Millimeter-wave antenna for 5G applications, comprising a multilayer structure which includes at least:- an upper outer layer comprising at least a plurality of first radiating elements arranged spaced apart from each other on a first dielectric sublayer;- a first inner layer arranged below the upper outer layer and comprising a plurality of through slots suitable for conveying, towards the plurality of first radiating elements, the feeding signals to be radiated;- a second inner layer arranged below and adjacent to the first inner layer, the second inner layer comprising at least one dielectric sublayer on which a plurality of conductive lines suitable for conducting the feeding signals to be radiated towards the plurality of first radiating elements;- a further layer arranged below and adjacent to the second inner layer and comprising a plurality of first through openings (44), each of the first through openings being formed on the further layer in a position corresponding to the position of at least one associated through slot of the plurality of through slots.

MILLIMETER-WAVE ANTENNA FOR 5G APPLICATIONS AND VEHICLE COMPRISING SUCH ANTENNA / Agnese Mazzinghi; Angelo Freni. - (2022).

MILLIMETER-WAVE ANTENNA FOR 5G APPLICATIONS AND VEHICLE COMPRISING SUCH ANTENNA

Agnese Mazzinghi;Angelo Freni
2022

Abstract

Millimeter-wave antenna for 5G applications, comprising a multilayer structure which includes at least:- an upper outer layer comprising at least a plurality of first radiating elements arranged spaced apart from each other on a first dielectric sublayer;- a first inner layer arranged below the upper outer layer and comprising a plurality of through slots suitable for conveying, towards the plurality of first radiating elements, the feeding signals to be radiated;- a second inner layer arranged below and adjacent to the first inner layer, the second inner layer comprising at least one dielectric sublayer on which a plurality of conductive lines suitable for conducting the feeding signals to be radiated towards the plurality of first radiating elements;- a further layer arranged below and adjacent to the second inner layer and comprising a plurality of first through openings (44), each of the first through openings being formed on the further layer in a position corresponding to the position of at least one associated through slot of the plurality of through slots.
Agnese Mazzinghi; Angelo Freni
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2158/1286762
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