• Product Description

• Product Capabilities

• Anatomy of a Data Acquisition Experiment

• Data Acquisition System

• Analog Input Subsystem

• Making Quality Measurements

  Getting Command-Line Function Help

  Selected Bibliography

• Installation Information

• Toolbox Components

• Accessing Your Hardware

• Understanding the Toolbox Capabilities

• Examining Your Hardware Resources

• Getting Help

  Session-Based Interface

  Choose the Right Interface

• Getting Help

• Understanding the Data Acquisition Workflow

• Creating a Device Object

• Hardware Channels or Lines

• Configuring and Returning Properties

• Acquiring and Outputting Data

  Cleaning Up

  Creating an Analog Input Object

• Adding Channels to an Analog Input Object

• Configuring Analog Input Properties

• Acquiring Data

• Analog Input Examples

• Evaluating the Analog Input Object Status

• Configuring and Sampling Input Channels

• Managing Acquired Data

• Configuring Analog Input Triggers

• Events and Callbacks

• Linearly Scaling the Data: Engineering Units

• Getting Started with Analog Output

• Managing Output Data

• Configuring Analog Output Triggers

• Events and Callbacks

• Linearly Scaling the Data

  Starting Multiple Device Objects

  Starting Analog Input and Analog Output Simultaneously

  Synchronizing Analog Input and Analog Output Using RTSI Hardware

• About the Session-Based Interface

• Working with the Session-Based Interface

  Create a Session

• Acquire Analog Input Data

• Acquire Counter Input Data

• Generating Analog Output Signals

• Generating Data on a Counter Channel

  Acquire Data and Generate Signals Simultaneously

• Trigger Connections

• Clock Connections

• Synchronization

• Digital I/O Objects

• Adding Lines to a Digital I/O Object

• Writing and Reading Digital I/O Line Values

• Generating Timer Events

• Evaluating the Digital I/O Object Status

• Saving and Loading Device Objects

• Logging Information to Disk

• Oscilloscope Overview

• Displaying Channels

• Channel Data and Properties

• Triggering the Oscilloscope

• Making Measurements

• Exporting Data

  Saving and Loading the Oscilloscope Configuration

  Overview

• Opening the Data Acquisition Block Library

• Building Simulink Models to Acquire Data from a Device

  Supported Hardware

• Hardware and Device Drivers

• Session-Based Interface Using National Instruments Devices

• Legacy Interface Using All Devices

  Contacting MathWorks

  National Instruments Hardware

  Measurement Computing Hardware

  Windows Sound Cards

  Memory Allocation

  How Much Memory Do You Need?

  Example: Managing Memory Resources

• Analog Input Properties

• Analog Output Properties

• Digital I/O Properties

  Session-Based Interface

  Advantech

  Measurement Computing

  National Instruments

  Parallel Port

• Sound Card