How to Design an Automotive PCB Layout for EMI and Thermals

Learn more about automotive PCB design with our latest video, where we unveil how a cost-effective 2-layer PCB design can meet the rigorous thermal and EMC requirements of modern automotive applications. This video explores PCB layout guidelines that meet CISPR25 Class 5 requirements, and demonstrates how the MPQ4323-AEC1 automotive step-down converter enhances performance. Strategic component placement and layout can lead to improved thermal performance, achieving a critical balance between thermal management and EMI performance in 2-layer PCB designs. Find out how to achieve a robust, reliable automotive PCB design without the need for additional components or board space.
MPQ4323-AEC1: www.monolithicpower.com/en/pr...
EVQ4323-D-00A: www.monolithicpower.com/en/pr...
MPL-AL4020-1R5: www.monolithicpower.com/en/pr...
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