🚀 DC Motor Control Projects

Welcome to the DC Motor Control Projects repository! This repo showcases two exciting projects for controlling DC motors, each implemented in a unique way. 🌟

• 🎨 TinkerCAD Simulation: A virtual setup to experiment and learn using TinkerCAD and the L293D motor driver.
• 🔧 Real-World Implementation: A physical setup using the HW-130 motor driver for hands-on experience.

📑 Table of Contents

• 🌟 Overview
• 📁 Project Structure
• 🔌 Components Used
• 🛠️ Setup and Usage
• 🖼️ Images
• 📜 License

🌟 Overview

1. TinkerCAD Simulation:

   • A simulation of DC motor control using L293D in TinkerCAD.
   • Perfect for testing and learning in a virtual environment. 🖥️

2. Real-World Implementation:

   • A physical project using the HW-130 motor driver.
   • Great for practicing real-world applications and wiring. 🔌

📁 Project Structure

DC-Motor-Control-Projects/
├── TinkerCAD/
│   ├──code_tinkercad.ino
│   │  
│   └── tinkercad_diagram.png
│   
├── RealWorld/
    ├── code_hw130.ino
    │   
    └── hw130_diagram.png

🔌 Components Used

TinkerCAD Simulation 🖥️

• 🟢 L293D Motor Driver IC
• 🟢 Arduino UNO (Virtual)
• 🟢 DC Motor (Virtual)

Real-World Implementation 🔧

• 🛠️ HW-130 Motor Driver Module
• 🛠️ Arduino UNO
• 🛠️ DC Motor
• 🛠️ Jumper Wires
• 🛠️ Power Supply

🛠️ Setup and Usage

1. Clone the repository:

   git clone https://github.com/imrealjo37/Motor-Control-Projects.git

2. Navigate to the desired project directory ('TinkerCAD'.` or 'RealWorld'.

3. Open the Arduino code (.ino file) in the Arduino IDE.

4. Upload the code to an Arduino board (if working on the Real-World Implementation).

5. Follow the circuit diagram in the Images folder for hardware setup.

📜 License

This project is licensed under the MIT License. Feel free to use and share! ✨ See the LICENSE file for details.

👤 Author

Created by Jood. Feel free to contribute or suggest improvements to the project!