Personal Instrumentation and Student Learning: Part Two
We discuss results from part two and conclusions of the study.
We discuss results from part two and conclusions of the study.
Researchers examine a new approach to student learning using flipped classrooms and portable instrumentation.
Learn about Digilent’s Academic Program and if your eligible!
Peek at the Openscope MZ workbook with this brief overview!
Check out the OpenScope MZ workshop training!
Take the hard “labor” out of laboratory and the laboratory out of the classroom with this innovative teaching model!
Check out some of what Digilent is bringing to ASEE 2017!
Connect your potential with a summer project with the help of our Pmod Shield promotion!
Navigate the world of circuits with Analog Discovery 2 by your side.
Talesa provides a detailed rundown of the new Basys MX3 course material!
Check out some application ideas for our new OpenScope!
Check out our new series of educational videos!
Last month, I described a simple stateless web application using Python and Plotly’s Dash module. It created a dashboard allowing users to select waveform channels, update rate, and the number …
Software defined radio (SDR) replaces traditional radio frequency (RF) hardware with programmable software, giving you dynamic control over modulation, bandwidth, and frequency. This technology allows for wideband, flexible experimentation across …
Fritzing is a free tool that allows users to create clean and professional images of electronics projects for teaching or sharing. Digilent uses Fritzing in all of our intern-created projects, and we’re working closely with Fritzing to have a bin of Digilent parts soon.
At Digilent, we’re proud to support educators and students around the world in bringing digital design concepts to life. One recent example comes from Yeditepe University in Istanbul, Turkey, where …