AI在PCB Design的應用

Overview of Circuit Design

From Circuit to Board, Optimized, Circuit Fundamentals Review

PCB

AI 在PCB設計的應用 KiCad, Zener by Diode Computers

PCB trace routing by A*

• ATmega328P the heart of the Arduino Uno (by Black Hunter), A* for trace routing, parameter opt, cosmetic credic: ATmega328P — A* Trace Routing (student project showcase: Black Hunter)

• Crystal 石英振盪電路 (slides)

• Differential Pair, A* for trace routing, parameter tune-up

鑽孔路徑演算法 by A*

電路板鑽孔程序模擬

PCB Layout Optimization via RL (share)

• PCB Layout Optimization  using RL
• Advanced with stopping criteria, optimized 

Reference

AI Assisted PCB Pipeline Process (share)

TSP 優化推進 PCB 製造業發展研究報告 (英文版含文獻 )

Course strcture

From Circuit to Board, Optimized

│

├── 1. PCB Fundamentals

│     ├── AI 在PCB設計的應用 (KiCad, Zener/Diode Computers)

│     ├── AI Assisted PCB Pipeline Process

│     └── [Bridge Unit] Circuit Fundamentals Review ← restore this

│

├── 2. A* Trace Routing

│     ├── ATmega328P: A* routing, parameter opt, cosmetic

│     │     └── Crystal 石英振盪電路 (slides) ✓

│     └── Differential Pair: A* routing, parameter tune-up

│

├── 3. A* Drill Path

│     ├── 鑽孔路徑演算法 by A*

│     └── 電路板鑽孔程序模擬

│

├── 4. TSP Optimization

│     └── Research Report (英文版含文獻)

│

└── 5. RL Optimization

      ├── PCB Layout Optimization using RL

      └── Advanced with stopping criteria, optimized