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https://github.com/gmostofabd/proteus-circuits-to-pcb

🛠️ This repository is a comprehensive collection of complete PCB designs, ranging from initial Proteus circuit designs to fabricated PCBs. Each project includes simulation screenshots, production-ready Gerber files, and where possible, images from real-life production.
https://github.com/gmostofabd/proteus-circuits-to-pcb

Last synced: 1 day ago
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Host: GitHub
URL: https://github.com/gmostofabd/proteus-circuits-to-pcb
Owner: gmostofabd
Created: 2021-06-21T13:55:44.000Z (over 3 years ago)
Default Branch: main
Last Pushed: 2024-10-22T17:02:24.000Z (29 days ago)
Last Synced: 2024-10-23T12:12:46.754Z (28 days ago)
Language: HTML
Homepage: https://gmostofabd.github.io/Proteus-Circuits-to-PCB/
Size: 1.19 MB
Stars: 0
Watchers: 1
Forks: 0
Open Issues: 1
Metadata Files:
- Readme: README.md

Awesome Lists containing this project

README

        # 🛠️ **Proteus Circuits to PCB: Complete PCB Designs Collection**



  



---

## ✨ **Repository Overview**

This repository is a **comprehensive collection of complete PCB designs**, ranging from initial **Proteus circuit designs** to **fabricated PCBs**. Each project includes **simulation screenshots**, **production-ready Gerber files**, and where possible, **images from real-life production**.

Whether you're looking to study PCB layouts or simulate circuits in **Proteus**, this repository has everything you need to get started with PCB design and prototyping.

---



  



---

## 🖼️ **Features of the Repository**

  

    

      

    

    

      


        

Complete PCB Designs: Each project includes fully designed PCBs ready for production.

        

Proteus Simulations: View and simulate circuits using Proteus before converting to PCB.

        

Test Screenshots: Every PCB design is accompanied by **test-time screenshots**, proving real-world functionality.

        

Real Production Images: Where applicable, you’ll find images of the **fabricated PCB** to compare the final product.

        

Gerber Files Included: Exportable **Gerber files** are provided for each PCB design, ready for manufacturing.

        

Detailed Bill of Materials (BOM): Comprehensive BOMs ensure all required components are listed for easy production.

        

3D PCB Visualization: View your PCB in 3D to understand the component placement and overall structure.

      

    

  

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## 📄 **Included Files**

- 🔧 **Proteus Simulation Files**: `.pdsprj` files for every circuit design, allowing you to simulate the project in **Proteus**.

- 🖥️ **PCB Layouts**: `.pcb` files for complete **PCB designs**, ready for export to Gerber.

- 📦 **Gerber Files**: Exportable **Gerber files** (`.gbr`) for direct use in PCB fabrication.

- 📸 **Test-Time Screenshots**: Real-time simulation screenshots in `.png` format showing functionality during testing.

- 🖼️ **Production Images**: Photos of the fabricated PCB, where available, to showcase the end product.



  



---

## 🚀 **How to Use the Repository**







## 🚀 **How to Use Proteus**

Using **Proteus**, a powerful suite for **circuit simulation** and **PCB design**, involves a few essential steps. This guide will help you get started with **ISIS** (the schematic capture tool) and **ARES** (the PCB layout tool). 

### 🛠️ **1. Installation**

- **Download Proteus** from the official [Labcenter website](https://www.labcenter.com/).

- Follow the installation instructions for your operating system.

- Launch the application once installed and ready.

---

### 🖥️ **Familiarize Yourself with the Interface**

- **Menu Bar**: Access file operations, simulations, and tools.

- **Toolbar**: Quick access to commonly used tools.

- **Workspace**: Your primary area for circuit or PCB design.

- **Library Browser**: Access various components for your designs.

---

### ⚙️ **Using ISIS for Circuit Simulation**

#### **Step 1: Create a New Project**

- **File > New Project**: Create a new project and give it a meaningful name.

- Choose a location to save your project files.

#### **Step 2: Add Components**

- **Component Mode (P)**: Click on the component icon or press 'P'.

- Use the search bar to find specific components (e.g., resistors, capacitors, ICs).

- Select the component and place it on the workspace.

#### **Step 3: Connect Components**

- **Wire Tool (W)**: Click on the wire tool icon or press 'W' to draw connections between component pins.

- Click on a pin to start the wire and then click again on another pin to connect.

