High performance computing options are now also available for the frequency domain and the integral equation solver. Yield analysis for complex three dimensional models is now available at virtually no additional computational cost. The newly implemented trust region framework in CST STUDIO SUITE 2011 can employ the sensitivity information to cut down optimization time dramatically. Both of the CST MICROWAVE STUDIO (CST MWS) general purpose electromagnetic solvers – time and frequency domain - can provide sensitivity information for an arbitrary number of parameters in just one simulation run. Automatic optimization and sensitivity analysis are key requirements in a highly efficient design flow. CST’s latest software release, CST STUDIO SUITE version 2011 and its multitude of powerful new features and functionality can help them to streamline their workflows and shorten development cycles. Researchers and engineers use CST STUDIO SUITE for the design of EM based components in application areas as diverse as MW&RF component design, EMC and signal integrity analysis. It includes the technology leading high frequency 3DEM simulator CST MICROWAVE STUDIO®. CST STUDIO SUITE comprises CST’s simulation software offering. Thus, a combined electromagnetic and circuit optimization task can easily be defined, where the typical goal is to design an antenna or antenna system such that the total efficiency is maximized, using a realistic matching circuit with available off-the-shelf discrete component models.- PRESS RELEASE - CST STUDIO SUITE 2011 Now shipping February 18 th, 2011, Computer Simulation Technology (CST) announces shipping of CST STUDIO SUITE version 2011 has commenced. In addition, CST MICROWAVE STUDIO's template based post-processing tools can be used to automatically apply Optenni Lab within a parameter sweep or an optimization task in CST MICROWAVE STUDIO. Post-processing templates for parameter sweeps and optimization in CST MICROWAVE STUDIO Synthesize the circuits in Optenni Lab, and right click any of the generated circuits and select "Transfer circuit to CST DESIGN STUDIO" whereafter the circuit is constructed on the CST DESIGN STUDIO schematic, connected to external ports and simulated.In CST MICROWAVE STUDIO® use the command "Home->Macros->Matching Circuits->Launch Optenni Lab" to launch Optenni Lab using the simulated impedance and radiation pattern data.Launching Optenni Lab from CST STUDIO SUITEĬustomers who have both CST STUDIO SUITE® and Optenni Lab licenses can easily construct matching circuits in Optenni Lab using the impedance and radiation pattern data calculated in CST STUDIO SUITE and return the optimized matching circuits back to CST DESIGN STUDIO™.
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