🔌 USB to UART Converter PCB Design

📖 Overview

This project presents a USB to UART Converter PCB designed using KiCad. The board provides a reliable interface between a computer's USB port and UART-based embedded systems, making it useful for programming, debugging, and serial communication with microcontrollers and development boards.

The design follows standard PCB design practices, including schematic capture, PCB layout, component placement, routing, and design rule verification.

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✨ Features

• USB to UART serial communication
• Compact PCB layout
• Reliable TX/RX communication
• USB-powered operation
• Standard UART interface
• Suitable for programming and debugging embedded systems
• Design Rule Check (DRC) compliant

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🛠️ Software Used

• KiCad – Schematic Capture & PCB Layout

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📋 Design Flow

1. Create the schematic.
2. Assign component footprints.
3. Generate the PCB layout.
4. Place components.
5. Route signal and power traces.
6. Perform Design Rule Check (DRC).
7. Generate Gerber files for fabrication.

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📷 PCB Preview

The complete PCB layout is shown below.

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📜 License

This project is intended for learning, educational purposes, and personal hardware development.