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60 lines
2.5 KiB
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# Arduino Uno Rev3 based PCB Design (Altium Designer)
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This repository contains a complete **Arduino Uno Rev3 PCB design** based on the reference design from **Fedevel Academy**. It includes the full **schematic**, **PCB layout**, **assembly files**, **BOM (Bill of Materials)**, and **3D views**.
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As part of my learning process, I manually recreated the schematic and implemented the PCB layout in Altium Designer. This project was intended as a personal exercise in schematic capture, layout, DRC management, variant handling, and preparing manufacturing outputs.
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The goal of this project is to provide a **custom PCB design** that replicates the Arduino Uno Rev3 form factor and features, while offering a more professional approach to designing Arduino-based boards.
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## Features
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- Fully compatible with **Arduino Uno Rev3**
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- Designed using **Altium Designer**
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- Includes **3D view** of the PCB layout
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- Detailed **schematic diagram** of the design
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- Complete **Bill of Materials (BOM)**
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- Ready-to-use **assembly files** for manufacturing
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## Project Files
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The following files are included in this repository:
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- **Schematic**: Detailed circuit diagram in `.SchDoc` format
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- **PCB Layout**: Fully routed PCB design in `.PcbDoc` format
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- **Assembly Files**: Includes gerber files for manufacturing
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- **BOM**: Complete Bill of Materials for easy component sourcing
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- **3D View**: A 3D rendering of the PCB layout for visual inspection
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### File Structure:
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- `schematic/`: Contains the schematic design file (`.SchDoc`)
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- `Assembly and 3D Models/`: Gerber files for PCB manufacturing , Bill of Materials and 3D render images of the PCB
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### Schematic Diagram
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### PCB Layout
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 <!-- Image of PCB layout preview -->
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### 3D View of the PCB
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## Build Instructions
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### Step 1: Manufacturing the PCB
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1. Download the **Gerber files** from the `assembly/` folder.
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2. Use these files to send to your preferred PCB manufacturer.
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### Step 2: Assembling the Components
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1. Once you have the PCB, begin the assembly by following the **Bill of Materials (BOM)**.
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2. Solder the components according to the **schematic** and **PCB layout**.
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3. Ensure all connections are made correctly, especially power and ground connections.
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### Step 3: Testing the Board
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Once the board is assembled:
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1. Connect it to a computer or USB power supply.
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2. Load the standard **Arduino Uno sketch** onto the board to verify that it functions correctly.
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