National Instruments 3.21E+04 - Manual

National Instruments 3.21E+04

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Table of Contents:

  • Page 3 – Important Information; Warranty; Copyright
  • Page 4 – About This Manual; Table
  • Page 5 – Differential Connections for Ground-Referenced
  • Page 7 – Glossary; Figure 1-1. The Relationship between the Programming Environment,
  • Page 9 – Tables
  • Page 10 – The AT E Series includes the following boards:; Organization of This Manual; Chapter 1, Introduction, describes the AT E Series boards, lists
  • Page 11 – Signal Connections, describes how to make input and; Conventions Used in This Manual; bold; bold italic
  • Page 12 – National Instruments Documentation; Getting Started with SCXI—If you are using SCXI, this is the first
  • Page 13 – SCXI chassis manuals—If you are using SCXI, read these manuals; Related Documentation; Application Note 025, Field Wiring and Noise Considerations for; Customer Communication
  • Page 14 – Introduction; Chapter; About the AT E Series
  • Page 15 – What You Need to Get Started; To set up and use your AT E Series board, you will need the following:
  • Page 16 – Software Programming Choices; LabVIEW and LabWindows/CVI Application Software
  • Page 18 – Register-Level Programming; Optional Equipment; Cables and cable assemblies, shielded and ribbon
  • Page 19 – Custom Cabling; For the analog input signals, shielded twisted-pair wires for each
  • Page 20 – Unpacking; Ground yourself via a grounding strap or by holding a grounded
  • Page 21 – Software Installation
  • Page 22 – Board Configuration; Bus Interface
  • Page 23 – Plug and Play
  • Page 24 – Interrupt Channel Selection
  • Page 28 – Hardware Overview
  • Page 33 – Analog Input; Input Mode
  • Page 34 – Input Polarity and Input Range; Configuration
  • Page 35 – Range; See Appendix A, Specifications, for absolute maximum
  • Page 36 – is a positive reference voltage. Bipolar input; 0 V). You can program polarity and range settings on
  • Page 37 – Considerations for Selecting Input Ranges
  • Page 38 – Dither; LSB) sine wave acquired with dither off.
  • Page 39 – Multiple-Channel Scanning Considerations; b. Dither disabled average of 50 acquisitions
  • Page 40 – s for the circuitry to settle this
  • Page 41 – Analog Output; Analog Output Reference Selection; at the analog output. A bipolar configuration has a range of -V; at the analog output. V; is the voltage reference used by
  • Page 42 – Analog Output Reglitch Selection; Analog Trigger
  • Page 43 – source impedance) if you plan to enable this input via software.
  • Page 46 – Timing Signal Routing
  • Page 47 – Programmable Function Inputs
  • Page 48 – Board and RTSI Clocks
  • Page 50 – Signal Connections; liable
  • Page 54 – I/O Connector Signal Descriptions
  • Page 65 – Analog Input Signal Connections; ΑΤ; liable for
  • Page 67 – Types of Signal Sources; Floating Signal Sources; Input Configurations
  • Page 69 – The leads connecting the signal to the AT E Series board are
  • Page 70 – in
  • Page 72 – and each of the two resistors is 100 k
  • Page 73 – Single-Ended Connection Considerations; The leads connecting the signal to the AT E Series board are less
  • Page 75 – Common-Mode Signal Rejection Considerations; are both within; 6 V of AIGND. At gains
  • Page 76 – Analog Output Signal Connections; Usable input voltage range:
  • Page 77 – Digital I/O Signal Connections
  • Page 78 – liable for any damages resulting from such
  • Page 79 – Power Connections; Power rating; Timing Connections
  • Page 80 – Programmable Function Input Connections
  • Page 81 – Data Acquisition Timing Connections
  • Page 82 – SCANCLK Signal; shows the timing for the
  • Page 83 – s clock are available for; TRIG1 Signal; show the input and output timing requirements
  • Page 85 – TRIG2 Signal
  • Page 86 – STARTSCAN Signal; after the last
  • Page 87 – b. Scan in Progress, Two Conversions per Scan
  • Page 90 – AIGATE Signal
  • Page 91 – Waveform Generation Timing Connections
  • Page 94 – UISOURCE Signal
