From the Lab to the Field, Without Compromise
Hardware engineers don’t always stay in the lab. Sometimes they work from home, or they need to test equipment that cannot be brought into the laboratory. In those situations, a …
Hardware engineers don’t always stay in the lab. Sometimes they work from home, or they need to test equipment that cannot be brought into the laboratory. In those situations, a …
Building a Raspberry Pi-Based DAQ System for an SAE Baja Challenge Car The SAE Baja Challenge pushes engineering students far beyond the classroom. Teams are tasked with designing, building, and racing a …
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 …
Ready to put your digital logic knowledge to the test? We’re excited to share a project that brings fundamental concepts like state machines and counters to life using the popular …
Hi there Digilent Blog readers! I’m Dr. Brian Faulkner, professor of Electrical Engineering at Milwaukee School of Engineering in Milwaukee, Wisconsin, USA, where I teach introductory circuit theory and power …
As engineers, we know the importance of having versatile and effective tools at our disposal. The Analog Discovery 2 from Digilent is one such tool that has become a staple …
In this post, the hardware design for the Eclypse Z7 to perform wireless communication is discussed. The initial considerations behind the circuit design and PCB design have discussed in this …
Imagine you have just a few measurements left before you can hand over your latest project to your sales team so that they can present it to potential customers. But …
COILS COILS COILS If you’re like me, you’ll have many wireless charging coils around your lab for various standards. They likely entered your lab well-dressed; adorned in well-labelled packaging, …
A classic interaction between a new FPGA user and an embattled older engineer (whether on our Forums or elsewhere) goes as follows: New engineer: My design doesn’t work, could you …
Acquiring and Measuring FM Radio Frequencies From Your Desktop Overview Using Waveforms’ Oscilloscope or Spectrum Analyzer instruments to acquire the typical FM radio frequencies is just one of the capabilities …
In this last installment of our four-part blog series about creating a smart lamp, we will bring everything together. The HAL for the WaveForms SDK we developed in the Part …
The Best SDR Projects: From Amateur Radio to Satellite Tracking Software defined radio (SDR) is a digital window into signals you normally can’t see. Aircraft, ships, satellites, utility meters, amateur …
Most wireless tools are built for one job. A dedicated spectrum analyzer monitors frequencies. A GPS receiver locks onto satellites. A protocol tester checks a specific wireless standard. Each device …
How SDR Works: Understanding the Mechanics of the SDR Signal Chain Software-defined radio (SDR) has transformed the way engineers, researchers, and students interact with wireless systems. Instead of relying on …
What Is SDR (Software Defined Radio)? Software Defined Radio (SDR) is a radio communication system that performs many traditional radio functions in software instead of dedicated hardware circuits. Tasks such …