Other
“This is my next build using LED matrix’s. You may have seen my last one - 81 LED Chaser, well this project uses 100 LED’s and is an oscilloscope! Admittedly, the resolution isn’t great for checking measurements (it …
“A difficult code with a try to display waveform on a small screen with precisions. Volts-time, frequency, duty cycle and divisions. Previously, I posted a tutorial on Raspberry Pi-Pico Oscilloscope. And that was a great success. Keeping portable options in …
“Introduction The story is simple. I decided my electronics learning journey had reached a point where an oscilloscope would be a useful tool to have. However, I’m not sure how long this electronics hobby will last and so I …
“Turn your Arduino into a virtual oscilloscope with a sampling rate of 4.8 kHz This project uses the on-chip ADC to capture and visualize a signal waveform. It supports different trigger modes (including external triggering), allows the user to …
“Scoppy is an oscilloscope and logic analyzer powered by your Android phone/tablet and Raspberry Pi Pico. Signals are measured by the Pico and the waveforms are displayed on the Android device. No programming is required and both the app …
“It’s a handy little gadget that draws charts automatically using signals you feed into it from the probes hooked up to an electronic circuit. Overview You’ve almost certainly drawn charts in school. Many of them show how a …
“Measure and Analyse Voltages on the Go with nRF5340 Almost all Hobbyist and Makers dream about owning a Oscilloscope but due to huge prices we could not afford it. So why not make your own? I have created a Hand …
“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 …
“This is a simple oscilloscope made with STC MCU. You can use this Mini DSO to observe waveform. Time Interval: 100us-500ms Voltage Range: 0-30V Draw Mode: Vector or Dots.”
“Oscilloscope made using the Arduino and OLED 0.96 “display i2c. The oscilloscope has 4 buttons: the first is used to switch between options, the next two are used to change the value smaller / larger, the fourth button freezes the …