High Power Cable and Busbar Design Methodology (HiCaB) Video
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Ansys electronics reliability workflows help you overcome numerous electrical, thermal and mechanical reliability challenges. This enables you to boost signal integrity, protect against shock and vibration failure, eliminate electromagnetic interference and much more. Watch this dynamic video to learn how you can leverage Ansys electronics reliability workflows to help ensure your product will perform as promised — before it goes to market.
Learn how the new HFSS 3D components feature can help you collaborate on designs with colleagues and your supply chain.
Electromechanical simulation tools aid in the design flow of hybrid–electric systems.
A 16x speedup on a compute farm delivers time and cost savings in the design of traction motors for HEVs and EVs.
Connecting to Ansys Cloud enables organizations to implement high-fidelity simulations much faster in high-performance computing (HPC) environments than in local machines/datacenters. Users can submit simulation jobs for Ansys electromagnetic tools such as Ansys HFSS, Ansys SIwave, Ansys Maxwell and Ansys Q3D Extractor from the Ansys Electronics Desktop to the Microsoft Azure hosted Ansys Cloud. Read this application brief to learn about the details and benefits of running EM simulations in Ansys Cloud.
Q3D Extractor efficiently performs 3-D and 2-D electromagnetic field simulation of electronic structures based on mechanical or electrical (layout) CAD data. You then simply assign material properties, sinks and sources to the imported data and perform a simulation of the model. In addition to providing RLCG outputs, the solvers include current and voltage distributions along with CG and RL matrices.