Electromagnetic Compatibility for Device Design and System Integration [Paperback]

The Electromagnetic Compatibility has become an increasingly essential factor for placing a product on the global, world wide market.

Fulfilling emission limits and immunity requirements as well as handling apparently complex cases of incompatibility demands a deeper understanding of the physical interrelations and of Maxwell's theory.

Based on the authors experiences, the textbook provides some help in solving such interferential cases.

It contains many illustrative examples and more than 80 exercises with solutions.

Fulfilling emission limits and immunity requirements, and handling complex cases of incompatibility demands understanding of physical interrelations and of Maxwell's theory. Based on the authors experiences, the textbook helps solve such interferential cases.

Motivation and Overview.- Thinking in Voltages, Currents, Fields and Impedances.- Electric Fields.- Magnetic Fields.- Electromagnetic Fields.- The Interference Model.- Intrasystem Measures.- Atmospheric Noise, Electromagnetic Environment and Limit Values.- EMC Engineering and Analysis.- Numerical Techniques for Field Calculation.- Model for Immunity Testing.- Electric Fields of Rod Arrangements.- Magnetic Stray Fields.- Self and Mutual Inductances.- Elementary Dipoles.- The Polarization Ellipsis.- Skin Effect and Shielding Theory of Schelkunoff.- Example of an EMC-Design Guide for Systems.- 25 EMC-Rules for the PCB-Layout and the Device Construction.- Easy-to-use Procedure for Predicting the Cable Transfer Impedance.- Capacitances and Inductances of Common Interest.- Reports of Electromagnetic Incompatibilities.- Solutions to the Exercises.- Physical Constants and Conversion Relations.

Curriculum Vitae of Prof. Dr.-Ing. Karl-Heinz Gonschorek

Karl-Heinz Gonschorek was born in a small village close to Hanover (Northern Germany) in Sept. 1946. In 1975 he received the Dipl.-Ing. (M.S.l“Ü