Abstract
A prototype of single-band MIMO patch antenna array for KU-Band implementations is recommended in this research paper. Using Rogers RT / Duroid6202 (lossy) substrate material with a dielectric constant 2.94 and height 1.52 mm, the suggested antenna set is planned. Using the CST microwave studio, the planned antenna array is structured and the simulated results are verified experimentally using a vector network analyzer (VNA). For the suggested MIMO antenna, the different technical parameters such as voltage standing wave ratio (VSWR), e-h plane radiation patterns, radiation quality, total efficiency, gain and direction are tested and calculated. The suggested antenna is observed to resonate at 13.5GHz with a return loss of −24.521dB and a peak gain of 8.5259dB from the observational data. To explore the diversity of the MIMO system the envelop co-relation coefficient (ECC), diversity gain is also investigated. From the simulated and experimental results, it is concluded that proposed antenna is prime candidate for KU-band wireless applications.
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