0000000000709920

AUTHOR

D. De Llanos

showing 2 related works from this author

Performance analysis and comparison of symmetrical and asymmetrical configurations of evanescent mode ridge waveguide filters

2009

[1] In this paper, the trade-offs between out-of-band performance, filter length, power-handling capability, and insertion loss of both symmetrical and asymmetrical evanescent mode ridge rectangular waveguide filters are investigated. As a result, clear design methodologies for optimizing such performances are proposed. The developed methodologies are then applied to design several evanescent mode filters, and a complete performance analysis of the symmetrical and asymmetrical structures is performed. From the performance analysis results, the designer can choose the more appropriate filter topology and design strategy to satisfy the prescribed specifications.

Waveguide filterRidge waveguidesbusiness.industryComputer scienceAcousticsTopology (electrical circuits)Design strategyCondensed Matter PhysicsRidge (differential geometry)OpticsFilter (video)Evanescent modeGeneral Earth and Planetary SciencesInsertion lossElectrical and Electronic EngineeringbusinessRadio Science
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Efficient Analysis and Design Strategies for Evanescent Mode Ridge Waveguide Filters

2006

In this paper, a research on the compromises arisen in the design of traditional evanescent mode waveguide filters is carried out. As a result, clear design methodologies for optimizing length, losses, power handling and spurious-free out-of-band response are developed. In addition, an efficient and very accurate modal analysis tool for this kind of structures is presented. Several filters have been designed according to the different strategies proposed, and a prototype has been finally manufactured. Measurements and filter dimensions validate the proposed design procedures.

EngineeringWaveguide filterRidge waveguidesbusiness.industryModal analysisFilter (signal processing)computer.software_genreBand-pass filterEvanescent modeElectronic engineeringComputer Aided DesignbusinessDesign methodscomputer2006 European Microwave Conference
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