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š—›š—¼š˜„ š—±š—¼ š—±š˜†š—»š—®š—ŗš—¶š—° š—¼š—½š—²š—æš—®š˜š—¶š—»š—“ š—°š—¼š—»š—±š—¶š˜š—¶š—¼š—»š˜€ š—¶š—ŗš—½š—®š—°š˜ š—˜š— š—– š—¶š—» š—ŗš—¼š—±š—²š—æš—» š˜ƒš—²š—µš—¶š—°š—¹š—²š˜€? Ensuring robust electromagnetic compatibility under real operating conditions has become significantly more demanding. While testing at constant speed still plays a role, it no longer provides sufficient coverage. Today, EMC validation requires dynamic testing under realistic driving conditions – especially as EMC behavior varies across different operating states and load points. At the same time, increasing system complexity demands seamless interaction between multiple test systems and vehicle subsystems. This makes integrated test environments essential – combining chassis dynamometer, cooling, restraint systems, charging and automation into one consistent setup. šŸŽ„ In our webinar, you will learn: āœ” How integrated EMC test facilities enable seamless vehicle-level validation āœ” How a holistic toolchain helps reduce testing time and cost āœ” How to stay up to date with the latest norms and practical applications āœ” Insights into real customer use cases šŸ‘‰ š—Ŗš—®š˜š—°š—µ š—»š—¼š˜„: https://lnkd.in/dz6_xMGx #emc #vehicletesting #automotivetesting #emobility

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