Educating Kids
When I was little, I always was inspired to put LEGOs together and take them apart. I could spend a whole day just building and playing around. When I was …
When I was little, I always was inspired to put LEGOs together and take them apart. I could spend a whole day just building and playing around. When I was …
Dharsan, a new Digilent intern, used the LabVIEW Home Bundle and the NI myRIO to create a circuit that controls the speed of a fan based on a temperature reading.
This is a continuation of previous blogs about logic gates. Earlier you read about logic gates and their functions. Then you read about how to code logic gates in Verilog, VHDL, and C. Now its time to learn about creating logic gates with transistors. After reading all of these posts you’ll have learned about logic gate theory, coding logic gates in both hardware and software, and the physical hardware design of logic gates.
In a Wired magazine article, physics professor Rhett Allain answers some of the questions he gets from students about what he’s looking for in the lab.
In a previous post, I talked about how plasma can be used to build high-fidelity speakers. Plasma isn’t limited to only producing sound– it can also be used to record it. Being made up of physical particles, plasma can be affected by vibrations through the air. This means it is possible to build a plasma arc microphone using the proper circuit. This application is far less common than using a plasma arc for a speaker, but research has still been done on the subject.
Last year, I wrote a blog post that featured everyone’s favorite women in STEM history. In celebration of yesterday’s International Women’s Day, I’d like to bring that back!
As I mentioned a couple days ago, we will have a greater focus on women’s history within STEM this month. Last summer, I did a blog series focusing on just that! With it being the beginning of the month, I’d like to do a throwback to one of my first posts in the series that provided an overarching history of women’s involvement in the long history of science, technology, engineering, and math.
During the Christmas break, I ended up reading iLAB Analog, a new textbook written by Dr. Chen Yun Chao from National Taipei University of Technology Department of Electronic Engineering. I was excited to read a book that deals with both conceptual knowledge and has practical labs. For anyone who wants to learn about analog circuits but has very basic knowledge of physics, it is a good starting point. This book is currently being used in the Intro to Analog Circuits class held at National Taipei University of Technology.
As you learned from my previous post (the Analog Edition version of this post), we used the Analog Parts Kit and Analog Discovery in EE352 at Washington State University (WSU) to make an AM radio transmitter and receiver. Not only do we use Digilent products in EE352, but we also used Digilent parts in EE324 (Fundamentals of Digital Systems) — the digital lab class I was taking.
One of the reasons I like working at Digilent is that we are primarily an educational company. Because of that, I thought some of you might want to know how we use Digilent products in our classwork at Washington State University (WSU).
As an an engineer, regardless of your specific engineering sub-field, you are going to have to use a debugger at some point in your career. Interestingly enough, most people, whether it …
I recently found another exciting example of Digilent boards in an academic textbook! The Zynq Book is a handy tool for a deeper understanding of “sophisticated” devices and as the first look at the Zynq System on Chip (SoC). In fact this is Digilent’s mission: to bring engineering to every interested person through affordable materials.
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 …