b2hd-Nitsch2007a

Publications

Macro-Modelling of Nonlinear Effects in the Reverberation Chamber Under High-Frequency Excitation

J. Nitsch, E. Solovyeva, S. Tkachenko, N Korovkin, and H.G. Krauthäuser. Macro-Modelling of Nonlinear Effects in the Reverberation Chamber Under High-Frequency Excitation. In Electromagnetic Compatibility and Electromagnetic Ecology, 2007 7th International Symposium on, pp. 92 – 94, St. Petersburg, June 2007.

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Abstract

The method of construction of nonlinear model of stirred chamber with nonlinear object is considered. The nonlinear model is a polynomial of split signals. This model can be used for compensation of distortions of characteristics of an electromagnetic field in the chamber. A source of these distortions is nonlinear processes. The example of modeling of the stirred chamber with nonlinear loop is described. The accuracy of modeling is estimated.

BibTeX

@InProceedings{Nitsch2007a, author = {Nitsch, J. and Solovyeva, E. and Tkachenko, S. and Korovkin, N and Krauthäuser, H.G.}, booktitle = {Electromagnetic Compatibility and Electromagnetic Ecology, 2007 7th International Symposium on}, title = {Macro-Modelling of Nonlinear Effects in the Reverberation Chamber Under High-Frequency Excitation}, year = 2007, month = jun, pages = {92 -- 94}, abstract = {The method of construction of nonlinear model of stirred chamber with nonlinear object is considered. The nonlinear model is a polynomial of split signals. This model can be used for compensation of distortions of characteristics of an electromagnetic field in the chamber. A source of these distortions is nonlinear processes. The example of modeling of the stirred chamber with nonlinear loop is described. The accuracy of modeling is estimated.}, keywords = {electromagnetic field;high frequency excitation;nonlinear effects;nonlinear loop;nonlinear process;reverberation chamber;split signals;polynomial approximation;reverberation chambers;}, doi = {10.1109/EMCECO.2007.4371655}, ISSN = {1-4244-1269-2}, address = {St. Petersburg}, }

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