Modeling of Aperture Fields for Cavities Excited by Stochastic Current Sources

Haider, M.; Stosic, B.P.; Baharuddin, M.H.; Doncov, N.S.; Thomas, D.W.P.; Russer, P.; Russer, J.A.

Document type:: Zeitschriftenaufsatz
Author(s):: Haider, M.; Stosic, B.P.; Baharuddin, M.H.; Doncov, N.S.; Thomas, D.W.P.; Russer, P.; Russer, J.A.
Title:: Modeling of Aperture Fields for Cavities Excited by Stochastic Current Sources
Abstract:: Stochastic electromagnetic fields can be described by correlation spectra. In this paper, we describe modeling of the aperture field for a cavity with multiple stochastic sources for field excitation within the cavity with an arbitrary degree of correlation between the sources. In this modeling approach, the contribution to the aperture field from each radiation source is characterized experimentally and numerically by determining $S$-parameters first. Variable degree of source correlation can have a significant impact on the aperture field «
Stochastic electromagnetic fields can be described by correlation spectra. In this paper, we describe modeling of the aperture field for a cavity with multiple stochastic sources for field excitation within the cavity with an arbitrary degree of correlation between the sources. In this modeling approach, the contribution to the aperture field from each radiation source is characterized experimentally and numerically by determining $S$-parameters first. Variable degree of source correlation can h... »
Keywords:: Stochastic electromagnetic fields, electromag- netic interference, electromagnetic compatibility, cavity aperture, correlation spectra, noise electromagnetic fields.
Journal title:: Microwave Review 2016-12
Year:: 2016
Year / month:: 2016-12
Quarter:: 4. Quartal
Month:: Dec
Language:: en
WWW:: http://www.mtt-serbia.org.rs/files/MWR/MWR2016dec/Vol22No2-05-MHaider.pdf
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