EMC Publications

1.Frequency Spectra of Digital Signals

2.EM Coupling Mechanisms

3.Non-Ideal Behavior of Passive Components

4.Power Distribution Network

5.EMC Filters

6.Transmission Lines – Time Domain

7.Transmission Lines – Frequency Domain

8.Antennas and Radiation

9.Differential- and Common-Mode Currents and Radiation

10.Return-Current Path, Flow, and Distribution

11.Shielding to Prevent Radiation

12.SMPS for EMC

Appendix – Evaluation of EMC Emissions and Ground Techniques on 1- and 2-Layer PCBs with Power Converters

Part I – Math Foundations of EMC

1.Matrix and Vector Algebra

2.Coordinate Systems

3.Vector Differential Calculus

4.Vector Integral Calculus

5.Differential Equations

6.Complex Numbers and Phasors

Part II – Circuits Foundations of EMC

7.Basic Laws and Methods of Circuit Analysis

8.Systematic Methods of Circuit Analysis

9.Circuit Theorems and Techniques

10.Magnetically Coupled Circuits

11.Frequency-Domain Analysis

12.Frequency Content of Digital Signals

Part III – Electromagnetics Foundations of EMC

13.Static and Quasi-Static Electric Fields

14.Static and Quasi-Static Magnetic Fields

15.Rapidly Varying Electromagnetic Fields

16.Electromagnetic Waves

17.Transmission Lines

18.Antennas and Radiation

EMC Concepts Explained Monthly Column

Since 2017, Professor Adamczyk has been writing a monthly tutorial article called EMC Concepts Explained for In Compliance EMC trade magazine.

Page last modified January 26, 2024