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In this paper, a dual frequency resonance antenna is achieved by inset fed rectangular microstrip patch antenna with parasitic Element. It is analyzed by using circuit theory concept in which theoretical result is compared with IE3D simulation. It is found that, the bandwidth of lower and upper resonance frequency of simulated result are 1.01% and 2.42 %, whereas for theoretical result are 1.83 %...
In the present paper the analysis of gap coupled Rectangular Microstrip patch antenna is carried out by using cavity model. The proposed designed structure provides an impedance bandwidth of nearly 50.6%. The effect of air gap, distance between the parasitic and feed patch and dimensions of fed patch are also studied. The theoretical results are compared with the simulated and Experimental results...
In this paper analysis of double U-slot loaded patch antenna is presented. The parameter of the antenna significantly depends on slot dimensions. Bandwidth of the proposed antenna is found 21.59 %. The 3dB beamwidth of the antenna is found to be 90° for the central frequency of 1.9 GHz. The theoretical results obtained from the analysis are compared with IE3D simulated and experimental results which...
A broadband antenna is achieved by introducing U-shaped of slot in circular disk patch. In U- slot loaded disk antenna, typically 24.21 % bandwidth is obtained. Variation of slot length (Ls), slot width (T), and base length ( Lb) are studied to obtain the desired bandwidth and good matching. The theoretical results compare well with IE3D simulation and experimental results.
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