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 …
Dual mode is a newly introduced feature of WaveForms that came out when the AD3 launched. It allows you to connect two of the same kind of Mixed Signal Oscilloscope …
The excitement about Digilent’s new Analog Discovery 3 is spreading, and Dave from EEVblog has a lot to say about the latest iteration of our popular product line. This new version features …
Hardware-in-the-Loop Hardware-in-the-loop (HIL) is a powerful technique that enables the testing and validation of complex systems by integrating real hardware components into a simulation environment. It allows engineers to verify …
A no frills blog post on the hardware features of the Analog Discovery 3 in less than 350 words for those of you that don’t have time for extra words. …
Digilent is thrilled to present the Analog Discovery 3, the highly anticipated successor to the acclaimed Analog Discovery 2. Building upon the legacy of its predecessor, the AD3 continues to …
As many of you have heard (otherwise I presume you wouldn’t be reading this post) the Analog Discovery 3 has been released by Digilent. One of the biggest questions that …
How SDR Works: Understanding the Mechanics of the SDR Signal Chain Software-defined radio (SDR) has transformed the way engineers, researchers, and students interact with wireless systems. Instead of relying on …
What Is SDR (Software Defined Radio)? Software Defined Radio (SDR) is a radio communication system that performs many traditional radio functions in software instead of dedicated hardware circuits. Tasks such …
Most students do not struggle with equations. They struggle with understanding what those equations actually do. In many learning environments, students define a system, run a process, and then interpret …
If you’re choosing between an FPGA and a SoC, the real question is not which one is “better.” It’s which one fits the job in front of you. Here is …
