Portable lighting station synchronized with music, with the Infineon CoolMOS C7 MOSFET.
A Pi Pico (RP2350 or RP2040) handheld based on the open source PicoPad schematic.
While it was just a proof of concept demonstration, it really shows TinyML is up to something big.
First experiments with a M5Stack ESP32-based ATOM ECHO in default mode as a smart speaker.
Want to remove the hassle of using command-line every time you need to upload a new firmware? Now you can!
Go beyond the Arduino with this customizable Uno template. Take your prototypes to the next level!
Learn how to create a circuit to increase the electrical current of the Arduino pins to activate loads that need more electrical current.
This Project is made using TI-RSLK. This robot is controlled through the navigation button using TI-RSLK app.
This tutorial demonstrates how to start coding on the Raspberry Pi Pico or Pico W using Visual Studio Code.
A difficult code with a try to display waveform on a small screen with precisions. Volts-time, frequency, duty cycle and divisions.
A simple stopwatch.
A one click game that's easy to build and super fun to play!
An animated Mario clock that can be a retro decorative object for any environment
This project is based on Anthony Russell's (a.k.a. BADFEED) Tiny Tetris; I just changed its OLED 12C configuration and added a joystick.
Everyone uses a 16MHz oscillator for a homemade Arduino, but did you know that ATmega328 can run without it?
This is very compact size LED scrolling display board. It feature Bluetooth and ATmega328 chip so we can exchange data using Android.
Detect spoiled products using the Tiny Machine Learning approach.
A pocket sized battery operatable and low power component tester which can test all the basic electronics components.
Hand gesture ultrasonic game using super tiny RP2040
nano9jira is a Nano 33 add-on board that enables 3.7V LiPo battery connectivity and charging function.
This is an utterly useless project since this magical object is quite useless. Everybody forgets stuff, naturally.
Looking at the different micros from STM and comparing them to each other along with an Arduino UNO, converting an STM32 board to an Arduino
Features of smart shoes: generates electricity, auto lacing, step counting, etc.
Using some external software we an easily get the code back from Arduino, but this time the code is in the form of HEX file
