![]() ![]() MIMO performance metrics in terms of envelope correlation coefficient and diversity gain are also investigated. An isolation of 30 dB and an average gain of 7.5 dB is measured for dual slant 45 0 polarized antenna elements. Measured and simulated results shows by incorporating periodic array of SRRs loaded with transmission line a considerable mutual coupling reduction of 25 to 50 dB is achieved in E-plane, H-plane, and D-plane over the required band 40. ![]() Dual slant 45 0 polarization is achieved by utilizing two printed planar bow-tie antennas in orthogonal orientation. All four dual polarized antenna elements are designed to operate with a VSWR of <2 for (2.3-2.4 GHz) Band 40. Polarization and spatial diversity is achieved by utilizing dual slant 45 0 polarized antenna elements with eight independent channels. The additional horizontal strip at the bottom is utilized to seek the return current path to the ground plane. An equivalent circuit model, characterizes the effect of coupling between the array of SRRs and the loaded transmission line, which together reduces the near field coupling between the adjacent antenna elements. Computational analysis of transcriptional regulation from local sequence features to three dimensional Chen, Julie Chih-yu 2016 pdf. The design of printed periodic array of split ring resonators (SRRs) loaded with horizontal strip transmission line is proposed to mitigate the mutual coupling among the MIMO antenna elements. 2 X 2 dual slant polarized multiple input multiple output (MIMO) antennas with reduced mutual coupling is presented for polarization and spatial diversity. ![]()
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