Cobham Mission Systems
Davenport, IA 52804
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Software improves electromagnetic equipment design.
Working with Opera electromagnetic design package, Optimizer finds best solution to design problem by automatically selecting and managing multiple goal-seeking algorithms, eliminating need for manual intervention, even if several or competing objectives are specified. Auto-optimization software incorporates numerous algorithmic techniques including stochastic, descent, Pareto and Kriging, and...
Read More »RF and Microwave Design Software offers 3D FDTD analysis.
ConcertoES(TM) features 3D geometric modeler and Finite Difference Time Domain (FDTD) solver. Fully capable electromagnetic design suite can be upgraded to full-scale version of design suite, Concerto v6, which adds history and parameterization tools to modeler. Full version also includes MoM solver with features for predicting installed antenna performance, optimization technology, auto mesh...
Read More »Software prototypes radio frequency and microwave designs.
CONCERTO v5 incorporates Finite Different Time Domain (FDTD) analysis method as well as CLASP analysis model based on Moment Method. Using CLASP module, only surfaces need to be modeled, and solved matrix systems can be stored for later use. QUICKWAVE FDTD modeler, as main analysis tool, includes Lorentz, Debye, and Drude models for dispersive media as well as magnetized ferrites to allow effects...
Read More »
Software improves electromagnetic equipment design.
Working with Opera electromagnetic design package, Optimizer finds best solution to design problem by automatically selecting and managing multiple goal-seeking algorithms, eliminating need for manual intervention, even if several or competing objectives are specified. Auto-optimization software incorporates numerous algorithmic techniques including stochastic, descent, Pareto and Kriging, and...
Read More »RF and Microwave Design Software offers 3D FDTD analysis.
ConcertoES(TM) features 3D geometric modeler and Finite Difference Time Domain (FDTD) solver. Fully capable electromagnetic design suite can be upgraded to full-scale version of design suite, Concerto v6, which adds history and parameterization tools to modeler. Full version also includes MoM solver with features for predicting installed antenna performance, optimization technology, auto mesh...
Read More »Software prototypes radio frequency and microwave designs.
CONCERTO v5 incorporates Finite Different Time Domain (FDTD) analysis method as well as CLASP analysis model based on Moment Method. Using CLASP module, only surfaces need to be modeled, and solved matrix systems can be stored for later use. QUICKWAVE FDTD modeler, as main analysis tool, includes Lorentz, Debye, and Drude models for dispersive media as well as magnetized ferrites to allow effects...
Read More »