Filtered Results

The NI PXI Oscilloscope acquires and analyzes time- and frequency‐domain analog signals as part of a PXI system.

Learn about acquiring an analog signal, including topics such as bandwidth, amplitude error, rise time, sample rate, the Nyquist Sampling Theorem, aliasing, and resolution.

I am attempting to put together a system to do Time Domain Reflectometry (TDR), which observes the reflected waveforms in transmission lines. This could involve data acquisition, digital signal processing ...

What is an eye diagram? What is it used for? What information is reflected in the waveform? What is the corresponding solution for NI?

Typically, a high-speed digitizer uses an internal sample clock to determine the rate to acquire data. Are there occasions when it would be better to use an external clock source?

I need to know the exact time it is taking to my scope to acquire data in my application. The acquisition time of my Scope/Digitizer is not what I expect, and it is taking too much to acquire the data. ...

How to use the "Start trigger" function with NI-SCOPE just like in DAQmx? I tried to use "niScope Configure Trigger (poly)" but it did not work as I expected. I want to do a continuous measurement with ...

My NI-Scope code is running in a simple loop where there are no configuration VIs between my niScope Initiate VI and my niScope Read VI. But when executing the code, I get: Error -1074118647 occurred ...

Showing 1-10 of 29 results
1 of 3 pages