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 …
Outfitting a lab is rarely about finding a single perfect instrument. In most cases, the goal is to choose tools that are flexible, reliable, and capable of supporting a range …
Introduction The classic electronics bench often brings to mind a large, heavy oscilloscope with a dedicated screen and complex front panel. While these instruments remain powerful, a new generation of …
A no frills blog post on the hardware features of the Analog Discovery 3 in less than 350 words for those of you that don’t have time for extra words. …
Digilent is thrilled to present the Analog Discovery 3, the highly anticipated successor to the acclaimed Analog Discovery 2. Building upon the legacy of its predecessor, the AD3 continues to …
Introducing the New Analog Discovery Pro ADP5250 Working in the office means access to lots of fun toys for an engineer. With everyone in one place, the company can splurge …
At OTH Regensburg, Prof. Dr.-Ing. Heiko Unold has spent years finding new ways to connect engineering theory with hands-on experimentation. By integrating the Analog Discovery platform across multiple courses, he …
Field-programmable gate arrays (FPGAs) are digital devices. They can’t read a voltage directly. To bring an analog signal into an FPGA, you need an ADC, short for analog-to-digital converter. You …
UMN Students Build a Rubidium Magneto-Optical Trap POSM students are gaining hands-on experience in optics, electronics, and precision measurement while building infrastructure for advanced photonics research. Building a rubidium magneto-optical …
With no class requiring it and no board experience going in, one engineering student designed a five-stage pipelined MIPS processor from scratch in VHDL and ran it on a Digilent …
