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

1. Radiated Emissions Testing
   
   • Spectrum Analysis (Time and Frequency Domains)
   • Biconical, Log-Periodic, Horn and Rod Antennas
   • 3-Meter vs. 10-Meter vs. 30-Meter Measurements
   • Design for RE Compliance
   • Set-up Parameters That Affect Measurement Results
2. ESD Testing
   • Charge, Capacitance and Voltage
   • Triboelectric Charging
   • Modelling the ESD Event
   • Dielectric Breakdown in Air and Elsewhere
   • Contact vs. Non-Contact Discharges
   • Field Coupling
   • Design for ESD Compliance
   • Set-up Parameters That Affect Measurement Results
3. Bulk Current Injection Testing
   • The Goal of BCI Testing
   • Modelling Bulk Current Injection
   • Properties of BCI Probes
   • Design for BCI Compliance
   • Set-up Parameters That Affect Measurement Results
4. Radiated Immunity Testing
   • TEM cell, GTEM, Tri-Plate, WOG and Far-Field Tests
   • Receiving “Antennas”
   • Faraday’s Law
   • Non-Linear Device Behavior
   • Design for RI Compliance
   • Set-up Parameters That Affect Measurement Results
5. Electrical Fast Transient Testing
   • Differences in Methods of Inducing EFT Transients
   • Modeling the EFT Source
   • Identifying the Current Path
   • Non-Linear Device Behaviour
   • Design for EFT Compliance
   • Set-up Parameters That Affect Measurement Results
6. Conducted Emissions Testing
   • The LISN
   • Common Mode vs. Differential Mode Emissions
   • Design for CE Compliance
   • Diagnosing a Conducted Emissions Problem
   • Set-up Parameters That Affect Measurement Results
7. Review of Other EMC Tests
   • Lightning Immunity
   • Magnetic Field Emissions
   • Power Line Transients
   • Power Drop
   • In-Situ Tests
8. General Test Guidelines
   • Calibration with Known Sources and Set-ups
   • The Test Plan
   • The Test Report
   • Test Repeatability
   • Interpretation of Test Results