This article presents a wideband millimeter-wave (MMW) fan-beam antenna with a flat-top,
rapid cutoff radiation pattern, and beam-scanning capability through the use of 3-D printer …

This paper exhibits a high-gain, low-profile dipole antenna array (DAA) for 5G applications.
The dipole element has a semi-triangular shape to realize a simple input impedance regime …

The efficient manipulation of the electromagnetic wavefront using metasurfaces (MSs) has
attracted a continuous amount of attention in recent years. MSs with arbitrarily controllable …

This paper proposes a low-profile metasurface (MS) lens antenna with flat-top radiation
pattern. Specifically, a low-profile slot array fed by the pillbox system serves as the feeding …

This work presents a design of a fan-beam metasurface with a low profile and a wide
operating bandwidth. We introduce a new meta unit of four-loop structure which produces …

The foremost method to exhaust heat sourced from electronic devices is to use heat sinks.
However, in practice, these structures behave as actual antennas and cause interference …

This work presents a wideband and high-gain microstrip patch antenna array operating in
terahertz frequency range. The array consists of 4× 2 patch subarrays designed using PCB …

Lenses are one of the good approaches applying to the design of fan-beam antennas due to
the ease of producing wide operating bandwidths, directive radiation beam, and high …

A metasurface (MS) lens antenna with deflected 1-D flat-top pattern is presented in this
paper. The proposed MS antenna operates at the central frequency of 10 GHz. Two MS …