Special templates for antenna design, EMC problems, filter tuning, TDR and other applications are included to make your life easier. Ease of use Intuitive GUI makes CST MWS easy to learn and use. Parallelisation for multi-processor boards. Excellent geometrical representation through PBA. Performance High speed and low memory requirements. Applications include, amongst others: couplers, filters, planar structures, connectors, EMC and SAR problems, packages, and all kinds of antennas.
#N cst microwave studio Pc
CST MICROWAVE STUDIO® is seen by an increasing number of engineers as an industry standard development tool.ĬST MICROWAVE STUDIO® is a specialist tool for the fast and accurate simulation of high frequency problems on a PC in a Windows® based environment. In addition, CST MWS is embedded in a larger design environment through CST DESIGN STUDIO™ whose open architecture provides a link with external simulators. Filters for the import of specific CAD files and the extraction of SPICE parameters enhance design possibilities and save time.
A comprehensive network of distribution and support centres in Europe, the Far East and North America, ensure optimal service for every customer.ĬST – Computer Simulation Technology ✼hanging the standards for 3D EM simulation«.īeside the flagship module, the broadly applicable Time Domain Solver, CST MWS offers two further modules for specific applications: the Eigenmode and Frequency Domain Solvers. CST’s simulation tools have benefited from over 20 years experience in the area of numerical field calculation.
#N cst microwave studio software
CST develops and markets software for the simulation of electromagnetic fields in all frequency bands.
Acomprehensivenetwork of distribution andsupport centresinEurope,theFar EastandNor thAmerica, ensureoptimalservicefor everycustomer.CST-Com puterSimulationTechnolo gy✼hangingthestandards for3DEM simulation«.
CSTdevelopsandmarkets softwareforthesimulation ofelectromagneticfieldsin allfrequencybands.CST’s simulationtoolshavebene f i t e d f ro m ove r 2 0 ye a r s experienceintheareaof numerical fieldcalculation.
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