EV1527 RF remote control decoder library for AVR microcontrollers using Timer1 and external interrupts.

This repository contains comprehensive resources for AVR microcontrollers, including hardware schematics, software libraries, and educational projects.

This repository contains all the presentation files used in my educational videos.

A custom STM32-based CAN analyzer designed to capture, monitor, and analyze CAN bus data using SavvyCAN or any compatible PC software.

This repository provides ready-to-use setup files for starting new AVR projects in PlatformIO and VSCode. Simply copy and paste the files into your workspace for a quick and easy project setup.

A clean and ready-to-use STM32F103C8 project template built with STM32CubeMX and STM32 HAL libraries, designed for quick setup in Keil uVision.

This repository provides details and resources for a custom PCB that converts between different ST-LINK programmer models, offers clear pinout references, and includes an onboard USB-to-TTL convert…

Educational shield for the Quectel M66 GSM module, fully compatible with Arduino UNO.

Comprehensive library package for Altium Designer. Includes high-quality, ready-to-use, well-categorized, and tested components. Shared as a special gift for celebrating 1,000 YouTube subscribers. 🎉

This repository provides extensive resources for STM32 microcontrollers, including hardware schematics, software libraries, and educational projects.

This repository explains the general principles of microcontrollers, without device-specific details.

This repository contains files used for repairs and a list of equipment needed for those repairs.

This repository provides C-based implementations of error detection techniques such as checksums and CRCs, designed for use across various microcontrollers and communication protocols.

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

This project is designed for remote relay control via SMS using an AVR microcontroller.

This repository provides a library for using and configuring an alphanumeric LCD with STM32 microcontrollers.

This repository provides a library for using and configuring an alphanumeric LCD with AVR microcontrollers.

This repository provides complete documentation for the AHT20 sensor driver on AVR microcontrollers, covering initialization, measurement procedures, and API usage.

This repository provides a guide on using 7-segment displays with AVR microcontrollers, covering wiring, pin configuration, multiplexing, and code examples for controlling 7-Segments.

The PCB RawProject repository offers a ready-to-use Altium Designer template with pre-configured settings, designed to help you kickstart and customize your PCB projects efficientl

A flexible and easy-to-use library for controlling GPIO pins on STM32 microcontrollers using the HAL.

As an Electronics & Embedded Systems Engineer, I combine my expertise in PCB and firmware with a passion for teaching, creating open-source projects to help others innovate.

Provides precise millisecond timing for AVR microcontrollers via Timer0 in CTC mode, enabling non-blocking delays and real-time task management.

This repository provides explanations on I2C for the AVR microcontroller, including its setup, and introduces the relevant libraries and APIs for configuration and usage.

This repository provides explanations on interfacing the M66 GSM module with the AVR microcontroller, including its setup, and introduces the relevant libraries and APIs for configuration and usage.

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

This repository offers pre-tested, ready-to-use schematics and Altium design files for various projects. Simply copy and paste the components into your Altium project, and they will work seamlessly.

This repository covers GPIO features in AVR microcontrollers, enabling communication with external devices like LEDs, switches, and sensors through configurable input/output pins.

This project guides you through designing, assembling, and testing a compact, cost-effective USB to TTL converter for serial communication.