Design and validification of Trilateral Censored Resonator Structure with Patch Antenna intended for WLAN Purposes
This research consists of a suggestion and exploring the effect of a completing equilateral trilateral Censored separated roar resonator (CETCSRR) predictable antenna with microstrip patch has been investigated at 2.44 GHz on behalf of Wireless local area network (WLAN) practices as well as confirmation of validification by comparing simulation result of complete antenna and the corresponding circuit model. The CETCSRR structure potentially increases performance of proposed antenna and resonance frequency shifted to the lower frequency reason. The electromagnetic behaviour of CETCSRR is analysed for understanding the antenna mechanism. The parameters that considered in proposed structure are return loss, radiation characteristics, resonant frequency, polarization, directivity, bandwidth and gain in terms of size of CETCSRR, distance between two CETCSRR, number of CETCSRRs and orientation pattern of two CETCSRR. The focusing parameters achieved meaningful performances of return loss, directivity, radiation characteristics and gain that obtained from the single CETCSRR as well as dual CETCSRR patch antenna that may provide better coverage in WLAN application.