The first webcast in the series discusses the application of full wave modeling to predicting EMC/E3 performance in a rotorcraft. We start by investigating the coupling from a blade installed on the fuselage to internal cable systems. CST CABLE STUDIO is used to efficiently and accurately model the bi-directional interaction between electromagnetic fields and the complex cable system. True transient co-simulation enables direct time-domain analysis of voltages and currents induced in cable systems, due to an incident EMP. Finally, non-linear components are added to the model to assess the performance of transient protection devices (TPD’s).
For more information contact CST or call +49-6151-7303-0.
This product how-to describes how to use Synopsys' Saber platform for modeling and simulating physical systems and CST STUDIO SUITE® electromagnetic simulation software. Synopsys and CST recently launched a technology partnership to build a high-quality...
Shielding Analysis of a Metallic Enclosure
The aim of this article is to emphasize the application of a statistical approach to the analysis of the shielding properties of a real enclosure for radio communication equipment. A model of the enclosure was simulated with the CST MICROWAVE STUDIO®...
Cavity Modes in a Shielding Enclosure
The effectiveness of shielding enclosures is reduced by apertures for heat dissipation, cable penetrations, etc. The EMI from a slot in a shielding enclosure is calculated by a finite-difference time-domain method and by CST MICROWAVE STUDIO®, with...
Optimizing EMC/EMI Performance of Multimedia Device Housings by 3D EM Simulation
Multimedia products for automotive applications consist of various subsystems, including CPU, peripherals, clock domains, and interfaces, that are combined in a single multimedia housing. The resulting device needs to be EMC compliant according to...
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