mikroc PRO for PIC compiler - pic Family F18

This repo covers external interrupts on the ATmega328, including INT0, INT1, and Pin Change Interrupts (PCINT).

This repository provides explanations on USART for the AVR microcontroller, including its setup, and introduces the relevant libraries and APIs for configuration and usage.

Documentation for the On Board Computer used in the BIRDS3 Satellite

Implementation of a Car Black Box Using a PIC18F4580 Microcontroller with XC8 Compiler and C Programming

Complete Embedded System Diploma

Embedded system project to control a fan automatically and manually using PIC18F4620 MCU.

The aim of the project is to detect IR signals in the environment using an LPC2148 microcontroller board and print the output on an LCD connected to it

My journey into embedded systems

A collection of fun and educational programs for Atmel AVR microcontrollers.

Repositório com projetos em C, para o microcontrolador PIC18F4580, desenvolvidos na disciplina de Microcontroladores do curso SEC-IPVC. Inclui configurações, exercícios práticos e o mini projeto desenvolvido.

PWM LED control demo using Zephyr’s LED API with test patterns for brightness and blinking.

Simple embedded-C program for an interactive, multi-tiered memory game between UCFK4 microcontrollers using real-time infrared communication. ENCE260 group project at the University of Canterbury.

A real-time kernel and interrupt-driven embedded-C program for remotely accessing and controlling the state, orientation and operation of a model helicopter. ENCE361 group project at the University of Canterbury.

Two interactive challenges created using Platform.io. They are playable once uploaded onto ST Nucleo F401RE microcontroller board. Includes hardware initialization and output commands.

Automatic winding machine college project

Smart Pet Gate System, an Embedded Systems Hardware Project

The goal of this project was to create a robust PID motor controller in C on the PIC32MX270F256B microcontroller, with a Python client.

COMPENG 2DX3 Final Project

This project is designed for the STM8L051F3 microcontroller. It drives two TRIAC thyristors using GPIO outputs and reads input from a current sensor connected to the ADC. The operation of the TRIACs is controlled based on the state of a tilt switch connected to a GPIO input.