- Autor
- Robins, Luke
- Bartlett, Chad
- Arsanjani, Arash
- Widaa, Abdulrahman
- Teschl, Reinhard
- Höft, Michael
- Bösch, Wolfgang
- Titel3D-Printed Dielectric Resonators for Quasi-TE112 Mode Singlets, Doublets and Dual-Mode Filters
- Datei
- DOI10.1109/ACCESS.2022.3228764
- Erschienen inIEEE Access
- Band10
- Erscheinungsjahr2022
- Seiten130326-130338
- LicenceCC BY 4.0
- ISSN2169-3536
- Download Statistik226
- Peer ReviewJa
- AbstractThis paper demonstrates the use of a ceramic stereolithography-based additive manufactur- ing process to fabricate higher-order mode dielectric resonators. In this work, dielectric resonators with concentric rings around a combline rod structure are 3D-printed using alumina. The integration of the concentric rings for the use of the TE112 mode allows for a more compact cavity structure and a higher unloaded quality factor when compared to a simple dielectric combline resonator with a similar S-parameter response. The achievable improvements in quality factor for the TE112-mode resonators utilising concentric rings are compared through simulations and experimental results. The measured results demonstrate an increased average in the unloaded quality factor of Qu ≈ 2172 which is approximately 44%. Additionally, the application of the 3D-printed resonators is further demonstrated in a TE112 singlet, doublet, and dual-mode filter configuration.
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