Manuels d'utilisation pour Spectrum Brands MI.20xx

Table des matières

• Introduction

  6
  • Preface

    6
  • General Information

    6
  • Different models of the MI.20xx series

    7
  • Additional options

    8
    • Extra I/O (Option -XMF)

      8
    • Extra I/O (Option -XIO)

      8
    • Starhub

      9
    • Timestamp

      9
  • The Spectrum type plate

    10
  • Hardware information

    11
    • Block diagram

      11
    • Technical Data

      11
    • Dynamic Parameters

      12
    • Order information

      12
• Hardware Installation

  13
  • System Requirements

    13
  • Warnings

    13
    • ESD Precautions

      13
    • Cooling Precautions

      13
    • Sources of noise

      13
  • Installing the board in the system

    13
    • Installing a single board without any options

      13
    • Installing a board with digital inputs/outputs

      14
    • Installing a board with extra I/O (Option -XMF)

      14
    • Installing multiple boards synchronized by starhub

      15
    • Installing multiple synchronized boards

      16
• Software Driver Installation

  17
  • Interrupt Sharing

    17
  • Windows 98

    18
    • Installation

      18
    • Version control

      18
    • Driver - Update

      19
  • Windows 2000

    20
    • Installation

      20
    • Version control

      20
    • Driver - Update

      21
  • Windows XP

    22
    • Installation

      22
    • Version control

      22
    • Driver - Update

      23
  • Windows NT

    24
    • Installation

      24
    • Adding boards to the Windows NT driver

      24
    • Driver - Update

      24
  • Linux

    25
    • Overview

      25
    • Installation

      25
• Software

  27
  • Software Overview

    27
  • First Test with SBench

    27
  • C/C++ Driver Interface

    28
    • Header files

      28
    • Microsoft Visual C++

      28
    • Linux Gnu C

      28
    • Other Windows C/C++ compilers

      29
    • National Instruments LabWindows/CVI

      29
    • Driver functions

      29
  • Delphi (Pascal) Programming Interface

    32
    • Type definition

      32
    • Include Driver

      32
    • Examples

      32
    • Driver functions

      32
  • Visual Basic Programming Interface

    34
    • Include Driver

      34
    • Visual Basic Examples

      34
    • VBA for Excel Examples

      34
    • Driver functions

      34
• Programming the Board

  36
  • Overview

    36
  • Register tables

    36
  • Programming examples

    36
  • Error handling

    36
  • Initialization

    37
    • Starting the automatic initialization routine

      37
    • PCI Register

      37
    • Hardware version

      38
    • Date of production

      38
    • Serial number

      38
    • Maximum possible sample rate

      38
    • Installed memory

      38
    • Installed features and options

      39
    • Used interrupt line

      39
    • Used type of driver

      39
  • Powerdown and reset

    40
• Analog Inputs

  41
  • Channel Selection

    41
    • Important note on channels selection

      41
  • Setting up the inputs

    42
    • Input ranges

      42
    • Input offset

      43
    • Input termination

      44
    • Automatical adjustment of the offset settings

      44
• Standard acquisition modes

  45
  • General Information

    45
  • Programming

    45
    • Memory, Pre- and Posttrigger

      45
    • Starting without interrupt (classic mode)

      46
    • Starting with interrupt driven mode

      46
    • Data organization

      47
    • Sample format

      47
    • Reading out the data with SpcGetData

      47
• FIFO Mode

  49
  • Overview

    49
    • General Information

      49
    • Background FIFO Read

      49
    • Speed Limitations

      49
  • Programming

    50
    • Software Buffers

      50
    • Buffer processing

      51
    • FIFO mode

      52
    • Example FIFO acquisition mode

      52
    • Data organization

      52
    • Sample format

      53
• Clock generation

  54
  • Overview

    54
  • Internally generated sample rate

    54
    • Standard internal sample rate

      54
    • Using plain quartz with no PLL

      55
    • Direct external clock

      55
    • External clock with divider

      57
• Trigger modes and appendant registers

  58
  • General Description

    58
  • Software trigger

    58
  • External TTL trigger

    58
    • Edge triggers

      59
    • Pulsewidth triggers

      60
  • Channel Trigger

    62
    • Overview of the channel trigger registers

      62
    • Triggerlevel

      63
    • Detailed description of the channel trigger modes

      65
• Option Multiple Recording

  73
  • Recording modes

    73
    • Standard Mode

      73
    • FIFO Mode

      73
  • Trigger modes

    73
• Option Gated Sampling

  75
  • Recording modes

    75
    • Standard Mode

      75
    • FIFO Mode

      75
  • Trigger modes

    75
    • General information and trigger delay

      75
    • Allowed trigger modes

      76
  • Example program

    77
• Option Timestamp

  78
  • General information

    78
  • Timestamp modes

    78
    • Standard mode

      78
    • StartReset mode

      78
    • RefClock mode (optional)

      78
  • Timestamp Status

    79
  • Reading out timestamp data

    79
    • Functions for accessing the data

      79
    • Data format

      80
  • Example programs

    81
    • Standard acquisition mode

      81
    • Acquisition with Multiple Recording

      81
• Option Extra I/O

  82
  • Digital I/Os

    82
    • Channel direction

      82
    • Transfer Data

      82
  • Analog Outputs

    83
  • Programming example

    83
• Synchronization (Option)

  84
  • The different synchronization options

    84
    • Synchronization with option cascading

      84
    • Synchronization with option starhub

      84
  • The setup order for the different synchronization options

    85
    • Setup Order for use with standard (non FIFO) mode and equally clocked boards

      85
    • Setup synchronization for use with FIFO mode and equally clocked boards

      89
  • Additions for synchronizing different boards

    91
    • Additions for equal boards with different sample rates

      93
    • Resulting delays using different boards or speeds

      93
• Appendix

  94
  • Error Codes

    94
  • Pin assignment of the multipin connector

    95
    • Extra I/O with external connector(Option -XMF)

      95
  • Pin assignment of the multipin cable

    95
  • Pin assignment of the internal multipin connector

    96
    • Extra I/O with internal connector (Option -XIO)

      96