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2012•Electronics LettersRequires access

Ultra-wideband frequency selective surface

Haijing Zhou, Shan Qu, J.-F. Wang, Baoqin Lin, Hua Ma, Zili Xu, P. Bai, Weidong Peng

Open publisher page 53 citations

Abstract

A compact frequency selective surface (FSS) with ultra-wideband bandpass response is presented. Its −3 dB bandwidth is from 5.85 to 18.45 GHz and the unit periodicity is about λ0/9 for the lower passband. Moreover, such a FSS has the merits of low profile, flat passband and stable performance for various incident angles within 30° and different polarisations. The design procedure and measurement results of the FSS are presented and discussed.

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What this paper is about

A compact frequency selective surface (FSS) with ultra-wideband bandpass response is presented. Its −3 dB bandwidth is from 5.85 to 18.45 GHz and the unit periodicity is about λ0/9 for the lower passband. Moreover, such a FSS has the merits of low profile, flat passband and stable performance for various incident angles within 30° and different polarisations. The design procedure and measurement results of the FSS are presented and discussed.

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Available abstract

A compact frequency selective surface (FSS) with ultra-wideband bandpass response is presented. Its −3 dB bandwidth is from 5.85 to 18.45 GHz and the unit periodicity is about λ0/9 for the lower passband. Moreover, such a FSS has the merits of low profile, flat passband and stable performance for various incident angles within 30° and different polarisations. The design procedure and measurement results of the FSS are presented and discussed.

Key concepts: Passband, Tunable metamaterials, Wideband, Band-pass filter, Bandwidth (computing), Fractional bandwidth, Optics, Center frequency

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