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This paper investigated the effect of two main parameters of patch antenna by using partial ground techniques and addition of modified double W-shaped split ring resonator (MDW-SRR). The results show that these two techniques can be improving the performance of the return loss and bandwidth result of the patch antenna. The proposed antenna covers the frequency range of 1821.1 MHz to 3117.1 MHz with...
This paper investigates the effect of the complementary, split ring resonator (CSRR) structure on a bow-tie patch antenna. This CSRR structure potentially reduces the size of the patch antenna by shifted to the lower frequency. This proposed antenna has been designed for wireless LAN communication at 2.4 GHz. Firstly, the work is designing the antenna (without and with CSRR) using CST Microwave Studio...
The Minkoski Island patch antenna with complementary split ring resonator at the ground plane are proposed in this work. At the first stage, the normal square patch antennas mainly designed. Then, the Minkowski patch antenna was designed using 1st iteration technique and 2nd iteration technique. The Minkowski fractal shape slot was embedded in the center of the patch to form a Minkowski Island patch...
The objective of this paper is to investigate the effect of the meander line split ring resonator on the modified Minkowski patch antenna. In this work, a modified Minkowski patch antenna with meander line split ring resonator (ML-SRR) and quadruple-P shaped split ring resonator (QPS-SRR) structure is presented. This proposed modified patch antenna with SRRs structures achieved remarkable 2.644 dB...
This paper had been comparing the performance of the normal patch antenna with single complimentary SRR patch antenna. Four different shapes of single complimentary split ring resonator structure had been incorporated into the microstrip patch antenna - square, circular, triangular, and rhombic. This simulation works had been done in CST Microwave Studio simulation software. The operating frequency...
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