Abstract

A novel metamaterial surface-inspired patch antenna is proposed, wherein different parameters, e.g. dimension of ground plane, no. of slots on radiating patch, shape of the feed and distance between the patch and metamaterial surface, have been optimized for maximum gain, bandwidth and miniaturization. It is observed that the pair of slots on radiating patch generate multiple resonances giving 400% miniaturization while varying ground plane and feed results in wide bandwidth of nearly 600%..

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