To make the learner to understand the fundamentals and essentials of EMC testing andits importance in product design

1. Overview of Design for Guaranteed Compliance (DGC) Process
   • Translating EMC test requirements to system design requirements
   • Recognizing what’s important
   • Determining what you need to know (and what you can never know)
   • Working with board layouts, schematics and system design/test specifications
   • Maximum coupling calculations
2. Defining the System
   • Identifying the ground structure
   • Identifying antennas/ports
   • Identifying sources
   • Identifying victims
3. Coupling Mechanisms
   • Important examples of common impedance coupling
   • Important examples of electric field coupling
   • Important examples of magnetic field coupling
   • Effectively dealing with radiated coupling
4. Narrowing the Focus
   • Risetime/bandwidth control
   • Eliminating unnecessary antennas/ports
   • Eliminating unnecessary sources/victims
   • Eliminating unnecessary requirements
   • Effective utilization of return planes
5. Dealing with What’s Left
   • Maximum emissions calculations
   • Maximum crosstalk calculations
   • Worst-case modelling
   • The EMC design review
6. Guaranteeing Compliance with Conducted Emissions Requirements
   • Identifying the sources
   • Quantifying the coupling
   • Avoiding common design pitfalls
   • Example of the process applied to an actual product design
7. Guaranteeing Compliance with Radiated Emissions Requirements
   • Identifying the sources
   • Quantifying the coupling
   • Avoiding common design pitfalls
   • Example of the process applied to an actual product design
8. Guaranteeing Compliance with Radiated Immunity Requirements
   • Identifying the sources and victims
   • Quantifying the coupling
   • Avoiding common design pitfalls
   • Example of the process applied to an actual product design
9. Guaranteeing Compliance with Bulk Current Injection Requirements
   • Identifying the sources
   • Quantifying the coupling
   • Avoiding common design pitfalls
   • Example of the process applied to an actual product design
10. Guaranteeing Compliance with Electrical Fast Transient Requirements
    • Identifying the sources and victims
    • Quantifying the coupling
    • Avoiding common design pitfalls
    • Example of the process applied to an actual product design
11. Guaranteeing Compliance with Electrostatic Discharge Requirements
    
    • Identifying the sources and victims
    • Quantifying the coupling
    • Avoiding common design pitfalls
    • Example of the process applied to an actual product design
12. Utilizing Available Resources
    • Utilizing experience with past products
    • Utilizing modelling tools effectively
    • Utilizing consultants effectively
    • Information and tools available online