This project demonstrates the design and implementation of a microcontroller-based system for controlling high-powered electronic devices.
It is built around the PIC16F877A and integrates both hardware and software components.
A 4-bit LCD interface is used for real-time status display, while supporting circuit design, PCB layout, and simulation files are included.
The project highlights embedded systems development with C/Assembly programming and hardware prototyping.
- PIC16F877A-based control system
- LCD Display (4-bit mode) for user feedback
- Circuit design and simulation files
- PCB routing and 3D hardware view
- Code written in C/Assembly
- Codes/ → Source code for PIC16F877A (LCD interfacing & control logic)
- project/ → Circuit diagrams and design files
- images/ → Simulation screenshots, PCB layout, and 3D views
- README.md → Project documentation
- Microcontroller: PIC16F877A
- Programming Languages: C, Assembly
- Simulation/Design: Proteus (or equivalent)
- PCB Layout: Included in project files
- Home and industrial automation
- Switching and monitoring of high-powered devices
- Educational demonstrations of embedded systems
Simulation, PCB design, and 3D layout screenshots can be found in the images/ directory.
This project is released under the MIT License. You are free to use, modify, and distribute it with attribution.
A PIC16F877A based project for controlling high powered electronic devices.
