PCB Designing
FAB-252606
Module Overview
PCB (Printed Circuit Board) Designing is the process of creating circuit layouts that electrically connect electronic components in a structured and efficient manner. This course introduces students to schematic design, PCB layout creation, and fabrication file generation using KiCad, an open-source electronic design automation (EDA) software. Students will learn how to convert circuit diagrams into professional PCB layouts, understand component placement, routing techniques, and prepare manufacturing files. The course focuses on practical design skills used in electronics prototyping and product development.
Curriculum
Course Overview
This FabStudio PCB Designing course provides hands-on training in creating professional printed circuit boards using KiCad. Students will learn how to design schematics, create PCB layouts, route tracks, and generate fabrication files for manufacturing.
Software Used: KiCad (Open-Source EDA Tool)
Goal: Design and develop a complete PCB from schematic to production-ready files.
Learning Objectives
- Understand the fundamentals of Printed Circuit Boards (PCB).
- Create circuit schematics using KiCad.
- Assign footprints and manage component libraries.
- Design PCB layouts and route tracks properly.
- Understand design rules and electrical clearances.
- Generate Gerber files for PCB manufacturing.
- Develop and present a functional PCB project.
Course Content
Module 1: Introduction to PCB & KiCad
- What is a Printed Circuit Board?
- Applications of PCBs
- KiCad interface overview
- Project setup and file structure
Module 2: Schematic Design
- Creating a new schematic
- Adding components from libraries
- Wiring and labeling
- Electrical Rule Check (ERC)
Module 3: Footprints & PCB Layout
- Assigning footprints
- Switching to PCB layout editor
- Component placement techniques
- Board outline creation
Module 4: Routing & Design Rules
- Manual routing of tracks
- Via placement
- Design Rule Check (DRC)
- Layer management
Module 5: Finalizing & Manufacturing Files
- Generating Gerber files
- Drill files creation
- 3D viewer inspection
- Preparing files for fabrication
Final Project
- Design a simple functional PCB (e.g., LED driver or power supply)
- Complete schematic and PCB layout
- Generate manufacturing files
- Project presentation and evaluation