Publication | Open Access
Multimode Equivalent Networks for the Design and Analysis of Frequency Selective Surfaces
63
Citations
24
References
2007
Year
Electrical EngineeringEngineeringIntegral Equation FormulationHigh-frequency DeviceAntennaApplied PhysicsMicrowave AntennaFrequency Selective SurfacesTransmission LineIntegral EquationComputational ElectromagneticsMicroelectronicsIntegral Equation NeedsElectromagnetic CompatibilityMultimode Equivalent Networks
A modular technique originally proposed for waveguide junctions, the multimode equivalent network approach based on the integral equation formulation (IEMEN), is extended to the analysis of multilayer frequency selective surfaces integrated with waveguide array antennas. This technique represents each layer and transition between layers in terms of a generalized impedance or admittance matrix, obtained directly from the solution of an integral equation with reduced kernel. Thanks to the adopted formulation, the integral equation needs to be solved only in a limited set of frequency points. The IEMEN method is validated by comparison with results available in literature.
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