Electro Chromic-Based Unit Cell for Millimeter-Wave Reconfigurable Reflectarrays

M. Norooziarab, S. Bulja, R. Cahill, Rose Kopf, M. Cappuzzo, A. Tate
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Abstract

In this paper, the feasibility of exploiting the dielectric tunability of a novel tuneable material, namely Electro Chromic (EC) material, to construct a reflectarray unit cell is demonstrated for the first time. In this regard, the design of an EC-based reflectarray unit cell which provides electronic control of the reflection phase at millimeter wave frequencies is presented. The unit cell is an aperture-coupled microstrip patch which exhibits a maximum reflection phase shift of about Δϕ = 133° at the center frequency of fc = 299.7 GHz.
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毫米波可重构反射射线的电致变色单体电池
本文首次论证了利用一种新型可调谐材料——电致变色材料(EC)的介电可调性来构建反射单元电池的可行性。在这方面,设计了一种基于ec的反射单元,它提供了毫米波频率下反射相位的电子控制。该单元电池是一个孔径耦合微带贴片,在中心频率fc = 299.7 GHz处,最大反射相移约为Δϕ = 133°。
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