Making things easier one circuit at a time with the Analog Discovery 2.
Welcome back to the Digilent Blog! If you’re new to Digilent, our community, or even FPGAs or coding in general then you’re in for a treat. I have recently started …
As you may be aware if you follow the blog closely, I’ve been working on building the claw machine. The claw machine is one of those infuriating devices that camps in …
Use a Basys 3 and PmodJSTK to control a stepper motor.
Now we know what a state machine is. But how do we code one?
Oftentimes when we are creating electronics projects, we are trying to emulate or create a series of events. Most of the time the order of events we want to happen, …
Learn about the differences between combinational and sequential logic here!
What’s the best way to prototype a project?
Do you feel your creativity lagging? Quinn provides some good tips for recharging and renewing your passion for making.
Implementing tools in Verilog HDL on an FPGA.
Learn more about data types!
The Question A user getting started with the Analog Discovery 3 (AD3) wanted to generate a waveform using the Arbitrary Waveform Generator while simultaneously sampling an analog input – both …
TLDR on Digilent’s new ADP2440 and ADP2450 What it is USB‑based mixed signal oscilloscopes for modern prototyping, research, and validation. Four analog channels, sixteen digital I/O, integrated arbitrary waveform generator, …
High-Speed, High-Bandwidth Mixed Signal Oscilloscopes for Modern Engineering Workflows The Analog Discovery Pro 2400 Series expands Digilent’s professional test and measurement lineup with a pair of USB-based mixed signal oscilloscopes designed for …
Does measurement still matter? Engineering has always been shaped by its tools. From early lab instruments to modern software and test systems, the way engineers observe, verify, and evaluate their …
