Useful Links
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
  1. Engineering
  2. 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
  1. Electrical Fundamentals for PCB Design
    1. Basic Circuit Theory Review
      1. Ohm's Law Applications
        1. Kirchhoff's Laws
          1. AC and DC Circuit Analysis
          2. Component Fundamentals
            1. Passive Components
              1. Resistors
                1. Capacitors
                  1. Inductors
                  2. Active Components
                    1. Diodes
                      1. Transistors
                        1. Integrated Circuits
                        2. Connectors and Mechanical Components
                        3. Signal Types and Characteristics
                          1. Digital Signals
                            1. Logic Levels
                              1. Rise and Fall Times
                                1. Noise Margins
                                2. Analog Signals
                                  1. Frequency Response
                                    1. Signal-to-Noise Ratio
                                      1. Distortion
                                      2. Power Signals
                                        1. Current Carrying Capacity
                                          1. Voltage Drop Calculations
                                            1. Power Dissipation
                                          2. Electromagnetic Compatibility Basics
                                            1. EMI Sources and Effects
                                              1. EMC Design Principles
                                                1. Shielding Concepts

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                                              3. PCB Materials and Construction

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