  • Page 95 – General-Purpose Timing Signal Connections
  • Page 101 – and t; in Figure 4-37. The gate signal is not required to be held after
  • Page 103 – The following signals are used in the timing diagrams that follow.
  • Page 104 – All timing values are in nanoseconds.
  • Page 107 – Field Wiring Considerations; Use differential analog input connections to reject common-mode
  • Page 108 – Calibration; Loading Calibration Constants; C to the levels indicated in Appendix A,
  • Page 109 – External Calibration
  • Page 110 – Other Considerations
  • Page 111 – Specifications; Appendix; C unless otherwise noted.; Number of channels
  • Page 112 – 1 V of ground
  • Page 113 – Transfer Characteristics
  • Page 114 – Dynamic Characteristics
  • Page 115 – Stability; Offset temperature coefficient
  • Page 117 – Voltage Output
  • Page 118 – Onboard calibration reference
  • Page 119 – Triggers
  • Page 121 – differential, software selectable
  • Page 127 – Data transfers
  • Page 128 – Power Requirement
  • Page 129 – within
  • Page 132 – Output Characteristics; LSB max
  • Page 133 – s to
  • Page 134 – frequency scaler; MHz external
  • Page 135 – configured as a digital signal
  • Page 136 – Maximum working voltage
  • Page 149 – Common Questions; General Information; What are the AT E Series boards?; s settling time, which
  • Page 150 – Installation and Configuration; You must configure the board with
  • Page 151 – Analog Input and Output
  • Page 152 – Can I sample across a number of channels on an; Enable the PFI5 line for output, as follows:
  • Page 153 – Timing and Digital I/O; What types of triggering can be implemented in hardware on my
  • Page 154 – What is the difference in timebases between the Am9513; GPCTR; I’m using one of the general-purpose counter/timers on my; call in NI-DAQ to configure; How does NI-DAQ treat bogus missed data transfer errors that
  • Page 155 – What are the PFIs and how do I configure these lines?; function to route; What are the power-on states of the PFI and DIO lines on the I/O
  • Page 156 – pin to a logic high when the output is in a high impedance state.
  • Page 157 – Electronic Services; To access our FTP site, log on to our Internet host,; Bulletin Board Support; Click here to comment on this document
  • Page 158 – Fax and Telephone Support; Telephone
  • Page 159 – Technical Support Form
  • Page 161 – Documentation Comment Form; Thank you for your help.
  • Page 162 – Symbols; Prefix
  • Page 168 – Index; differential connections for floating signal
  • Page 169 – analog input specifications
  • Page 171 – DAC1OUT signal
  • Page 176 – PFI7/STARTSCAN signal
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AT-MIO/AI E Series

User Manual

Multifunction I/O Boards for the PC AT

May 1996 Edition

Part Number 320517E-01

Copyright 1994, 1996 National Instruments Corporation. All Rights Reserved.

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Summary

Page 3 - Important Information; Warranty; Copyright

Important Information Warranty The AT-MIO/AI E Series boards are warranted against defects in materials and workmanship for a period of one year from the date of shipment, as evidenced by receipts or other documentation. National Instruments will, at its option, repair or replace equipment that prov...

Page 4 - About This Manual; Table

 National Instruments Corporation v AT-MIO/AI E Series User Manual About This Manual Organization of This Manual ........................................................................................xiConventions Used in This Manual ...................................................................

Page 5 - Differential Connections for Ground-Referenced

Table of Contents AT-MIO/AI E Series User Manual vi  National Instruments Corporation Chapter 3Hardware Overview Analog Input ................................................................................................................. 3-6 Input Mode ...............................................

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