Benutzerhandbuch für Omega Engineering OMG-PCI-DIO48

Inhaltsverzeichnis

• INTRODUCTION

  1
• OVERVIEW

  1
• W HAT ’S INCLUDED

  1
• INSTALLATION

  1
• CARD SETUP

  1
• SOFTWARE INSTALLATION

  1
• Linux Users

  1
• SYSTEM INSTALLATION

  2
• TECHNICAL DESCRIPTION

  3
• SOFTWARE

  3
• LINUX USERS

  3
• 3 rd Party Software Support

  4
• ELECTRICAL CHARACTERISTICS

  5
• Pull Ups

  6
• 50 PIN RIBBON PIN OUT

  7
• A PPLICATION PROGRAMMERS INTERFACE (API)

  8
• Presetting an Output Port:

  8
• Interrupts:

  8
• PORT C

  8
• Port Configuration:

  9
• Relative Addressing vs. Absolute Addressing

  9
• A BSOLUTE A DDRESS

  12
• DIRECT HARDWARE CONTROL

  14
• Reading the Inputs:

  14
• Reading the Outputs:

  14
• Presetting an Output Port:

  14
• Writing the Outputs:

  14
• Bit Set/Reset

  14
• Port Configuration:

  14
• Interrupts

  15
• Port C

  16
• Register Description (for direct hardware control)

  16
• SPECIFICATIONS

  22
• ENVIRONMENTAL SPECIFICATIONS

  22
• POWER CONSUMPTION

  22
• M EAN TIME BETWEEN FAILURES (MTBF)

  22
• PHYSICAL DIMENSIONS

  22
• APPENDIX A - TROUBLESHOOTING

  23
• APPENDIX B - HOW TO GET ASSISTANCE

  24
• APPENDIX C - SILK-SCREEN

  25
• APPENDIX D - COMPLIANCE NOTICES

  26
• FEDERAL COMMUNICATIONS COMMISSION STATEMENT

  26
• EMC DIRECTIVE STATEMENT

  26
• Figure 1-Electrical Characteristics

  5
• Figure 2-Pull Up Resistors

  6
• Figure 3-50 Pin Ribbon Cable Pin Out

  7
• Figure 4-Control Words

  9
• Figure 5-Absolute byte Address (any configuration)

  11
• Figure 6-Relative byte Address Given:

  11
• Figure 7-Absolute bit Address (any configuration)

  12
• Figure 8-Relative Byte Address

  13
• Figure 9-(Print and fill in for your configuration)

  14
• Figure 10-RegisterDescription

  16
• Figure 11-Control Words

  18
• Figure 12-Interrupt Control

  21
• Figure 13-Interrupt Mode

  21
• Figure 14-Interrupt Read

  21