Authors - Killol Pandya, Aneri Pandya, Trushit Upadhyaya, Upesh Patel, Poonam Thanki, Kanwarpreet Kaur Abstract - The proposed Multiple Input Multiple Output dual-port antenna radiates for Ultra Wide-Band (UWB) applications. The engineered structure exhibits between the 2.10 GHz to 9.5 GHz frequency. The structure consists dual radiating elements which are positioned at certain distance in order to minimize the effect of inter element interference. The radiator is planar and having triangular shape at the upper side to disturb the current path which eventually creates better radiation. A couple of up arrow shaped slots have been created to improve the current distribution. The microstrip feed line is utilized to excite the antenna structure. A partial ground plane with isolating technique was created to receive the UWB response. The middle layer between the radiators and the ground plane is having the FR4 material which is a cost effective for the bulk production. The physical antenna has been developed from the prototype and the results were measured. The simulated results are aligned with the measured results which shows the antenna potential. The primary diversity parameters such as Diversity Gain, Envelope Correlation Coefficient, Channel Capacity Loss and Mean effective gain were also measure and their simulated values fall under the expected span. The developed antenna is well suitable for UWB wireless applications.
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