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Engineering
Electrical Engineering
PCB Design
1. Introduction to Printed Circuit Boards
2. Electrical Fundamentals for PCB Design
3. PCB Materials and Construction
4. PCB Design Tools and Software
5. Schematic Design and Capture
6. PCB Layout Fundamentals
7. Power Distribution Design
8. Signal Routing Techniques
9. High-Speed Design Principles
10. Electromagnetic Compatibility Design
11. Thermal Management in PCB Design
12. Design for Manufacturing
13. Design for Assembly
14. Design for Test
15. PCB Design Verification and Validation
16. Manufacturing File Generation and Documentation
17. Advanced PCB Design Topics
18. Quality and Reliability
13.
Design for Assembly
13.1.
Assembly Process Understanding
13.1.1.
SMT Assembly Process
13.1.2.
Through-Hole Assembly Process
13.1.3.
Mixed Technology Assembly
13.2.
Component Selection for Assembly
13.2.1.
Package Type Considerations
13.2.2.
Component Availability
13.2.3.
Assembly Equipment Compatibility
13.3.
DFA Guidelines
13.3.1.
Component Spacing Requirements
13.3.2.
Component Orientation
13.3.3.
Thermal Relief Considerations
13.3.4.
Assembly Access Requirements
13.4.
Solder Joint Design
13.4.1.
Pad Design Guidelines
13.4.2.
Solder Paste Stencil Design
13.4.3.
Wave Soldering Considerations
13.4.4.
Selective Soldering Design
13.5.
Assembly Documentation
13.5.1.
Assembly Drawings
13.5.2.
Pick and Place Files
13.5.3.
Assembly Instructions
13.5.4.
Quality Control Requirements
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12. Design for Manufacturing
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14. Design for Test