This article presents the design and development of two all flat panel phased array antennas
(PAA) by using emerging 5G Silicon radio frequency integrated circuits (RFICs) at Ku-and …

The coexistence of microwave and millimeter-wave technologies becomes the inexorable
trend of future wireless communication systems. The corresponding components of the …

A simple bandwidth enhancement method for low profile E-shaped patch antennas is
presented. By introducing a distributed LC circuit to the E-shaped patch antenna, a new …

A simple microstrip patch antenna with wide bandwidth and high gain is presented and
investigated. It is built on a long rectangular patch with both sides shorted. The antenna is …

A technique of decoupling dielectric stubs (DDS) is proposed for mutual coupling reduction
of wideband, dual-polarized, and large-scale antenna arrays in this paper, where a low …

A novel type of microstrip antenna is proposed for compact wideband wireless applications.
The antenna is composed of six unit cells of left-handed metamaterial (LHM) and a dipole …

Broadband antennas find many applications in modern communication systems, such as Wi-
Fi, 5G, and SatCom. Multiple competing optimization methods are available for the …

A differentially driven dual-polarized high-gain stacked patch antenna is presented in this
letter. Two-layer stacked patches are adopted to increase the impedance bandwidth of the …

A simple circular‐ring planar‐monopole antenna, with a compact size of 26× 28 mm2, fed by
an offset‐microstrip line, is proposed. The antenna is composed of a circular‐ring radiator …

A broadband and compact stacked microstrip patch antenna has been developed using
stacked configuration. The antenna comprises two parasitic patches stacked above the …