The shielding effectiveness (SE) has become a fundamental step in testing active or passive electric devices. The Reverberating Chamber (RC) is a well- established method for determining the SE since has the advantage to expose the material to a more realistic environment. In this paper the SEe of electrically large enclosures with a metallic mesh grid in a RC is evaluated. Enclosures made with metallic mesh are considered. In particular, it is shown that the SE of a material is unable to provide complete information for the SEe of an electrically large enclosure made with the same material. Moreover, this latter one is related to the loading conditions within the enclosure itself. Measurements accomplished at RC of the Università di Napoli...
The field strength distribution in real reverberant enclosures, such as plane fuselages or factory i...
The paper focuses on the reverberation chamber method for the shielding properties evaluation of equ...
Reverberation chambers create a statistical uniformly distributed field which is very useful for shi...
The shielding effectiveness (SE) has become afundamental step in testing active or passive electricd...
In this document, a simple and efficacious method to estimate the shielding effectiveness of an elec...
The purpose of this paper is to present a new method for measuring the shielding effectiveness (SE) ...
The IEC 61000-4-21 and IEEE 299.1 documents report similar but not equal procedures to measure the s...
The paper focuses the attention on the reverberation chamber method for shielding properties evaluat...
In this article, we will show how to improve the standard procedure in the Annex G of IEC 61000-4-21...
The IEC 61000-4-21 and IEEE 299.1 documents report similar but not equal procedures to measure the s...
Measuring the shielding effectiveness (SE) of physically small but electrically large enclosures is ...
In this study, the authors present the latest developments on the measurements for the shielding eff...
The experimental validation is an important step in any measurement procedures development. In this ...
The field strength distribution in real reverberant enclosures, such as plane fuselages or factory i...
The paper focuses on the reverberation chamber method for the shielding properties evaluation of equ...
Reverberation chambers create a statistical uniformly distributed field which is very useful for shi...
The shielding effectiveness (SE) has become afundamental step in testing active or passive electricd...
In this document, a simple and efficacious method to estimate the shielding effectiveness of an elec...
The purpose of this paper is to present a new method for measuring the shielding effectiveness (SE) ...
The IEC 61000-4-21 and IEEE 299.1 documents report similar but not equal procedures to measure the s...
The paper focuses the attention on the reverberation chamber method for shielding properties evaluat...
In this article, we will show how to improve the standard procedure in the Annex G of IEC 61000-4-21...
The IEC 61000-4-21 and IEEE 299.1 documents report similar but not equal procedures to measure the s...
Measuring the shielding effectiveness (SE) of physically small but electrically large enclosures is ...
In this study, the authors present the latest developments on the measurements for the shielding eff...
The experimental validation is an important step in any measurement procedures development. In this ...
The field strength distribution in real reverberant enclosures, such as plane fuselages or factory i...
The paper focuses on the reverberation chamber method for the shielding properties evaluation of equ...
Reverberation chambers create a statistical uniformly distributed field which is very useful for shi...