It’s that time of the year again. No, not the one where the season is changing in earnest, but time for a new release version of the WaveForms software! Historically …
Hi there Digilent Blog readers! I’m Dr. Brian Faulkner, professor of Electrical Engineering at Milwaukee School of Engineering in Milwaukee, Wisconsin, USA, where I teach introductory circuit theory and power …
This blog post goes over one of several new features we’re announcing as part of the WaveForms 3.21 release. You might already be familiar with the Measurements view in WaveForms’ …
This blog post goes over one of several new features we’re announcing as part of the WaveForms 3.21 release. New Feature: Scope to Digital We’re introducing the “Scope to …
Each day there’s more and more information coming at us from all outlets and it takes up valuable time and effort to determine what is worth listening to. People who …
The Best SDR Projects: From Amateur Radio to Satellite Tracking Software defined radio (SDR) is a digital window into signals you normally can’t see. Aircraft, ships, satellites, utility meters, amateur …
Most wireless tools are built for one job. A dedicated spectrum analyzer monitors frequencies. A GPS receiver locks onto satellites. A protocol tester checks a specific wireless standard. Each device …
Software-defined radio (SDR) has transformed the way engineers, researchers, and students interact with wireless systems. Instead of relying on fixed hardware to perform radio functions, SDR platforms move much of …
Software Defined Radio (SDR) is a radio communication system that performs many traditional radio functions in software instead of dedicated hardware circuits. Tasks such as filtering, modulation, demodulation, signal generation, …
