Experimental Comparison Between Source Stirring and Mechanical Stirring in a Reverberation Chamber by Analyzing the Antenna Transmission Coefficient
Alfredo De Leo, G. Cerri, Paola Russo, Valter Mariani Primiani
Abstract
Alfredo De Leo, G. Cerri, Paola Russo, Valter Mariani Primiani
Abstract
In this paper the result of a wide set of measurements based on scattering parameters, performed on a novel type of reverberation chamber are presented. Two stirring actions are considered: the first one is the traditional mechanical stirring, obtained by rotating a Z-folded metallic paddle; the second technique is realized by inserting two of monopoles into the chamber's wall and subsequently varying their position, so changing the electromagnetic field configuration inside the cavity. A statistical analysis of the scattering parameters is reported, so the chamber is characterized by a wide set of parameters.
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In this paper the result of a wide set of measurements based on scattering parameters, performed on a novel type of reverberation chamber are presented. Two stirring actions are considered: the first one is the traditional mechanical stirring, obtained by rotating a Z-folded metallic paddle; the second technique is realized by inserting two of monopoles into the chamber's wall and subsequently varying their position, so changing the electromagnetic field configuration inside the cavity. A statistical analysis of the scattering parameters is reported, so the chamber is characterized by a wide set of parameters.
Key concepts: Electromagnetic reverberation chamber, Acoustics, Scattering, Paddle, Transmission coefficient, Materials science, Antenna (radio), Position (finance)