Concepts and factors to keep in mind when selecting an oscilloscope include bandwidth, sample rate, max memory depth, and waveform update rate.

If you haven’t spent the time to learn how to properly use a scope [Bald Engineer] has a great introduction to making six measurements with an Arduino as a test device.

This article is intended to help you learn the basics of oscilloscope functions and specs, and how to go about selecting the best scope for your application.

YouTube is an amazing resource. No matter what you’re interested in or what you want to learn, YouTube probably has a video on that topic. Oscilloscopes are no exception. There are literally thousands ...

The video gives an example of performing simple component testing using a curve tracer or “Circuit Octopus” and an oscilloscope. It describes the Octopus, then delves into how to check resistors, ...

Rémy Mallard’s Book “Oscilloscopes Understanding and Using Them Effectively” sets out to demystify the oscilloscope, an ...

When you’re hunting for a signal with your oscilloscope, the stronger it is, the better. If it’s weak, you might struggle to tease it out from other interference, or even from the noise… ...

Check out the video below to learn more about learning the oscilloscope basics with an Arduino Uno. Watch this video on YouTube. “Learning to use a new oscilloscope can be daunting.