DAQ Virtual Demos

• Learn how to use your PC to take measurements
• Running Time – 4:55

• Use NI LabVIEW to generate signals from a DAQ device
• Running Time – 3:28

• Log measured data to a file and open it in Microsoft Excel
• Running Time – 3:40

• Add real-time signal processing to acquired data
• Running Time – 3:39

• Use built-in counters and digital I/O on multifunction DAQ devices
• Running Time – 3:29

• Programmatically generate reports after taking measurements
• Running Time – 2:28

• Generate an alarm when the measured value exceeds a threshold
• Running Time – 4:01

• Build a proportional integral derivative (PID) controller with data acquisition hardware and LabVIEW
• Running Time – 6:35

• Create conditions to start or stop measurements
• Running Time – 2:44

• Build custom user interfaces in LabVIEW
• Running Time – 3:36

• Go beyond the DAQ Assistant with NI-DAQmx functions for additional flexibility and performance
• Running Time – 6:20

• Automatically script out graphical code with NI-DAQmx driver software
• Running Time – 3:12

• Synchronize measurements across two DAQ devices with NI-DAQmx
• Running Time – 8:15

• Easily create retriggerable tasks with NI-DAQmx and NI-STC3 technology
• Running Time – 4:35

Using Your PC to Take Measurements

Data acquisition hardware adds inputs and outputs (I/O) to standard laptop and desktop computers, turning a general-purpose PC into a flexible, high-performance measurement or control system.

Standard PC buses such as USB and PCI Express provide a path for measurements to be streamed directly into your computer for user-defined processing, analysis, and visualization.

Take the Next Step

• Learn more about data acquisition through common applications
• View the Introduction to Data Acquisition webcast
• Browse pricing and specifications