In this paper, a size-compact and monolithically integrated millimeter-wave 16-way high-
power combiner for advanced radio-frequency (RF) electronics applications is developed …

In this paper the development of a wideband high-power 16-way X-Band all-waveguide
radial divider/combiner is presented. The radial combiner is comprised of four parts: a …

This letter reports on a compact 110-GHz Schottky diode-based frequency doubler based on
3-D stacked packaging which allows combining four discrete multiplying circuits. The …

This letter presents the design and measured performance of a microstrip three-way power
combiner. The combiner is designed using the conventional Wilkinson topology with the …

In this letter, a novel compact quadrature hybrid using low-pass and high-pass lumped
elements is proposed. This proposed topology enables significant circuit size reduction in …

In this paper, the design analysis of a multi-way and high-power radial combiner is
presented. This combiner incorporates a rigid stripline-type combining structure. This …

In this paper, the design methods for four-way power combiners based on eight-port and
nine-port mode networks are proposed. The eight-port mode network is fundamentally a two …

This article presents a wideband ultra-compact transformer-based lumped coupler that offers
an arbitrary phase difference and power division ratio (PDR) between the two output ports …

In this letter, a compact branch-line-based quadrature hybrid coupler using a line
miniaturization technique for a 28-GHz application is presented. Coplanar waveguide-based …

In this article, we present the design, manufacturing, and experimental validation of a Ka-
band wide-bandwidth and low-loss 16-way combiner. We specifically focus on the analysis …