Find out where you really belong with five simple questions!
Brandon details his struggle with a particular circuit, and the eventual success and growth that the hiccup inspired.
Brandon provides a detailed overview of USB and what it can do with our FPGAs!
Eric explains details the inspiration behind his positively motivating project, along with instructions on how to get started making your own!
Jay takes us through the basics of managing timers on a microcontroller!
Brandon guides us through how to figure out signal polarity for your FPGA.
Quinn examines which approaches may work best when teaching STEM to students, taking into account different individual learning styles.
James recounts his problem-solving process after encountering some behavior one generally does not see in a major electronics application.
Kaitlyn demonstrates how to calibrate properly for the best results in this comprehensive tutorial.
Ella details her struggle with obstinate technology.
Digilent lets it’s geek flag fly in celebration of the holiday!
You may have heard about our powerful, all-in-one instrument the Analog Discovery 2, and wanted an opportunity to try it out. There’s only so much you can learn from videos …
Mixed‑signal validation often starts with more tools than necessary. An oscilloscope for analog signals, a logic analyzer for digital buses, and a separate signal generator just to get known inputs …
This Mandelbrot set renderer was created by Conrad, who shared the project on GitHub (username conradSZY05). Built for the Digilent Basys 3, the design uses VHDL and Xilinx Vivado to …
Debugging modern embedded systems often requires piecing together information from multiple tools to understand both analog and digital behavior. In a recent Digilent webinar, we took a closer look at …
The Question A Digilent forum user working on a vintage computing project needed to troubleshoot hardware built around a 6502 CPU. Their goal was to extract the CPU’s address and …
