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DESCRIPTION: Over the past 60 years, the number of electrical components in the automotive industry has exploded. Electrified propulsion leads to high-frequency electromagnetic emissions. In such a context, electromagnetic compatibility (EMC) is a critical challenge that automakers must address to ensure safe and reliable electric cars.\n \nDuring the webinar, Koen de Langhe – Director of product management, Simcenter Electronics systems simulation, at Siemens Digital Industries Software –, and Erica Van Berkum – Senior Product Manager, Capital Electrical Distribution, at Siemens Digital Industries Software –, will present how the Siemens Xcelerator portfolio allows engineers to simulate and verify EMC performance of vehicles and how this links into the electrical wire harness design process resulting in a connected digital thread for EMC.\n \nEmerging technologies to take electronic performance to the next level of performance\n \nNew designs of power electronics systems are emerging, based on silicon carbide (SiC) and gallium nitride (GaN), aiming at a higher level of performance for dedicated applications. Nevertheless, those new technologies also come with particular EMC challenges, both for conducted and radiated EMC. Conducted emission from the inverter into the cables and electrical systems remains a challenge for EMC engineers that needs to be addressed properly.\n \nUtilizing a comprehensive digital twin to address the radiation of electromagnetic noise\nIn this webinar, you will learn to:\n \nEstablish an end-to-end EMC compliance workflow, including the electrical wire harness and the full 3D geometry of the system\nApply critical common mode currents resulting from circuital simulation as current sources in a full 3D model of the vehicle and electrical wire harness\nUnderstand conducted and radiated emissions by analyzing the EM behavior from the source (high voltage cable) to the victims (data communication cables, sensors, etc.)\n \nRegarding electromagnetic compatibility analysis of electrified vehicles, the Siemens Xcelerator portfolio provides design and verification capabilities of all key electrical powertrain systems, such as inverters, batteries, cables and motors at different levels of abstraction. Capital offers E/E system and software architectures, network communications, and embedded software development capabilities. It allows for efficiently designing, engineering, and validating complex products within a digital twin's framework.\n \nWith Simcenter electromagnetics simulation solutions, engineers have all the tools to build vehicle-level EM models, including the relevant electrical wire harnesses directly from Capital. With those integrated sets of capabilities, engineers can adequately understand and mitigate EMC concerns efficiently and effectively.\nMeet the speakers\nSIEMENS DIGITAL INDUSTRIES SOFTWARE\nKoen de Langhe\nDirector of Product Management, Simcenter Electronics Systems Simulation\nKoen De Langhe carries 25 years of expertise in the area of CAE, primarily 3D mechanical analysis: Structural Dynamics, Acoustics, NVH analysis and since several years as well solutions for Electromagnetics including Motors, Transformers, EMC/EMI, antenna and radar.\nWithin Product Management, Koen is setting the product strategy and roadmap for a range of 3D simulation products and bringing existing products to the market and to customers.\nSIEMENS DIGITAL INDUSTRIES SOFTWARE\nErica Van Berkum\nSenior Product Manager, Capital Electrical Distribution\nErica has more than 20 years of diverse automotive-industry experience, ranging from wire harness design and electrical component implementation, to software deployment. Erica is responsible for the strategy and roadmap of the Capital Electrical design tools for E/E system development.\n
DTSTART:20240228T150000
DTEND:20240228T160000
DTSTAMP:20260511T163940Z
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SUMMARY;LANGUAGE=es-es:Tecnowebinars.com - :: Achieve EMC compliance for electrified vehicles through electromagnetic simulation at vehicle level
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