There’s no substitute for a proper oscilloscope on your electronics bench. But unfortunately we still don’t have one of our own. But we’ve got an Arduino board and paired with ano… ...

If you don’t have an oscilloscope you’d be surprised how many times you find yourself needing one. But if you have an Arduino on hand, the next time you might be able to get by with thi… ...

Create the DAC circuit as shown in the schematic below and hook it up to the D5 and D6 pins of the Arduino (you must use these pins for DAC), D3 must also be used for the alpha pin. Hook the Joysticks ...

To make your own Arduino based oscilloscope, follow these four steps. Your board will be able to use up to four input channels at frequencies up to 7 kHz and as many as seven input channels at 4 kHz.

The Arduino-based oscilloscope project aims to create an affordable and versatile tool for electronics enthusiasts, hobbyists, and students. This oscilloscope can accurately display voltage waveforms ...

Learn the basics and guidelines for choosing the right oscilloscope for your circuit design project. Find out how to compare bandwidth, sampling rate, channels, probes, memory, and features.

The project has been test it with multiple signal voltages (+15 to -15) V Ac and DC and multiple frequencies (30Hz to 1 kHz) and it can measure more voltage Depends on signal condition circuit (the ...

Measuring a specific point (node) in an RF circuit with a regular oscilloscope probe can disrupt the circuit's performance, even when the probe is set to a less intrusive mode. A solution is a ...

Oscilloscopes are very useful electronic instruments that enable one to see voltage wave-shapes in an electronic circuit. But these instruments are very expensive and average students can hardly ...