This paper presents a gap waveguide-based compact monopulse array antenna, which is
formed with four unconnected layers, for millimeter-wave tracking applications at W-band …

Wideband design of power dividers, T-junctions, and transitions based on groove gap
waveguide (GGW) technology is presented in this paper with the goal to use these …

This paper presents the integration of a diplexer with a corporate feed network of a high gain
slot array antenna at the Ka-band. A hybrid diplexer-splitter with a novel architecture is …

Recently, gap waveguides have been shown as a potential alternative to convenational
waveguides in the millimeter-wave band. Until now, groove gap waveguide (GGW) has …

With the fast development of next-generation wireless communication and radar sensing,
the millimeter-wave frequency band is becoming more and more important due to its rich …

Gap waveguide is a promising transmission structure, especially for millimeter-wave (mmW)
and terahertz applications. It does not require conductive connection between the upper and …

The gap waveguide technology was recently introduced as an alternative to hollow
waveguides and substrate integrated waveguides for millimeter-wave applications. This …

The gap waveguide technology for millimeter waves applications has been recently
presented. The new structure is made by generating a parallel plate cut‐off region between …

This paper presents the design and realization of a high data rate radio front-end module for
point-to-point backhaul links at E-band. The design module consists of four vertically stacked …

In this article, resonators based on air-filled rectangular cavity consisting of one perfect
magnetic conductor (PMC) wall and the rest of walls as the perfect electric conductor (PEC) …