Design of Wideband and Dual Polarized of CPW-Fed Dipole Antenna for using 5G Communication

The system proposes dipole CPW (Coplanar Waveguide) fed antennas show better behaviour for the Wireless applications. This antenna used in wireless broadband communication due to its mechanical design simplicity and radiation properties. The broadband bandwidth and radiation pattern can be optimized using antenna geometry. The proposed antenna is used for precise operating frequency, where the frequency spectrum is 2.45 GHz and 5.5 GHz. To achieve the proposed frequency, the antenna is fed with Coplanar waveguide is implemented and measured with dimensions of mm with XY, ZX plan. To increase the bandwidth, first the mid-section of two short slots of either side of the single pole length is increased slowly to check out the maximum bandwidth. The method obtaining the operating frequency lies in the frequency band, the mid-section of long slot has to be decreased gradually; thus, operating frequency shows at 2.45 GHz and 5.51 GHz with return loss of −20 dB, and the whole design is viewed on the HFSS in proposed frequency at maximum bandwidth, and thereafter to check out the characteristics of antenna the parameters such as Return loss characteristics, VSWR, Azimuth pattern, Elevation pattern and 3D distribution pattern. To change the frequency value and get the output in the form of waves in the graph, and the gain value analyzed from the result graph.