SAR reduction of wearable SWB antenna using FSS for wireless body area network applications

SAGNE, DIPIKA; PANDHARE, RASHMI A

doi:10.1007/s12046-024-02427-w

Sādhanā

2024

DOI: 10.1007/s12046-024-02427-w

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SAR reduction of wearable SWB antenna using FSS for wireless body area network applications

DIPIKA SAGNE,

RASHMI A PANDHARE

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2024

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Hybrid rib fabric electromagnetic shielding measurement in X-band

Erdem

2024

Textile Research Journal

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This study involves measurement and evaluation of the electromagnetic shielding effectiveness (EMSE) in the X-band frequency range of rib-knitted fabrics formed from hybrid conductors. Hybrid conductive fabrics were made by knitting copper, silver, and stainless steel conductors together with cotton yarn. The basic theory of EMSE is introduced, and the waveguide measurement setup described. The through-reflect-line calibration setup was used to obtain accurate results. After calibration of the established waveguide measurement setup, hybrid conductive fabrics were tested. The measurements were analyzed and the fabrics compared. The aim is to produce a hybrid fabric that is suitable for general use, has a good EMSE, is easy to produce, and offers low-cost high-frequency solutions. An easy-to-produce and low-cost EMSE material is required, especially in new-generation wearable flexible electronic devices and military applications.

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Hybrid rib fabric electromagnetic shielding measurement in X-band

Erdem

2024

Textile Research Journal

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SAR reduction of wearable SWB antenna using FSS for wireless body area network applications

Cited by 1 publication

References 30 publications

Hybrid rib fabric electromagnetic shielding measurement in X-band

Hybrid rib fabric electromagnetic shielding measurement in X-band

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