Bandpass filters with improved stopband performance
George Goussetis, D. Budimiri
Abstract
George Goussetis, D. Budimiri
Abstract
Waveguide bandpass filters with improved stopband performance are investigated. The predicted filters performance show improved stopband performance and reduced filter dimensions compared with conventional E-plane bandpass filters. The validity of the method is confirmed by the measurement of a fabricated five resonator ridged waveguide bandpass filter, for which measured response shows good agreement with simulated results.
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Waveguide bandpass filters with improved stopband performance are investigated. The predicted filters performance show improved stopband performance and reduced filter dimensions compared with conventional E-plane bandpass filters. The validity of the method is confirmed by the measurement of a fabricated five resonator ridged waveguide bandpass filter, for which measured response shows good agreement with simulated results.
Key concepts: Stopband, Band-pass filter, Prototype filter, Transition band, Electronic filter topology, Resonator, Materials science, Waveguide filter