This article reports on a new class of additive manufacturing (AM) and monolithically
integrated multiband coaxial bandpass filters (BPFs). They are based on in-series cascaded …

A novel waveguide step‐twist integrated with a bandpass filter is presented in this Letter.
The twist is composed of four equally rotated cavities to achieve polarisation rotation and …

In this brief, a novel design approach to achieve mm-wave waveguide twists with a quasi-
elliptic filtering response is proposed using selective laser melting (SLM) 3-D printing. A 4th …

This paper discusses the design, manufacturing and testing of additively-manufactured
coaxial resonators and filters with high unloaded quality factor (Q u). A stereolithographic …

This article introduces shape deformation as a new approach to the computer-aided design
(CAD) of high-frequency components. We show that geometry deformation opens up new …

This work presents the development of an X-band twisted metal-insert bandpass filter as a
monolithic 3D-printed structure. The component serves as a compact solution for the …

This paper demonstrates the current state-of-the-art in low-cost, low loss ruggedized
polymer-based 3-D printed G-band (140 to 220 GHz) metal-pipe rectangular waveguide …

The manuscript reports on additively-manufactured (AM) coaxial-resonator-based bandpass
filters (BPFs) and RF diplexers. A monolithic integration concept using stereolithography …

This paper reports on a new type of a compact 3D bandpass filter using intertwined helical
resonators. The filter design is based on coupled-resonators theory and the manufacturing …

In this letter, the authors present a novel compact waveguide filtering twist that can be
readily fabricated from metal using the computer numerical control (CNC) machining …