A dual-beam filtering patch antenna consisting of a slotted patch, a metal strip underneath
the patch, two pins, and a ground plane is proposed for wireless communication application …

In this research paper, compact and slotted patch antenna geometry of size (30.8× 37.2 mm)
has been designed and investigated at frequency 3.30 GHz. The proposed antenna covers …

In this paper, a rectangular triple-band microstrip antenna has been designed for Bluetooth
application by successively loading notches and slots of different dimension in radiating …

A unique antenna design is presented to implement the dual-beam radiation simultaneously
in both H-and E-planes for operation over 57-64 GHz. The slot antenna is excited through a …

A dual-beam filtering patch antenna with two absorptive band-edge radiation nulls and four
reflective stopband radiation nulls is proposed. By loading a pair of T-shaped metallic strip …

A dual‐beam cavity‐backed patch antenna is presented for the future millimetre‐wave (mm‐
Wave) fifth generation wireless networks. The proposed antenna comprises a substrate …

A T-shape patch antenna loaded with a rectangular slot and fed directly by a 50-Ω microstrip
line was optimized using the IE3D simulation tool to improve its bandwidth at a frequency of …

A single layer single probe‐fed wideband microstrip antenna is presented and investigated.
By cutting a U‐slot in the rectangular patch, and by incorporating two identical U‐shaped …

This paper presents a new technique to manipulate the electromagnetic waves emanating
from a Bowtie antenna loaded with parasitic 2× 4 arrays of a double-sided split-ring …

A novel fixed-frequency beam switchable dual-beam antenna array is presented, which
consists five dual-beam leaky-wave antenna (LWA) elements designed on substrate …