Modeling of superwideband antenna with band notching characteristics and low noise amplifier for millimeter wave wireless communication system

Abstract

Wireless technology has significantly progressed during the recent few years and has newlineturned out to be a vital component of our community. The tangible outgrowth in the newlinefield of wireless systems is envisioned to stay in the coming days with the newlineadvancement in integrated circuit technology and data analytics and techniques. newlineBeside ever-increasing number of wireless devices, the next generation mobile newlinetechnologies will undergo major difficulties such as congestion in the spectral content newlineand coexistence of different wireless mobile devices. In light of the modest newlineaccessibility in bandwidth and the necessity for accommodating the request for higher newlinedata throughput, implementing state-of-the-art wireless communication systems ought newlineto be a task of challenge, demanding new cutting-edge technology alternatives which newlinecoexist with wireless devices functioning at numerous band of frequencies. newlineAntennas are the electronic eye and ear of all wireless communication systems and newlineare inseparable and inevitable element of new age mobile devices. With the most newlinerecent advancement and accelerated growth in the field of wireless communication, newlinethe design of antennas for handheld gadgets with enhanced radiation characteristics newlineare attaining greater significance. Efficiency, higher throughput, compactness, etc. are newlinethe key requirements for the young generation antennas. The challenges for the newlinemicrowave engineers and scientists is to design a compact printed radiating structure newlineoperating seamlessly in the entire SWB range i.e having wideband characteristics newlinecoupled with better efficiency and enhanced gain. newlineSince its release, the SWB technology has harvested enormous attention from newlineresearchers besides industry. SWB is one of the most evolving cutting technologies newlinehaving several benefits encompassing high-speed data rate, low power consumption, newlineeasy to integrate and configure. Hence, the SWB technology supports high quality, newlinefaster, low cost and most effective wireless systems and characteristics having newlineaccurate positioning and localizatio