A new design technique for elliptic ridged and sectoral waveguides is presented. The PSO technique has been employed, using FDFD to compute the propagation data of the guide. Conflicting requirements of wide bandwidth and high power handling capability are taken both into account with a suitable objective function.

Analysis and optimization of elliptic ridged waveguide with FDFD technique and PSO Algorithm

Simone M.
Secondo
;
2016-01-01

Abstract

A new design technique for elliptic ridged and sectoral waveguides is presented. The PSO technique has been employed, using FDFD to compute the propagation data of the guide. Conflicting requirements of wide bandwidth and high power handling capability are taken both into account with a suitable objective function.
2016
Ridged Waveguides
Waveguide modes
Elliptical Ridged Waveguide Analysis
Finite Difference Frequency Domain
Microwave Components
Microwave Filters
Optimization
PSO
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11769/691571
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