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Proper electromagnetic (EM) shielding is often essential for electronics products to successfully comply with electromagnetic compatibility (EMC) standards.
Given the multitude of enclosure options available, pinpointing unwanted electromagnetic sources emitted within an electronic system can be a daunting task. Rand SIM simulation experts can help.
Ansys Sherlock is a powerful physics-based electronics reliability design tool that enables engineers to predict the life of printed circuit boards (PCBs) & electronic assemblies accurately & quickly.
In this white paper, we provide an overview of Ansys HFSS and Ansys EMA3D Cable products and highlight ways to use them for electromagnetic simulation and design iteration.
If your company makes electronic devices, you face the challenge of adhering to strict guidelines regarding electromagnetic interference.
An end-to-end overview of Ansys Electronics product portfolio with features and functionality outlined. Read more.
In the Ansys 2023 R1 release, Ansys Electronics continues to demonstrate its Technology leadership in computational emag.
Rand Simulation can help you solve your most complex electromagnetic design challenges in the following application areas: Antenna Design, PCB Analysis, Antenna Co-location and RFI (EMIT), SBR+ /Savan
“Touchdown! Did you see that catch?! I need to post this on Twitter! Wait, why is my Tweet not posting? I thought this stadium had Wifi?” Football stadiums are quite the engineering feat, but...
When a new product is being developed for production, electromagnetic compliance (EMC) failures can pose a significant risk to your project schedule and budget. Therefore, it is important to...
Simulation doesn’t just focus on robust product development. It cascades monetary savings throughout the product development pipeline.
Over my time working with Ansys HFSS (high-frequency structure simulator), I have learned several modeling and workflow improvements. Whether you are new to HFSS or a seasoned veteran, leveraging...
Proper electromagnetic shielding is often essential for electronics products to successfully comply with electromagnetic compliance standards. Get the inside scoop on EM shielding!
Learn how the engineers at Rand Sim have created a set of benchmark simulations to compare simulation speed of parallel meshing refinement to the original mesh design.
Learn about when and why you would choose a steady state or transient simulation.
Improve your electronics designs by engineering the safe removal of heat: minimize catastrophic failures, improve operational robustness, and reduce product life uncertainty in electronics devices.
Learn about the FCC compliance testing process, the misconceptions, and risks, and how to mitigate design issues with simulation software.
As winter snowfall blanketed the United States over the past holiday season, many people gathered on the couch to stay cozy in their houses and stream some holiday favorites. However, for one cat...