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2018•IEEE Transactions on Electromagnetic CompatibilityRequires access

A Single-Layer UWB Frequency-Selective Surface With Band-Stop Response

Sayi Soundariya Sampath, Ramprabhu Sivasamy

Open publisher page 60 citations

Abstract

A single-layer compact frequency-selective surface (FSS) covering ultra-wideband application is presented in this letter. The proposed FSS constructed with convoluted elements exhibit band-stop response covering a frequency spectrum of 3.1-13.3 GHz at 10 dB. The prototype of the FSS is fabricated and the measured results seem to be in good agreement with the simulated result. Also, the designed FSS manifest polarization independent performance and good angular stability.

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What this paper is about

A single-layer compact frequency-selective surface (FSS) covering ultra-wideband application is presented in this letter. The proposed FSS constructed with convoluted elements exhibit band-stop response covering a frequency spectrum of 3.1-13.3 GHz at 10 dB. The prototype of the FSS is fabricated and the measured results seem to be in good agreement with the simulated result. Also, the designed FSS manifest polarization independent performance and good angular stability.

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OpenAlex reports 60 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A single-layer compact frequency-selective surface (FSS) covering ultra-wideband application is presented in this letter. The proposed FSS constructed with convoluted elements exhibit band-stop response covering a frequency spectrum of 3.1-13.3 GHz at 10 dB. The prototype of the FSS is fabricated and the measured results seem to be in good agreement with the simulated result. Also, the designed FSS manifest polarization independent performance and good angular stability.

Key concepts: Tunable metamaterials, Wideband, Frequency response, Frequency band, Radio spectrum, Materials science, Polarization (electrochemistry), Optics

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