- #CST MICROWAVE STUDIO TRANSIENT SOLVER SETTINGS UPDATE#
- #CST MICROWAVE STUDIO TRANSIENT SOLVER SETTINGS FULL#
Each service pack is tested thoroughly before release to ensure that it maintains the stability and accuracy of the software. Monolithic Microwave Integrated Circuit (MMIC) widely deviates from its on-wafer and in the package performance. The primary focus of every service pack is fixing reported problems new features are included only when we are sure that the overall quality and stability is not detrimentally affected. mode solver using CST Microwave Studio and RFOW measurement and in test box data was matched by simulating package/house with the best suited RF absorbers. In order to react quickly to continuous user feedback, additional service packs will be released regularly throughout the year. Service Pack 2 does not mark the end of development of CST STUDIO SUITE 2013, of course. Particle interfaces in the GPU PIC solver
#CST MICROWAVE STUDIO TRANSIENT SOLVER SETTINGS FULL#
NFS export for field source monitor resultsĬurved mesh elements in the magnetoquasistatic and full wave LF solvers (SP1 already included curved elements for the magnetostatic solver) New weighting functions for MIMO (farfield result template) Materials with time-dependent conductivity for the transient solverĪnisotropic thin-film materials in the GPU TLM solver These features cover a range of applications, from PCBs and MIMO antenna arrays to accelerator cavities and low-frequency devices.ĭeformation sensitivity analysis in the eigenmode solver (see image)
#CST MICROWAVE STUDIO TRANSIENT SOLVER SETTINGS UPDATE#
We’re pleased to say that customer feedback has been positive, and their comments steered the development of Service Pack 2, which is currently being distributed through the Automatic Update System.Īlongside some fixes, SP2 also includes several new features demanded by our customers. CST STUDIO SUITE® 2013 introduced several new features – most notably, the new Ribbon-based interface.
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