Mickey Mouse Modeled MIMO Antenna for Extended UWB Applications

摘要

In this digital world, data speed is expected to be around 10Gbps. Internet of Things (IoT) is mainly implemented in industries, automotive and medicine applications so 5G is developed. The paper puts forth a hybridized slot circular printed multiple input multiple output (MIMO) antenna with differentiated ground and dual ports for Ku- band frequencies ranging from twelve to eighteen gigahertz X- band frequencies ranging from eight to twelve gigahertz and C- band frequencies ranging from four to eight gigahertz applications with little bit coverage of S- & K- band also. Hybrid slots are etched from radiating element for enhancing the bandwidth from Ultra Wide Band (UWB) to extended UWB range, which is suitable for 5G communication systems. The maximum peak gain over the operated band is 6. 87dBi. Additionally, the coefficients for the total reflection (<.4) and envelope correlation (.03), diversity gain (10dB) and the capacity loss of the channels (<.02) are analyzed for obtaining the high isolation between radiating elements. This structure has been designed and simulated using HFSS simulation tool.