2015•Unpublished venueRequires access

Single layer dual-band reflectarray antenna with two independent radiation patterns

Chulmin Han, Y.H. Zhang

Open publisher page 1 citations

Abstract

This paper present a design for X/Ku dual-band reflectarray antennas with single layer which has two independent radiation patterns for X and Ku bands. In the design, a novel dual resonance structure has been used as the unit cell for both X and Ku band to achieve dual-band performance with a new approach. A 10×10 center-fed reflectarray operating at 9 GHz and 13.5 GHz with scattering angles of 12° and -30° respectively, is designed and the simulated results are presented to validate the approach.

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What this paper is about

This paper present a design for X/Ku dual-band reflectarray antennas with single layer which has two independent radiation patterns for X and Ku bands. In the design, a novel dual resonance structure has been used as the unit cell for both X and Ku band to achieve dual-band performance with a new approach. A 10×10 center-fed reflectarray operating at 9 GHz and 13.5 GHz with scattering angles of 12° and -30° respectively, is designed and the simulated results are presented to validate the approach.

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Available abstract

This paper present a design for X/Ku dual-band reflectarray antennas with single layer which has two independent radiation patterns for X and Ku bands. In the design, a novel dual resonance structure has been used as the unit cell for both X and Ku band to achieve dual-band performance with a new approach. A 10×10 center-fed reflectarray operating at 9 GHz and 13.5 GHz with scattering angles of 12° and -30° respectively, is designed and the simulated results are presented to validate the approach.

Key concepts: Ku band, Multi-band device, Antenna (radio), Radiation, Optics, Scattering, Radiation pattern, Dual (grammatical number)

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