Mehmet Akif Acar, Ozan Furkan Sezgen, O. K. Erden, S. Dumanli
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3D Miniaturization Method and its Application to a Wearable Vivaldi Antenna
This work describes an antenna miniaturization method that utilizes meandering in the third dimension. The radiator of the antenna is designed on a corrugated substrate. Semi-cylindrical, triangular, and rectangular corrugations are tried. The method is applied to an Ultra-wideband Vivaldi antenna. The antenna is proposed to be 3D printed on IBT, a flexible and biocompatible resin, for the first time in the literature. By this method, three different miniaturized Vivaldi antennas are designed, and up to 22.1% reduction in the volume is achieved.
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