Abstract

This paper presents omnidirectional metallic EBG (Electromagnetic Band Gap) antennas. The composition of the structure is explained and some typical radiation patterns in the principal planes of the antenna are shown. The performances of the antenna in terms of directivity and radiation bandwidth are defined function of the EBG material composition and of the height of the antenna. Finally, a comparison between dielectric and metallic EBG antennas is presented in order to bring to the fore the advantages of metallic structures.

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