#### **Step 4: Configure Component Properties**

- Double-click on a component to open its properties dialog.

- Adjust parameters as needed (e.g., resistance values for resistors).

#### **Step 5: Run the Simulation**

- Click the **Play** button (▶) to start the simulation.

- Utilize virtual instruments like **oscilloscopes** and **multimeters** to observe circuit behavior.

- Modify your circuit if necessary and re-simulate to see changes.

#### **Step 6: Save Your Work**

- **File > Save**: Regularly save your project to avoid losing changes.

---

### 🔌 **Using ARES for PCB Design**

#### **Step 1: Create a New PCB Project**

- **File > New Project**: Create a new PCB design project.

- Save your PCB layout file for future reference.

#### **Step 2: Import from ISIS**

- **File > Import > From ISIS**: Load your schematic design from ISIS into ARES.

- This will bring over all components and their connections seamlessly.

#### **Step 3: Place Components**

- Drag and drop components onto the PCB layout area.

- Position them optimally for easier routing.

#### **Step 4: Route the PCB**

- **Route Tool**: Select the routing tool from the toolbar.

- Click on pads to connect them with traces, ensuring adherence to design rules.

- Adjust trace widths based on current requirements for safety.

#### **Step 5: Set Design Rules**

- **Design > Design Rules**: Set rules for trace widths, clearances, etc.

- Ensure compliance with your manufacturing specifications.

#### **Step 6: Generate Gerber Files**

- **File > Export > Gerber**: Generate Gerber files for PCB manufacturing.

- Select necessary layers for export (top layer, bottom layer, etc.).

#### **Step 7: Save Your PCB Layout**

- **File > Save**: Save your PCB layout and check that everything is set up for production.

---

### 🎯 **Tips for Effective Use of Proteus**

- **Explore Tutorials**: Look for [video tutorials](https://www.youtube.com/results?search_query=proteus+tutorial) and documentation on the Labcenter website or YouTube to see **Proteus** in action.

- **Experiment with Components**: Don’t hesitate to experiment with different components to deepen your understanding.

- **Use Libraries**: Proteus has a vast library of components. Utilize these to streamline your designs.

- **Simulation Features**: Make the most of various simulation tools, like [logic analyzers](https://www.labcenter.com/logic-analyzer/) and virtual instruments, to accurately analyze circuit performance.

By following these steps and familiarizing yourself with the tools and features of **Proteus**, you can efficiently design and simulate electronic circuits and PCBs. If you have specific questions or need help with certain functionalities, feel free to reach out!

--- 

## 📂 **Repository Structure**

```bash

Proteus-Circuits-to-PCB/

│

├── assets/                    # Images, banners, and graphics for README

├── Project_1/                 # Example project folder 1

│   ├── Proteus_Files/         # Proteus circuit files (.pdsprj)

│   ├── PCB_Layouts/           # PCB layout files (.pcb)

│   ├── Gerber_Files/          # Exportable Gerber files (.gbr)

│   ├── Screenshots/           # Test-time screenshots (.png)

│   ├── Production_Images/     # Photos of real fabricated PCBs (.jpg)

│   └── BOM/                   # Bill of Materials (.xlsx or .csv)

├── Project_2/                 # Example project folder 2

│   └── ...                    # More projects following the same structure

├── README.md                  # This documentation file

```

---

## 🔗 **Additional Resources**

- [Proteus Download](https://www.labcenter.com/downloads/)  

- [Gerber File Export Guide](https://www.autodesk.com/solutions/gerber-files)  

- [PCB Fabrication Services](https://www.pcbway.com)  

- [3D PCB Visualization Tool](https://www.pcb-3d.com)

---

## 🎯 **Learning Goals**

This repository will help you:

- Design and simulate circuits in **Proteus**.

- Convert **Proteus** designs into professional PCB layouts.

- Learn how to export **Gerber files** for PCB manufacturing.

- Gain insights into the real-world fabrication process of PCB designs.

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## 💡 **Contribute to the Repository**

We encourage contributions! Feel free to submit **pull requests** if you have new PCB designs, or open **issues** for suggestions or questions. We welcome community input to expand this collection of **PCB projects**.

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## 📝 **License**

This project is licensed under the MIT License. See the [LICENSE](./LICENSE) file for more information.



  



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## 📞 **Contact Us**

If you have any questions, feel free to reach out via [[email protected]](mailto:[email protected]).



  



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