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CST Studio Suite 2020 builds on industry-leading simulation technology with a range of new features for the design, simulation and optimization of components and systems. New features include encrypted data sharing, the next generation of Perfect Boundary Approximation (PBA), full integration of the voxel body model poser, and the hybrid solver for bidirectional hybrid coupling between all the general purpose high-frequency solvers.
The 2020 release is also available on the Dassault Systèmes 3DEXPERIENCE platform, allowing direct links to other design and simulation tools.These tools increase the agility of CST Studio Suite for modeling and simulating complex systems, and allow electromagnetic simulation to be applied in large projects spanning multiple departments and suppliers.
Facilities and software features of CST STUDIO SUITE:
-Local graphical user interface based on Windows
-Multiple interface between documents
-Tools variables, parameters and the message window
-(OLE) Linking and Embedding Automation Server (COM / DCOM)
-Automatic creation of power point slides
-Ability to switch between different software components, including:
-CST DESIGN STUDIO (CST DS), CST MICROWAVE STUDIO (CST MWS), CST EM STUDIO (CST EMS),
-CST PARTICLE STUDIO (CST PS), CST MPHYSICS STUDIO (CST MPS), CST PCB STUDIO (CST PCBS), CST CABLE STUDIO (CST CS)
Components include a CST STUDIO SUITE:
-CST MICROWAVE STUDIO - CST MWS: edge tools for speed and accuracy leading up to the three-dimensional simulation of high-frequency devices.
-CST EM STUDIO - CST EMS: simple tools for design and analysis of static and low-frequency devices such as motors, sensors, transformers
-CST PARTICLE STUDIO - CST PS: to simulate the motion of charged particles, all based or otherwise. This includes the electron gun, cathode ray tubes and tools from the hand.
-CST CSBLE STUDIO - CST CS: to simulate the entire signal detection and analysis of electromagnetic compatibility or incompatibility of cable glands.
-CST PCB STUDIO - CST PCBS: to simulate the sound signal and detect electromagnetic compatibility or incompatibility of the printed circuit board.
-CST MPHYSCIS STUDIO - CST MPS: to analyze the thermal and mechanical stress.
-CST DESIGN STUDIO - CST DS: The tool is versatile and combines circuit simulation to electromagnetic helps
OS:Windows 7 / Server 2008 R2 SP1 / Windows 8.1 / Server 2012 R2 / Windows 10
GPU:100% OpenGL compatible graphics card
Storage:30GB of free disk space
High end server/ workstation recommendation:
CPU:Dual Intel Xeon Scalable (also known as "Skylake" ) processor
Memory:32- 64 GB per CPU
GPU:NVIDIA Quadro series card dedicated to CAD/CAE applications
Storage:At least 500GB hard disk drive/SSDs may be used, but are not necessary for good simulation performance
CST Studio Suite 2020.03 - Release Notes
-Fixed double task entry for some modeless dialog boxes under Linux.
-For AWR co-simulations, a surrounding space is added to open boundary conditions.
-Support more than 64 logical cores per CPU on Windows.
-Fixed issue in NASTRAN file import.
-Repaired issue when importing ports in AWR files.
-Show error message, which occurred during automatic download of a patch file (e.g. credentials error) on start of CST Studio Suite.
-Upgraded some 3D CAD imports to support the latest version. New Feature!
-Clicking on links in the message window does not unwantedly select the text.
-Screenshots can be saved using non-ASCII characters in the file name.
-Fixed setting for "Use default browser to view help contents" under Linux.
-Parameter tuner slider resolution increased to support very small value steps.
-Corrected position of a copied discrete face port during a sub-project import.
-Corrected visualization data of an assembly project, while uploading to the 3DEXPERIENCE platform.
-Consider CST projects without CATIA geometry and transformation matrix in assembly import from the 3DEXPERIENCE platform.
EDA Import / EDA Tools
-Cylindrical Bending: Fixed PCB-thickness computation by skipping aux. layers.
-Prevented abortion of 3D import in case of failing face port creation (issuing a warning instead).
CST MICROWAVE STUDIO General
-Farfield Broadband Source Export: Fixed choice of custom step size.
-Repaired editing of lumped face elements when changing the circuit or the touchstone file.
-Added STACEM 56NF01G and 56NF01G absorbers to material library. New Feature!
CST MICROWAVE STUDIO Transient Solver (TLM Mesh)
-Added reference impedances for non-excited discrete ports in Hybrid Solver simulations.
-Added support for combine results with power flow monitors. New Feature!
CST MICROWAVE STUDIO Frequency Domain Solver (Tetrahedral Mesh)
-Repaired Inhomogeneously Biased Circulator example.
-Improved face port model in presence of good conductors.
-In some situations, fixed moving mesh feature in parameter sweep calculation.
-Fixed issue that rarely the near field probes recorded zero when farfield probes had been defined in addition.
-Also with multipin ports, it is now possible to keep the mesh during a unit cell scan angle parameter sweep.
CST CABLE STUDIO
- ixed duplication of sub-cables in cable group.
CST MPHYSICS General
-Fixed an issue with large systems in Mechanical TET solver.
CST PCB STUDIO
-PI-solver: fixed problem in geometry handling.
-Fixed export of package devices.
-PI-solver: Fixed plotting problem caused by geometry artifact.
CST Chip Interface
-Prevented deadlock when canceling Import dialog box.
CST DESIGN STUDIO General
-Fixed issue when connecting large Touchstone File Blocks.
-Improved stability of the Schematic Editor when doing a Ctrl+double click on a connection.
-Repaired specific issue when pasting elements with connection labels could produce unwanted connections.
-Adding an MWS block no longer produces an extra block (with no function).
-Allow different but equivalent buffer types in differential IBIS buffers.
-The clone block now has the correct size of the cloned block.
-Repaired pin numbering for strip line block.
-Corrected pin layout for multiconductor blocks.
-A new connection label now gets the name of the previous label, as it was in previous CST versions.
-Fixed false parsing errors on parsing a SPICE file in HSPICE format.
-The schematic editor will generate pin names for eligible pins only.
-Exiting the resize mode does no longer revert size changes.
-Fixed amplifier task dialog box logic for power sweeps.
CST DESIGN STUDIO Hybrid Solver Task
-Fixed overwriting of residual curves in case of all ports excitation.
Automation / Macros / Result Templates / External Data Access
-Added Online Help pages for Result Templates "Extract TL Properties from S-Parameter", "Cascade 2-Port S-Parameters", "Calculate Field Exposure" and the macro "Results/EMC/Determine Plot Peaks".
-Improved Macro "Compensate Self Inductance of Discrete Ports": Port labels now supported, added warning when using "distributed" discrete ports with FIT Solver (new default since v2019).
-Improved Macro "Compare Multiple Runs", now calling new parameter framework.
-Step and Sat Export: Added command for exporting selected solids. New Feature!
-Implemented new command GetProjectParameters, used in macro "Compare Multiple Runs" to read parameters from projects using the new parameter file format.
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