In this work, a computationally efficient method based on data-driven surrogate models is
proposed for the design optimization procedure of a Frequency Selective Surface (FSS) …

A physics-based approach is used to study the conformal-lens integrated horn antenna. The
conformal metal lens is obtained by bending the top face of the horn antenna. It is designed …

Phased-array antennas have penetrated a large application space, and in this article, we
present some of the critical components for phased-array front ends, as described in. We …

This letter presents a millimeter-wave (mmWave) compact broadband in-line microstrip-to-
waveguide (M2W) transition based on the single-side defected ground (SDG) method. The …

This article presents the design and nonlinear analysis of an octave-bandwidth transmit in-
phase power combiner feed network. The goal is to evaluate the effect of nonlinearities on …

This paper presents the design and characterization of an octave-bandwidth 6–12 GHz 4-
element linear array. The antenna elements are small-aperture linearly-polarized high-gain …

This paper presents an analysis of an octave-bandwidth spatial power combiner, focusing
on maintaining EIRP and efficiency across the band. Four GaN amplifier MMICs are fed with …

This thesis has two parts with a common theme of broadband microwave circuit and antenna
co-simulation and co-design for phased array front ends, where the prefix" co-''implies linear …

This paper presents analysis of octave-bandwidth transmit electronically scanned arrays
(ESA), through full-wave, circuit and system co-simulations. The analysis is showcased on a …