This paper presents the investigation and testing of novel substrate integrated waveguide
(SIW) bandpass filters, based on air-filled cavity resonators. Removing the lateral parts of the …

A low-loss and low-cost terahertz (THz) substrate-integrated waveguide (SIW) and a SIW
filter implemented in a commercially-available GaAs integrated-passive-devices (IPD) …

A quasi-elliptic filter topology based on high performance air-filled substrate integrated
waveguide (AFSIW) technological platform is presented. This new topology takes advantage …

This article introduces two-way broadband air-filled substrate integrated waveguide (AFSIW)
isolated power dividers/combiners based on surface mounted absorbing materials. The …

In this article, the patent pending configurable perforated air-filled substrate integrated
waveguide (PAFSIW) is presented. First, a theoretical and experimental study of the …

In this article, an effective method to characterize microwave connectors over temperature is
presented, which can be useful for accurate characterization of devices or materials under …

This paper presents the design, implementation and experimental validation of a bandpass
filter for high-data rate point-to-point link applications at E-band. The proposed design is …

This paper presents a simple split ring resonator excitation to realize a multi-mode wideband
bandpass filter in a rectangular waveguide cavity. The proposed resonator employs two …

Patented single-slab self-temperature-compensated air-filled substrate integrated
waveguide (AFSIW) cavities and quasi-elliptic filters are proposed and demonstrated in this …

It is believed that the substrate integrated waveguide (SIW) technology represents the
emergent and the most favorable contender for the advancement of the antennas, filters and …