This work focused on the design, characterization and investigation of GaAs based multi-layered compact 3D MMIC based antenna. Different patch antennas were designed and characterized along with its S-parameters. The proposed models of multi-layered patch antennas use V-shaped feeder line or a spiral transmission feeder line. The newly propose planar antennas are more compact in area compared to using the normal planar feeder line; this design approach allows to have wider bandwidth, better input return loss and a slightly lower resonance frequency.

Design and investigation of a compact 3D MMIC patch antenna for mm wave applications

Bello H.;Pantoli L.;
2020

Abstract

This work focused on the design, characterization and investigation of GaAs based multi-layered compact 3D MMIC based antenna. Different patch antennas were designed and characterized along with its S-parameters. The proposed models of multi-layered patch antennas use V-shaped feeder line or a spiral transmission feeder line. The newly propose planar antennas are more compact in area compared to using the normal planar feeder line; this design approach allows to have wider bandwidth, better input return loss and a slightly lower resonance frequency.
978-1-7281-1049-3
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11697/150411
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