Introduction: How to Create a Simple Oscilloscope With Arduino and Tft Lcd By Mostafa piran Follow About: I'm electronic engineer More About Mostafa piran »

DIY 10Hz-50kHz Arduino Oscilloscope on 128x64 LCD Display: This project describes a way to make a simple oscilloscope that has a range from 10Hz to 50Khz. This is an extremely large range, given that the device does not use an external …

Oct 23, 2015 · I have designed an Oscilloscope using Arduino Mega 2560 and 128×64 GLCD. It works pretty good for verification of signal the range of input frequency is upto 10-12MHz and Sampling rate is 200KSPS. It has no Attenuation so you will have to …

Make an Oscilloscope Using the SainSmart Mega2560 With the TFT LCD Shield and the 3.5 "color Touch Screen: This instructable will show you how to build a portable Touch Screen Oscilloscope for less than 40 U$!

Oct 30, 2015 · This Arduino oscilloscope is perfect if you need an oscilloscope right now, but all you have is an Arduino. It's simple and quick to build.

Aug 22, 2020 · This project describes a way to make a simple oscilloscope that has a range from 10Hz to 50kHz. This is an extremely large range, given that the device does not use an external digital to analog converter chip, but only Arduino.

Oct 31, 2012 · I have designed an Oscilloscope using Arduino Mega 2560 and 128x64 GLCD. It works pretty good for verification of signal the range of input frequency is upto...

Jan 27, 2025 · Graphical Display: Replace the serial monitor with a graphical display (LCD screen or computer monitor) to visualize the signal waveform directly. You can use libraries like `LiquidCrystal` for LCD displays or `Processing` for computer displays.

An oscilloscope is a device used to observe various types of signal voltages 📉. On a graphical display, an oscilloscope can represent voltage as a one-dimensional graph, where one axis represents time ⏱️ and the other represents voltage ⚡.

Jul 24, 2012 · Using a simple Arduino board, a KS0108-compatible graphical LCD and our favourite method of reading many buttons using only one analogue input pin, Noriaki Mitsunaga has built a respectable home-made digital oscilloscope.