National Instruments Data Acquisition Device E Series Manuals

Manuals and User Guides for National Instruments Data Acquisition Device E Series. We have 1 National Instruments Data Acquisition Device E Series manual available for free PDF download: User Manual

National Instruments Data Acquisition Device E Series User Manual

National Instruments Data Acquisition Device E Series User Manual (264 pages)

National Instruments Data Acquisition Device User's Manual

Brand: National Instruments | Category: I/O Systems | Size: 5.97 MB

Table of Contents

Important Information
3
Table of Contents
5
Troubleshooting
11
About this Manual

12
- Conventions
  12
- Related Documentation
  13
  - NI-DAQ for Windows
    13
  - NI-Daqmx for Linux
    13
  - NI-Daqmx Base
    14
  - Labview
    14
  - Labwindows/CVI
    15
  - Measurement Studio
    15
  - ANSI C Without ni Application Software
    16
  - NET Languages Without ni Application Software
    16
  - Device Documentation and Specifications
    17
  - Training Courses
    17
  - Technical Support on the Web
    17
Chapter 1 DAQ System Overview

18
- DAQ Hardware
  19
  - Daq-Stc
    20
  - Calibration Circuitry
    20
    
    Internal or Self-Calibration
    21
    
    External Calibration
    21
- Signal Conditioning
  21
  - Sensors and Transducers
    21
  - Signal Conditioning Options
    22
    
    Scxi
    22
    
    Scc
    23
    
    5B Series
    23
- Cables and Accessories
  23
  - Using Accessories with Devices
    24
  - Custom Cabling
    26
- Programming Devices in Software
  27
- I/O Connector Signal Descriptions
  28
- Terminal Name Equivalents
  31
- +5 V Power Source
  33
Chapter 2 Analog Input

34
Chapter 3 Analog Output

81
- Analog Output Circuitry
  81
  - Dacs
    81
  - Dac Fifo
    81
  - AO Sample Clock
    82
  - Polarity and Reference Selection
    82
- Reference Selection
  82
- Polarity Selection
  83
- Reglitch Selection
  83
- Minimizing Glitches on the Output Signal
  83
- AO Data Generation Methods
  84
  - Software-Timed Generations
    84
  - Hardware-Timed Generations
    84
    
    Buffered
    84
    
    Non-Buffered
    85
- Analog Output Triggering
  85
  - AO Start Trigger Signal
    86
    
    Using a Digital Source
    86
    
    Using an Analog Source
    86
    
    Outputting the AO Start Trigger Signal
    86
  - AO Pause Trigger Signal
    87
    
    Using a Digital Source
    87
    
    Using an Analog Source
    87
- Connecting Analog Output Signals
  88
- Waveform Generation Timing Signals
  89
  - AO Start Trigger Signal
    89
    
    Using a Digital Source
    89
    
    Using an Analog Source
    90
    
    Outputting the AO Start Trigger Signal
    90
  - AO Pause Trigger Signal
    90
    
    Using a Digital Source
    90
    
    Using an Analog Source
    91
  - AO Sample Clock Signal
    91
    
    Using an Internal Source
    91
    
    Using an External Source
    91
    
    Outputting the AO Sample Clock Signal
    92
    
    Other Timing Requirements
    92
  - AO Sample Clock Timebase Signal
    93
  - Master Timebase Signal
    94
- Getting Started with AO Applications in Software
  95
Chapter 4 Digital I/O

97
- Extended Digital I/O
  97
  - Port 3 Signal Assignments
    97
  - Power-On State
    98
    
    Changing DIO Power-On State to Pulled Low
    98
  - Timing Specifications
    99
  - Mode 1 Input Timing
    101
  - Mode 1 Output Timing
    102
  - Mode 2 Bidirectional Timing
    103
- Power-On States of the PFI and DIO Lines
  104
- Connecting Digital I/O Signals
  104
- Getting Started with DIO Applications in Software
  105
Chapter 5 Counters

106
- Counter Triggering
  106
  - Start Trigger
    106
  - Pause Trigger
    107
- Counter Timing Signals
  107
  - Counter 0 Source Signal
    108
  - Counter 0 Gate Signal
    109
  - Counter 0 Internal Output Signal
    110
    
    CTR 0 out Pin
    111
  - Counter 0 Up/Down Signal
    111
  - Counter 1 Source Signal
    111
  - Counter 1 Gate Signal
    112
  - Counter 1 Internal Output Signal
    113
  - Counter 1 Up/Down Signal
    114
  - Frequency Output Signal
    114
  - Master Timebase Signal
    114
- Getting Started with Counter Applications in Software
  115
Chapter 6 Programmable Function Interfaces (PFI)

116
- Inputs
  116
- Outputs
  116
Chapter 7 Digital Routing

118
- Timing Signal Routing
  118
- Connecting Timing Signals
  121
- Routing Signals in Software
  122
Chapter 8 Real-Time System Integration Bus (RTSI)

123
- RTSI Triggers
  123
  - PCI E Series Devices
    123
  - PXI E Series Devices
    124
- Device and RTSI Clocks
  126
- Synchronizing Multiple Devices
  126
Chapter 9 Bus Interface

127
- MITE and Daqpnp
  127
- Using PXI with Compactpci
  127
- Data Transfer Methods
  128
  - Direct Memory Access (DMA)
    128
  - Interrupt Request (IRQ)
    128
  - Programmed I/O
    128
  - Changing Data Transfer Methods between DMA and IRQ
    129
Chapter 10 Triggering

130
- Triggering with a Digital Source
  130
- Triggering with an Analog Source
  131
  - PFI 0/AI START TRIG Pin
    132
  - Analog Input Channel
    132
  - Analog Trigger Actions
    132
- Analog Trigger Types
  133
  - Level Triggering
    133
  - Level Triggering with Hysteresis
    134
  - Window Triggering
    134
- Analog Trigger Accuracy
  135
Appendix A

136
Device-Specific Information

136
- Other Signals
  152

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