In this work, we present two offset-fed dielectric reflectarray designs. Both reflectarrays feature broadband designs realized by using dielectric blocks backed by a PEC plane. One of these arrays uses a phase compensating flat lens to reduce the maximum permittivity of the dielectric blocks covering the PEC. We compare the results of both reflectarrays and list their benefits as compared to traditional reflectarrays that use resonant elements for their designs, which render them narrowband
A single-layer microstrip reflectarray antenna composed of double-circular rings elements of variabl...
In this paper, we propose the design of a broadband reflectarray which resort to a non-conventional ...
Reflectarray (RA) antennas are introduced as an alternative to the conventional parabolic reflectors...
© 2017 IEEE. In this work, we present two offset-fed dielectric reflectarray designs. Both reflectar...
In this work, we present two offset-fed metal-only reflectarray designs that are suitable for space ...
Reflectarrays that emulate paraboloidal main-reflectors, and hyperboloidal or ellipsoidal sub-reflec...
In this communication, we propose the design of a broadband reflectarray which resort to a non-conve...
This paper addresses the design of a broadband reflectarray which takes advantage of the introductio...
In this paper, an investigation for the enhancement strategy of bandwidth performance and analysis o...
A broadband reflectarray cell made of three parallel dipoles printed on a dielectric layer is presen...
The design of a broadband reflectarray exploiting a non-conventional shape radiating element to assu...
Simulated results are presented for a reflectarray antenna designed to produce a collimated beam at ...
In this work, we present an offset-fed metal-only reflectarray design utilizing a 3D phasing element...
Printed reflectarrays combine certain advantages of reflector antennas and phased arrays. One major ...
Abstract—In this paper, a flat multilayer dielectric reflector antenna has been designed and analyze...
A single-layer microstrip reflectarray antenna composed of double-circular rings elements of variabl...
In this paper, we propose the design of a broadband reflectarray which resort to a non-conventional ...
Reflectarray (RA) antennas are introduced as an alternative to the conventional parabolic reflectors...
© 2017 IEEE. In this work, we present two offset-fed dielectric reflectarray designs. Both reflectar...
In this work, we present two offset-fed metal-only reflectarray designs that are suitable for space ...
Reflectarrays that emulate paraboloidal main-reflectors, and hyperboloidal or ellipsoidal sub-reflec...
In this communication, we propose the design of a broadband reflectarray which resort to a non-conve...
This paper addresses the design of a broadband reflectarray which takes advantage of the introductio...
In this paper, an investigation for the enhancement strategy of bandwidth performance and analysis o...
A broadband reflectarray cell made of three parallel dipoles printed on a dielectric layer is presen...
The design of a broadband reflectarray exploiting a non-conventional shape radiating element to assu...
Simulated results are presented for a reflectarray antenna designed to produce a collimated beam at ...
In this work, we present an offset-fed metal-only reflectarray design utilizing a 3D phasing element...
Printed reflectarrays combine certain advantages of reflector antennas and phased arrays. One major ...
Abstract—In this paper, a flat multilayer dielectric reflector antenna has been designed and analyze...
A single-layer microstrip reflectarray antenna composed of double-circular rings elements of variabl...
In this paper, we propose the design of a broadband reflectarray which resort to a non-conventional ...
Reflectarray (RA) antennas are introduced as an alternative to the conventional parabolic reflectors...