volume | PIER Journals

Abstract

In this letter, a compact stable bandpass frequency selective surface (FSS) operating at 3.14 GHz is proposed by using a novel Y-type element. The measured and numerical results are in good agreement, except a little deviation of resonant frequency and a little change of bandwidth, which show that the proposed FSS has good angle and polarization stability. Numerical results show that the dimension of the element is only 0.042λ₀×0.042λ₀, where λ₀ represents the wavelength at the resonant frequency 3.14 GHz. Thus, the FSS is suitable for practical application in limited space.

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Dr. Rui Wu

Dr. Hou Zhang

Dr. Zi-Mu Yang

Dr. Tao Zhong

Dr. Yongfan Lin