Design and analysis of FMSPAA with metamaterial for 25GHz applied a WBAN

Abstract

A FMSPAA is fabricated with metamaterial structure at 2.3mm above the G plane. In this paper, we outline metamaterial system development for FMSPAA. In addition, it has exceptionally high frequencies for operation. In co-research here, it details the FMSPAA’s very tight integrated AA and feedernetwork structure. The advantage of FMSPAA metamaterial is that bandwidth, directivity, and RL are all effective at the same fr and bandwidth, directivity, and return donot appear. The fr of the proposedant is 25GHz. An ant designed for 25GHz has an impedance BW of 10dB. The RL of the ant is reducedby 45 dB. These ants are small, inexpensive, compact, and as they are manufactured rapidly, result in acceptable air quality with highrepeatability. The gain of the ant has increasedsignificantly, rising to 89%. The resultsshow that the proposed multispectral has great advantages, aswellas its bandwidth and radiation efficiency. . Therefore, recommended ants suitable for multi-spectrum wireless communication systems such as Wi-Fi, radar, short and longdistance tracking systems.