Tag: tribe_events
Electromagnetics
Events
Calendar of Events
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This webinar aims to explore how GPU acceleration can support large-scale 3D electromagnetic (EM) simulations for PCB and package design. It covers Cadence’s Clarity 3D Solver, benchmark results from production-oriented cases, GPU impact areas, compute configuration considerations, potential effects on engineering throughput, and upcoming capabilities, with examples spanning package extraction and large PCB signal integrity […] |
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This webinar aims to demonstrate how Saber enables virtual prototypes, or digital twins, of power electronics and motor drive systems, integrating electrical, thermal, magnetic, hydraulic, mechanical, and control domains in one environment. It covers modeling of semiconductors, motors, cooling systems, and mechanical loads, digital control validation, system-level performance, stress, and margin analysis, optimization, reliability, functional […] |
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The webinar "Digital Beamforming Design: From Optimization to Verified Performance" explores digital beamforming design through automated trade studies, antenna geometry optimization, and high-fidelity electromagnetic simulation using Ansys HFSS. It aims to show how results are verified against system requirements, while PLM and SPDM connect data, processes, and systems into a digital thread that supports traceability […]
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The webinar aims to explain how to formulate and solve custom equations in COMSOL Multiphysics® using equation-based interfaces, independently or alongside built-in physics interfaces. It will explore coupling custom partial differential equations with physics such as structural mechanics, electromagnetics, and heat transfer, while keeping models simple yet relevant. Examples include the classical convection-diffusion equation, followed […]
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The webinar examines how electromagnetic simulation can support quantum hardware design, covering high-density multichannel I/O interconnects, the flex-to-coax segment (RF transitions, filters, flexible PCB) and metrics such as return loss, insertion loss and crosstalk. It also addresses chip-level, CST-based 3D modelling of transmons, resonators and feedlines using eigenmode and frequency-domain solvers, including anharmonicity, Q-factor and […] |
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