Integration of RF-MEMS switches with a band-reject reconfigurable ultra-wideband antenna on SiO2 substrate

In this work, these complexities are resolved successfully and the monolithic integration of MEMS with a band-reject UWB antenna is achieved using standard cleanroom photolithography procedures. The MEMS-reconfigurable UWB antenna that is proposed, is fabricated and measured, and results are present...

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Hauptverfasser:	Sepulveda, N, Anagnostou, D E, Chryssomallis, M T, Ebel, J L
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	Antenna measurements Antenna radiation patterns Interference Micromechanical devices Radio frequency Ultra wideband antennas Wireless LAN
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creator	Sepulveda, N Anagnostou, D E Chryssomallis, M T Ebel, J L
description	In this work, these complexities are resolved successfully and the monolithic integration of MEMS with a band-reject UWB antenna is achieved using standard cleanroom photolithography procedures. The MEMS-reconfigurable UWB antenna that is proposed, is fabricated and measured, and results are presented. What distinguishes this work from others is the utilized materials and substrate (low-cost SiO 2 instead of expensive high-resistive Si) and the new application (on-demand band-rejection instead of multi-frequency).
doi_str_mv	10.1109/APS.2010.5560968
format	Conference Proceeding
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source	IEEE Electronic Library (IEL) Conference Proceedings
subjects	Antenna measurements Antenna radiation patterns Interference Micromechanical devices Radio frequency Ultra wideband antennas Wireless LAN
title	Integration of RF-MEMS switches with a band-reject reconfigurable ultra-wideband antenna on SiO2 substrate
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