| Sound Intensity Example in LabVIEW
This example demonstrates how to make a sound intensity measurement using LabVIEW. It requires the Sound and Vibration Toolset to be installed.
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| Reference Library for Making Sound Power Measurements in LabVIEW
The LabVIEW reference library VIs allow you to make sound power calculations from an array of microphones located around a sound source. This reference library requires ...
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| Quasi-Peak Meter Example for LabVIEW
This example demonstrates how to make a quasi-peak level measurement per the ITU-R 468 standard using a DAQmx device. The example requires the Sound and Vibration ...
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| Save Time and Money with Power over Ethernet
Remember when you used to have a landline phone? Remember how easy it was to use? The beauty was in its simplicity: a twisted pair of copper wire carried both power ...
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| Using NI Technology for Scalable Dynamic Signal Acquisition Systems
PXI technology and NI LabVIEW software make scalable dynamic signal acquisition, including very high-channel-count systems, possible. CLARITY is a complete system ...
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| LabVIEW for Biomedical Signal Analysis
The NI Biomedical Startup Kit 2.1.1 is a suite of applications for use in the biomedical field for research purposes. These applications enable you to apply biomedical ...
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| Advanced Signal Processing Toolkit: Marginal Condition
This example shows how to compute the marginal condition of a spectrogram with the TFA Marginal Integration VI. The Wigner-Ville distribution (WVD) or Choi-Williams ...
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| One Shot Gain Phase and Distortion.
This example, while not specifically written for the LabVIEW Real-Time Module, runs on RT targets. This VI generates and acquires data for a single-shot acquisition ...
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| What is Hardware-in-the-Loop (HIL) Testing
NI Home Overview Understand how HIL testing improves control system validation. View Now 9 minute(s) webcast Requires: Flash 9 Please disable your browser's pop-up ...
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| Essential Wind Energy Technologies and Signal Processing Fundamentals
The increase in demand for wind energy has led to the need for a scale-up in production through automation as well as improved system reliability through innovations ...
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