Analysis of Frequency Selective Surface With Quadruple Jerusalem Cross Unit Cell for WLAN Applications

Abstract

The proposed work shows a Jerusalem cross 2D Frequency Selective Surface (FSS) for a stopband frequency of 5.29 to 5.92 GHz. Furthermore, a quadruple Jerusalem cross (JC) structures interconnected together, and it is designed on Rogers RT5880 substrate. The performance characteristics such as, stop band transmission, reflection coefficient, bandwidth, and absorption properties are discussed. The proposed design of FSS increases the signal strength for WLAN, WIMAX and shielding applications, respectively.