDR4X1 M 0 1 AMP 103321 4 11 4 J8 J11 HDR2X1 M 0 1 nF AMP 103321 2 12 1 J12 HDR3X1 M 0 1 nF AMP 103321 3 13 2 MC1 MC2 Mictor Connector AMP 2 767004 2 14 2 P1A1 P1B1 P1A3 P1B3 PCI Connector N A AMP 145154 8 15 1 P1A2 P1B2 PCI Connector Capstone CEE2X60SMV 3Z14W 16 22 R1 R9 R11 R15 R18 R20 R21 R31 R35 10K 805 KOA RM73B2A103J 17 7 R10 R22 R24 R26 R29 R30 47 nF 805 KOA...

Page 28: ...4 16 ...

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