Analysis Acceleration in the Design of Frequency Selective Surfaces using Parametric Techniques
conference paper
The design of multi-layer Frequency Selective Surfacesoften requires characterising the behaviour of the structurein wide frequency and angle ranges. Moreover, a fine tuning
of the design leads to a large parameter space and resultsin a long computational time. To address this problem, an efficient parameterisation and interpolation technique has been implemented within the Multimode Equivalent Network approach based on the Integral Equation formulation, a technique developed for the analysis of multi-layer periodic structures. The paper describes this technique and shows for a test case consisting of an array integrated with an FSS how the calculation time can be drastically reduced
of the design leads to a large parameter space and resultsin a long computational time. To address this problem, an efficient parameterisation and interpolation technique has been implemented within the Multimode Equivalent Network approach based on the Integral Equation formulation, a technique developed for the analysis of multi-layer periodic structures. The paper describes this technique and shows for a test case consisting of an array integrated with an FSS how the calculation time can be drastically reduced
TNO Identifier
223872
Publisher
IEEE
Source title
European Microwave Week EuMW 2007 - Proceedings of the 2nd European Microwave Integrated Circuits Conference - EuMIC 2007, 8-10 October 2007, Munich, Germany
Place of publication
Piscataway, NJ
Pages
583-586