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arduino

Arduino RC Submarine Project

My IR bit stream decoder for a Heli remote for Arduino.

Test handbook fork

Implementação do robot Ebotics 4in1 em Mblock e ambiente Arduino. Mblock and Arduino implementation for the Ebotics 4in1 robot.

ESP32 code for receiving data from helmets via bluetooth

A break-out-board to monitor the power on a usb-c cable. 3V-5V logic, opto-isolated.

Project for the 'Applications and Computation for the Internet of Things' course.

Searching for an optimal way of getting input from humans fingers to computers.

This project is a scalable, web based LED control platform I developed for my fathers model railway buildings. The main goal was to easily control a few hundred LEDs (on/off, dimming 0% - 100%), grouping some together and randomly turning some LEDs or groups on or off to create a lifelike simulation.

A library for Arduino to help to detect stack smashing [this repository is a mirror]

A library for Arduino to deal with rotary encoders [this repository is a mirror]

A library for Arduino to deal with the PCD8544, a LCD controller for the Nokia screens [this repository is a mirror]

A library for Arduino to deal with the HX711, a 24-bit ADC for weight scales [this repository is a mirror]

A quite fast I/O library for Arduino [this repository is a mirror]

A library for Arduino to deal with the CSN-A2 micro panel thermal printer [this repository is a mirror]

A fan was built and controlled by Arduino, connected to temperature, humidity, and proximity sensors, which communicated with the computer via a serial port.

Se construyó un ventilador controlado por Arduino, conectado a sensores de temperatura, humedad y proximidad, los cuales se comunicaban con el computador vía puerto serie.

The project from the INTEGRATED MANUFACTURING SYSTEMS LAB – CIMUBB at the University of Bío-Bío involved working on a model of an industrial product mixing machine, using Arduino for controlling both hardware and software. The model integrates motors for mixing, temperature and level sensors, and actuators, all controlled by an Arduino Uno. The software developed in the Arduino IDE manages the automated mixing process.

El proyecto del LABORATORIO DE SISTEMAS INTEGRADOS DE MANUFACTURA – CIMUBB de la Universidad del Bío-Bío consistió en trabajar en una maqueta de una máquina mezcladora de productos industriales, utilizando Arduino para el control del hardware y software. La maqueta integra motores para el mezclado, sensores de temperatura y nivel, y actuadores, controlados por un Arduino Uno. El software desarrollado en Arduino IDE gestiona el proceso de mezclado automatizado.

GBU Electrical Monitoring Environment System (GEMES) adalah sistem pemantauan daya listrik yang dirancang untuk memonitor dan menganalisis konsumsi listrik secara real-time. Sistem ini menggunakan sensor PZEM004T untuk mengukur tegangan dan arus, serta mengirim data ke InfluxDB untuk penyimpanan dan analisis lebih lanjut. GEMES menyediakan kontrol otomatis relay berdasarkan status sumber daya PLN dan UPS, memastikan kestabilan pasokan listrik dalam berbagai kondisi.

JonixLUG-AQI V1 Air Quality Indicator Advanced dust sensor (PM2.5 and PM10) with fine tuning temperature and humidity algorithm.

Simple program for Arduino for decoding a rotarary encoders actions.