In this article, a frequency selective surface (FSS) based compact wideband printed antenna radiator with improved gain and directivity is proposed for sub-6 GHz 5G wireless networking applications. Due to their inherent property of possessing spatial filtering characteristics, FSSs are attracting the interest researchers. An approach increasing by integrating band pass FSS on built patch here....

This paper presents a very compact, wideband, and enhanced-gain antenna for 5G applications. A simple single-layer millimeter wave (mm-wave) metamaterial lens (meta-lens) is used to improve the gain, aperture efficiency, gain bandwidth of slotted-patch over wide range frequencies from 25 GHz 31 GHz. The exhibits negative refractive index behavior, which attributed substantial enhancement around...

the compact finite difference schemes have been found to give simple ways of reaching the objectives of high accuracy and low computational cost. during the past two decades, the compact schemes have been used extensively for numerical simulation of various fluid dynamics problems. these methods have also been applied for numerical solution of some prototype geophysical fluid dynamics problems ...

In this paper, we present design, implementation, and measurement of a three-dimensional (3-D)-deployed RF front-end system-on-package (SOP) in a standard multi-layer low temperature co-fired ceramic (LTCC) technology. A compact 14 GHz GaAs MESFET-based transmitter module integrated with an embedded band pass filter was built on LTCC 951AT tapes. The up-converter MMIC integrated with a voltage ...

We have used silicon-oxy-nitride (SiON) waveguide technology to fabricate low-loss, compact and tunable integrated optical devices. Examples of devices realized in this technology include thermo-optically tunable gain equalizers and flat-passband add-drop filters.