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2020•Unpublished venueRequires access

The Design of Dual Band Frequency Selective Surface

Wei Wang, Jian Dong, Meng Wang, Jinjun Mo

Open publisher page 2 citations

Abstract

This paper proposes a frequency selective surface (FSS) design with two transmission bands which operate at 4.86~7.43GHz and 10.69~12.69GHz, respectively. To exhibit the performance of the proposed FSS model we also make an analysis by equivalent circuit method (ECM). We illustrate the relationship between the FSS structure and the equivalent circuit. There is a good matching from the frequency response of equivalent circuit and the S12 parameters of FSS structure. Finally we use the surface current distribution to make a more detailed description of the characteristics of the frequency selective surface.

About this research paper

What this paper is about

This paper proposes a frequency selective surface (FSS) design with two transmission bands which operate at 4.86~7.43GHz and 10.69~12.69GHz, respectively. To exhibit the performance of the proposed FSS model we also make an analysis by equivalent circuit method (ECM). We illustrate the relationship between the FSS structure and the equivalent circuit. There is a good matching from the frequency response of equivalent circuit and the S12 parameters of FSS structure. Finally we use the surface current distribution to make a more detailed description of the characteristics of the frequency selective surface.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper proposes a frequency selective surface (FSS) design with two transmission bands which operate at 4.86~7.43GHz and 10.69~12.69GHz, respectively. To exhibit the performance of the proposed FSS model we also make an analysis by equivalent circuit method (ECM). We illustrate the relationship between the FSS structure and the equivalent circuit. There is a good matching from the frequency response of equivalent circuit and the S12 parameters of FSS structure. Finally we use the surface current distribution to make a more detailed description of the characteristics of the frequency selective surface.

Key concepts: Tunable metamaterials, Equivalent circuit, Selective surface, Electronic engineering, Multi-band device, Surface (topology), Computer science, Transmission (telecommunications)

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