Smart antenna based on RF MEMS switches and printed Yagi-Uda antennas for 60 GHz ad hoc WPAN
A Boe, M Fryziel, N Deparis, C Loyez… - 2006 European …, 2006 - ieeexplore.ieee.org
A Boe, M Fryziel, N Deparis, C Loyez, N Rolland, PA Rolland
2006 European Microwave Conference, 2006•ieeexplore.ieee.orgA compact printed Yagi-Uda (or quasi-Yagi) antenna has been designed on a standard high
permittivity substrate (GaAs). The antenna results in a directivity of 6 dBi and a 12%
bandwidth. We use this antenna to design a smart antenna fed through a SP6T (single pole
six throws). The SP6T is based on MEMS switches designed and realized in the IEMN. In
this paper, we present the designing, the manufacturing process for both antenna and switch
and their first results
permittivity substrate (GaAs). The antenna results in a directivity of 6 dBi and a 12%
bandwidth. We use this antenna to design a smart antenna fed through a SP6T (single pole
six throws). The SP6T is based on MEMS switches designed and realized in the IEMN. In
this paper, we present the designing, the manufacturing process for both antenna and switch
and their first results
A compact printed Yagi-Uda (or quasi-Yagi) antenna has been designed on a standard high permittivity substrate (GaAs). The antenna results in a directivity of 6 dBi and a 12% bandwidth. We use this antenna to design a smart antenna fed through a SP6T (single pole six throws). The SP6T is based on MEMS switches designed and realized in the IEMN. In this paper, we present the designing, the manufacturing process for both antenna and switch and their first results
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