Low-Loss Mechanically Tunable Resonator and Phase Shifters in Groove Gap Waveguide Technology

This research is focused on the design and realization of high-performance high-power variable phase shifters in groove gap waveguide technology. Specifically, it is shown that the unique characteristic of groove gap waveguides, which is its proper operation without the need for electrical connectio...

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Vydáno v:IEEE access Ročník 10; s. 70964 - 70970
Hlavní autoři: Karami Horestani, Ali, Shaterian, Zahra, Mrozowski, Michal
Médium: Journal Article
Jazyk:angličtina
Vydáno: Piscataway IEEE 2022
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Témata:
cavity resonator
Cavity resonators
Gap waveguide
GGWG technology
Grooves
Mechanically tunable
Multilayers
phase shifter
Phase shifters
Phased arrays
Pins
Probes
Surface impedance
Surface waves
variable phase shift
Waveguides
ISSN:2169-3536, 2169-3536
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Abstract This research is focused on the design and realization of high-performance high-power variable phase shifters in groove gap waveguide technology. Specifically, it is shown that the unique characteristic of groove gap waveguides, which is its proper operation without the need for electrical connection between the top and bottom sections of the waveguide, can be used to design mechanically tunable devices. Using the proposed method, a mechanically tunable cavity resonator and phase shifters with a wide range of achievable phase shifts are presented. To validate the concept, a phase shifter with 540 degrees relative phase shift at 15 GHz is designed, fabricated, and measured. Moreover, a multi-layer version of the proposed phase shifter with stationary feed ports and improved performance is presented.
AbstractList This research is focused on the design and realization of high-performance high-power variable phase shifters in groove gap waveguide technology. Specifically, it is shown that the unique characteristic of groove gap waveguides, which is its proper operation without the need for electrical connection between the top and bottom sections of the waveguide, can be used to design mechanically tunable devices. Using the proposed method, a mechanically tunable cavity resonator and phase shifters with a wide range of achievable phase shifts are presented. To validate the concept, a phase shifter with 540 degrees relative phase shift at 15 GHz is designed, fabricated, and measured. Moreover, a multi-layer version of the proposed phase shifter with stationary feed ports and improved performance is presented.
Author Mrozowski, Michal
Shaterian, Zahra
Karami Horestani, Ali
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  surname: Mrozowski
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  organization: Department of Microwave and Antenna Engineering, Faculty of Electronics, Telecommunications, Informatics, Gdańsk University of Technology, Gdańsk, Poland
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StartPage 70964
SubjectTerms cavity resonator
Cavity resonators
Gap waveguide
GGWG technology
Grooves
Mechanically tunable
Multilayers
phase shifter
Phase shifters
Phased arrays
Pins
Probes
Surface impedance
Surface waves
variable phase shift
Waveguides
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Title Low-Loss Mechanically Tunable Resonator and Phase Shifters in Groove Gap Waveguide Technology
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