Performance of single and double layered wire mesh electromagnetic shield(s) in the laboratories of degree engineering colleges

Pramanick, Moumita; Pal, Joydev; Chakraborty, Monali; Rahim, Syed Masudur; Dey, Tarun Kumar

doi:10.1109/incemic.2018.8704546

2018 15th International Conference on ElectroMagnetic Interference &Amp; Compatibility (INCEMIC) 2018

DOI: 10.1109/incemic.2018.8704546

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Performance of single and double layered wire mesh electromagnetic shield(s) in the laboratories of degree engineering colleges

Moumita Pramanick¹,

Joydev Pal²,

Monali Chakraborty³

et al.

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2022

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“…Most of these studies focused on the analytical calculation of the shielding effectiveness using the well-known approach of Schelkunoff [18] combined with experimental validation, as given in [28,32,33,35,36,38]. Regarding far-field, only a few studies [33][34][35]37] present numerical simulations for the prediction of the shielding behavior of metal meshes. In near-field, only a few authors investigated the SE of metal meshes [38][39][40][41].…”

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Modeling Electrical Conductivity of Metal Meshes for Predicting Shielding Effectiveness in Magnetic Fields of Wireless Power Transfer Systems

et al. 2022

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The dimensioning of wireless power transfer systems requires compliance with safety standards for human exposure and electromagnetic compatibility. For this reason, shielding is conventionally carried out with heavy and costly plates. In order to evaluate a lightweight and low-cost alternative, this paper presents a comprehensive investigation of the shielding effectiveness of metal meshes in magnetic fields of wireless power transfer systems, including analytical modeling and experimental validation. Special emphasis is laid on the validation of novel analytical approximation approaches to model the anisotropic electrical conductivity of metal meshes. The proposed approaches show good consistency of the mean value taking into account warp and weft direction, whereas the modeling of the anisotropic behavior is not sufficiently accurately represented. Using the calculated electrical conductivity, the analytical modeling of the maximum shielding effectiveness based on a literature-known approach is very consistent for the experimental validation. Thus, the performed studies provide a significant contribution to the dimensioning of metal meshes as shielding for wireless power transfer systems.

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Modeling Electrical Conductivity of Metal Meshes for Predicting Shielding Effectiveness in Magnetic Fields of Wireless Power Transfer Systems

et al. 2022

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Performance of single and double layered wire mesh electromagnetic shield(s) in the laboratories of degree engineering colleges

Cited by 1 publication

References 1 publication

Modeling Electrical Conductivity of Metal Meshes for Predicting Shielding Effectiveness in Magnetic Fields of Wireless Power Transfer Systems

Modeling Electrical Conductivity of Metal Meshes for Predicting Shielding Effectiveness in Magnetic Fields of Wireless Power Transfer Systems

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