Hardware design with ChatGPT | KiCad + ChatGPT | STM32 + RS485 based 2 Channel | Ampnics

In this video, we explore how to design a 2-channel RS485 hardware module using KiCad and ChatGPT. Discover how AI can assist in schematic design, component selection, and PCB layout optimization to create an efficient STM32-based hardware solution.

Key Topics Covered:
•Introduction to ChatGPT for hardware design
•Setting up the RS485 module project in KiCad
•AI-assisted schematic design for enhanced accuracy
•Optimizing PCB layout with ChatGPT’s suggestions
•Implementing RS485 communication with STM32
•Reviewing the design for manufacturing

Timestamps:
• Introduction: 00:00
• ChatGPT Overview: 00:56
• Block Diagram : 04:07
• Component selection: 05:50
• Schematic Design: 10:41
• Schematic Review: 14:31
• PCB Layout Walkthrough: 19:21
• PCB desing Rating: 26:00
• Outro: 28:48

Whether you’re a hardware designer, electronics engineer, or AI enthusiast, this tutorial demonstrates how to integrate ChatGPT into your hardware design workflow for faster, smarter results.

How to KiCad: https://youtube.com/playlist?list=PLxgq6Jtu7shTKNNEEquF4xH6qS7Msc-iW&si=HCM8vdjeUaQ0hL7W

Links & Resources:

• Download KiCad: https://www.kicad.org

• Project Files: https://github.com/ampnics/STM32-RS485_2Channel_Switch

• Chat: https://chatgpt.com/share/6828489c-0854-800b-939d-1d68c3a890cd

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