Digilent Reference test-and-measurement:analog-discovery-2:demos
https://dev-wiki.digilent.com/
2026-10-25T04:50:31+00:00Digilent Reference
https://dev-wiki.digilent.com/
https://dev-wiki.digilent.com/ttps://dev-wiki.digilent.com/lib/tpl/digilent-tpl/images/favicon.icotext/html2022-10-04T11:38:47+00:00Anonymous (anonymous@undisclosed.example.com)Adding Knobs Using LabVIEW
https://dev-wiki.digilent.com/test-and-measurement/analog-discovery-2/demos/labview-adding-knobs?rev=1664883527&do=diff
Adding Knobs Using LabVIEW
In this tutorial, we will be using LabVIEW to interface with three Pmod ENCs connected to a WF32 to control a LabVIEW project called LabForms. This tutorial allows you to access the analog scope and wavegen functionalities of the Analog Discovery 2 through LabVIEW. The LabVIEW code uses the LabVIEW driver for the Analog Discovery 2. Refer to thetext/html2022-10-04T11:38:47+00:00Anonymous (anonymous@undisclosed.example.com)Measuring Current
https://dev-wiki.digilent.com/test-and-measurement/analog-discovery-2/demos/measuring-current?rev=1664883527&do=diff
Measuring Current
The Analog Discovery 2 is an all-in-one pocket instrument for electronics containing a 2-channel oscilloscope, power supplies, waveform generators, logic analyzers, and more to measure and generate analog and digital signals. One thing that the Analog Discovery 2 does not directly do is measure the current flowing through a circuit, but it can be easily calculated and viewed through the WaveForms software.text/html2022-10-04T11:38:47+00:00Anonymous (anonymous@undisclosed.example.com)Using the Analog Discovery 2 to Measure Harmonics in a Signal
https://dev-wiki.digilent.com/test-and-measurement/analog-discovery-2/demos/measuring-harmonics?rev=1664883527&do=diff
Using the Analog Discovery 2 to Measure Harmonics in a Signal
Every periodic signal can be described as a sum of sine waves with different frequencies, amplitudes and phase shifts. This raises the possibility of synthesizing signals with sine waves and analyzing all kind of signals to determine the sine waves that makes up those signals.
Decomposition of the signal shape (data in time domain) to the sine waves that make up the signal (data in frequency domain) is done by using an FFT (Fast Fo…