This study presents a comprehensive review of the characterization techniques of a
reverberation chamber (RC). After describing the limitations of the theoretical models for the …

This paper analyzes the performance of a reverberation chamber when the working volume
(WV) is positioned inside the stirrer rotating volume. More precisely, considering a very large …

This paper presents a reverberation chamber (RC) numerical modeling based on a discrete
plane wave representation. In particular, the attention is focused on those parameters that …

The IEC 61000-4-21 and IEEE 299.1 documents report similar but not equal procedures to
measure the shielding effectiveness (SE) of enclosures through the use of reverberation …

We propose a statistical analysis of immunity testing in EMC based on binomial distributions.
This approach aims at extracting the immunity properties of a device from its probability of …

We study the normalized field statistics inside nested reverberation chambers (NRCs),
through the analysis of the shielding effectiveness of enclosures and material samples. The …

The theoretical field strength values in reverberant environments can easily be
approximated using the well-established models. In the near-average range of the …

The probability density function (PDF) of the quality factor Q of well-stirred mode tuned,
source stirred, and mode stirred reverberation chambers (STRCs, SSRCs and MSRCs …

The maximum electromagnetic field formed in the electrically large enclosures for a given
input power has always been the focus of electromagnetic compatibility issues such as …

Electronic equipment is often susceptible to the maximum field strength instead of the
average field strength. The difficulty of finding the absolutely maximal field strength inside a …