Links between BetaMatch and CST Microwave Studio Data can be exported in both directions between BetaMatch and CST Microwave Studio: • Open BetaMatch with current data from CST via the Launch BetaMatch macro. • Matching networks (with oneport data) can be exported from BetaMatch to CST. Download stronghold crusader 3. • A Result Template, BetaMatch Calculations, will automatically optimize the matching of the current simulation data and report the result back to CST. This is automatically run in a post-processing step every time CST’s solver has been run. Thus these results can be used by CST’s optimizer to optimize the radiator design toghether with an optimized matching network! Launch BetaMatch from CST BetaMatch can be started from CST via a macro: Macros –> Matching Circuits –> Launch BetaMatch.
In this video I look at how to work CST Microwave Studio. Best viewed at 1080p on fast connections. It's more intended for students towards the end of their. Read the CST STUDIO SUITE™ Getting Started manual. Work through this document carefully. It provides all the basic information. CST MICROWAVE STUDIO® is a fully featured software package for electromagnetic. Native graphical user interface based on Windows XP, Windows Vista, Windows 7.
When the macro runs the current simulation data will be sent to BetaMatch where a matching network can be designed. If AR-data is present in the simulation the user will be given a choice to use those data instead of the normal simulation data. If the simulation model in CST has more then one port that is selected as stimulus, the user will be asked to choose which port to send to BetaMatch. Export data from BetaMatch to CST The matching network can be exported back to CST a new Design Studio canvas in a few different formats.
The CST Export window is opened by selecting File Menu –> Export and Open in CST Design Studio.: The Network Settings gives the choice between using Touchstone files for the components (which will give exactly the same results) or to convert the components into ideal equivalent components. In the last case the results may differ between CST and BetaMatch due to differences between ideal and measured components. The first option will cascade all the components into one single Touchstone block whereas the second option will create a Touchstone block for each components. In the Load settings box you can chose to include the load or not. If the load is not included the network will be stand-alone and two external ports will automatically be created in Design Studio. If the load is included it will be exported as a one-port Touchstone block. There is an option to also export the MWS project (if available), but because stability problems on certain platforms this option is disabled by default.
![Studio Studio](https://u-manual.com/image/big/94acb5b1ba72b57b0a6ffa15910b0642-1-download-manual-now-for-free-microwave-oven-samsung-cst-1660-st.jpeg)
If you wish to use this functionality please contact MNW Scan to obtain instructions on how to enable it. You can automatically set up an S-parameter task and calculate the simulation results in CST Design Studio by ticking the boxes in the Task and Simulation settings. This will only have effect if the load is included. BetaMatch Calculations (Result Template) The BetaMatch Calculations Result Template will automatically calculate accepted power for the best possible matching network after each solver run in CST. The way this works is that BetaMatch is called by CST to calculate an optimized matching network and then send the result back to CST. This can for instance be used from the optimizer in CST MWS to optimize the radiator while applying best possible matching network for each iteration.
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