Electromagnetic Compatibility: Methods, Analysis, Circuits, by David A. Weston

By David A. Weston

Shelving consultant: electric Engineering

Revised, up to date, and accelerated, Electromagnetic Compatibility: equipment, research, Circuits, and dimension, 3rd Edition presents accomplished useful assurance of the layout, challenge fixing, and trying out of electromagnetic compatibility (EMC) in electric and digital apparatus and systems.

This re-creation offers novel details on conception, functions, reviews, electromagnetic computational courses, and prediction strategies on hand. With sixty-nine schematics delivering examples for circuit point electromagnetic interference (EMI) hardening and value potent EMI challenge fixing, this publication additionally comprises 1130 illustrations and tables. together with wide information on parts and their right implementation, the myths, misapplication, misconceptions, and fallacies which are universal while discussing EMC/EMI can also be addressed and corrected.

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Additional info for Electromagnetic Compatibility: Methods, Analysis, Circuits, and Measurement, Third Edition

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33 Common-mode transfer impedance of PTFE-insulated, twisted shielded pair. 34 0 200 400 600 Frequency (MHz) 800 1000 Differential-mode transfer impedance of PTFE-insulated, twisted shielded pair. The #1 type provides some shielding, #2 much better shielding, and #3 the best shielding. Each conduit we tested was of ½ in. , although other diameters are available. The #3 is manufactured from a brass spiral wound flexible conduit covered in a tin-plated copper braid. The #2 is a brass spiral wound flexible conduit without braid shield and #1 is aluminum spiral Cable Shielding, Coupling from E and H Fields, and Cable Emissions 529 wound with braid.

The injection circuit is designed to have a characteristic impedance of 50 Ω, and the CUT is also designed to have a characteristic impedance of 50 Ω. The current is injected via a 4 mm wide braid located above and insulated from the conduit shield and returns to the signal generator via the conduit shield. This injection circuit also has a 50 Ω characteristic impedance. The voltage developed across this segment of the conduit is also measured between the center conductor of the CUT and its shield.

5 and 15 MHz, and these correspond to the frequencies where λ/2 and λ equal the line length of 20 m. Other resonances occur at l = kλ/2, where k is an integral multiple. 67 Magnetic field induction in a transmission line formed by a wire over a ground plane. 68 Termination current for a rectangular loop oriented normal to a perfect ground plane and illuminated by a plane wave. (From Degauque, P. , Remarks on the transmission line approach to determining the current induced on above-ground cables, IEEE Transactions on Electromagnetic Compatibility, 30(1), February 1988.

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