Build a DIY Theramin Detector and explore concepts involving demodulation, AM, and FM signals with Analog Discovery 2.
Work smarter not harder with the Analog Discovery 2 and the Benchduino project!
Ian provides some direction on how to go about debugging digital logic.
Find your perfect instrumentation match with Kaitlyn’s comprehensive guide to Digilent options.
Discover four more hidden gems of WaveForms!
Use the Analog Discovery 2 to help optimize your speaker’s performance!
Ian delves into the science of sound, and how XLR cables get clever with waveforms to reduce noise!
Get the rundown on how to harness the power of the Voltmeter with this quick guide.
Ian gives the rundown on oscilloscopes!
Jeremy Hong of Hong Electronics reviews the Analog Discovery 2!
Learn how to make a homemade electrocardiograph (ECG).
Check out this awesome signal breakout box made by a community member for the Analog Discovery 2!
Mixed-Signal Oscilloscope vs. Digital Storage Oscilloscope A mixed-signal oscilloscope, or MSO, combines the analog channels of a digital storage oscilloscope, or DSO, with digital logic-analyzer channels in one instrument. A …
Every FPGA development workflow depends on several connected pieces: a programming and debugging interface, a design environment, expansion hardware, and the accessories needed to connect and power the system. Many …
The best FPGA board for a beginner is affordable, approachable, and backed by strong learning resources. Think of it as an FPGA starter kit designed to help you begin building …
Running the same measurement 500 times, logging data overnight, or feeding captured samples directly into a Python analysis pipeline is where the WaveForms graphical application may start to fall short. …
