Electromagnetic Compatibility: Principles and Applications

Introduction to EMI and the electromagnetic environment introduction to E and H, near and far fields, radiators, receptors, and antennas typical sources and characteristics of radiated and conducted emissions crosstalk and electromagnetic coupling between PCB tracks, wires and cables components, emission reduction techniques, and noise immunity electromagnetic shielding cable shielding, coupling from E and H fields, and cable emissions grounding and bonding EMI measurements, control requirements, and test methods systems EMC and antenna coupling printed circuit boards EMI and EMC control, case studies, EMC prediction techniques, and computational electromagnetic modeling. Appendices: characteristic impedance of conductors, wires and cables units and conversion factors electric field strength to magnetic field to power density conversions commonly-used related formulae data on bare solid copper wire (dimensions, weight and resistance).