Design Analysis on Wearable Patch Antenna for Wireless Applications

In today's world, the compactness of wireless systems has made possible the utilization of wearable patch antennas in plenty of programs and is currently one of the quickest developing technologies around the globe. In general, many of the wearable patch antennas use textile material as their substrate. In commercial terms, the available textile materials and their properties has a far larger influence on the functionality of wearable antennas. These antennas are intended to be a component for the clothing which can fulfill various communication applications such as mobile computing, tracking, public safety and navigation. The wearable antennas which use textiles as their substrate often has a lower dielectric constant compared to some others for its efficiency. The latest studies on such antennas have sparked significant interest regarding the usage of wireless body are network (WBAN) applications. This study discusses recent advancements in the area of antennas which can be worn, including their designs, materials employed, and effective results for diverse wireless applications