Wearable antennas using different substrates

Abstract

Communication systems consolidate with cloths and wearable items by which medical devices are creating an impact on intensifying healthcare provisions. These wearable items when fully flourished will be capable of warning and demanding attentiveness, if needed also minimizing the Hospital Resources money. Further, they can play a crucial role in blocking ailments, health irregularities and unanticipated heart or brain disorder in healthy people. This paper discloses the performance analysis of wearable textile micro strip patch antenna designed with two different substrates like Wash cotton and Resin for Wireless Body Area Network (WBAN). In this proposed paper, wearable textile antenna was designed at 2.45 GHz frequency by using HFSS. The developed antenna has been simulated and tested for various performance parameters like Reflection coefficient, Gain, Directivity, VSWR, Efficiency, and Bandwidth.