Introduction: Why Reading an Oscilloscope Matters Learning to use an oscilloscope is a fundamental skill for anyone in electronics, from students and hobbyists to seasoned engineers. This powerful tool plots …
Software-Defined Radio (SDR) has transformed how engineers, researchers, and educators interact with the radio frequency (RF) spectrum. By offering a flexible, programmable platform, SDRs enable rapid prototyping, experimentation, and deployment …
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 …
A data acquisition device is designed to work with a computer to capture and store data. On the other hand, a data logger is a data acquisition device and computer …
At Digilent, we are dedicated to providing our customers with PC-based test hardware and software that saves time and money. We’re happy to now include MCC electronics and DAQ products …
So I’ve been using the Analog Discovery Pro (ADP3450/ADP3250) and the Analog Discovery 2 for some time now. But one of the things I had to keep on my bench here …
Choosing the best data logger for your specific requirements can feel overwhelming. With so many types available, it’s important to focus on the features that matter most for your work—whether …
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 …
Introduction Oscilloscopes are designed to measure voltage over time, but understanding current is just as important for analyzing circuit behaviour, especially in power systems, motor control, and embedded applications. Measuring …
Introduction An oscilloscope is an essential tool for visualizing electronic signals, and one of its most valuable functions is measuring frequency—the number of times a signal repeats per second. This …
