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A method for predicting electromagnetic emissions from unknown electronic devices and cables inside low-Q cavities is presented. This method is based on measurements at the unit level, equivalent source decomposition, and numerical electromagnetic simulation of the integrated system. The approach is also valid for the analysis of cables and conductors carrying electrical currents from the interior...
An experimental verification of a new method for the prediction of system level radiation of electronic devices inside cavities is presented. The method starts from a unit level characterization of the equipment, a representation of the equipment by a model of equivalent currents and a further computation of the interaction of this current model with a geometrical model of the cavity. The idea is...
A method to predict the electromagnetic emissions from unknown electronic devices and cables at system level is presented in this paper. The method is based on measurements at the unit level, equivalent source decomposition and numerical electromagnetic simulation of the integrated system. The approach is also valid for the analysis of cables and conductors carrying electrical currents from the interior...
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