Watch this Tech Talk and learn more about Comparing Simulation and Theory
This is the third webinar in a series of three about EMC simulation in the design process. System-level EMC simulations can help in understanding and mitigating interference in complex electronic systems. In this presentation, we explore two case studies demonstrating the application of EMC simulations in automotive environments. The first example examines radiated emissions from an automotive Ethernet link, focusing on the influence of PCB and connector layout. By leveraging simulations, we analyze emission characteristics and propose design optimizations to improve EMC performance. The second example investigates the coupling effects between high-voltage (HV) and low-voltage (LV) systems within a vehicle battery. Through simulation-based analysis, we assess potential interference mechanisms and discuss mitigation strategies. These case studies highlight the effectiveness of system-level EMC simulations in guiding design decisions and ensuring compliance with EMC requirements.
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