Day 1
Section 1: Introducing EMI and EMC
- Understanding EMI – A field point of view with Demo
- Demystifying EMC tests – types and purposes with Demo
- How to mange the EMC process in R&D to ensure pass the test the first time
Section 2: Emissions
- Understanding conducted emissions – Differential and common mode with Demo
- Understanding radiated emissions – Antenna 101 with Demo
- ESD related emissions
Section 3: Troubleshooting tools
- Near-field probe – theory and application with Demo
- Current probe – theory and application with Demo
- TEM Cell – theory and application with Demo
Section 4: Passives and filter
- Capacitors – the complete guide to select effective capacitors
- Inductors – core, winding and more
- Transformers – design and application for EMC
- Ferrite cores – theory and applications with Demo
- Resistors
- Filter – insertion loss and implementation with simulation & Demo
Day 2
Section 1: Immunity
- Understanding conducted immunities with Demo
- Understanding radiated immunities with Demo
- ESD related immunity issues
Section 2: Troubleshooting tools for immunity
- Near-field probe – revisiting
- Current probe – revisiting
- TEM Cell – revisiting
Section 3: Grounding and shielding techniques
- Understanding grounds
- Shielding – how to achieve shielding effectiveness with Demo
Section 4: Design your product with EMC in mind
- Decoupling caps – advanced use.
- Inductance or Resistance ? – A useful discussion
- Copper – Friend or foe?
- Structure resonance – techniques to locate and fix the resoance
- Discussions