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About this course
- Class Overview
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Syllabus & Downloads
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Introduction 2 min
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Why Layout Matters? 2 min
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Buck Converter Example 20 min
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PCB Layout Details 20 min
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Design Example 18 min
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Summary 1 min
- Complete Recording
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25088 PWR3 (65 min)
- Feedback and Discussion
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Get in contact with the presentation team
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25088 PWR3: Enhancing Converter Performance through Effective PCB Design (August 2025)
This class provides an in-depth look at how PCB layout affects the performance of power converters, tailored for participants with basic knowledge of the topic.
This class provides an in-depth look at how PCB layout affects the performance of power converters, tailored for participants with basic knowledge of the topic. Attendees will learn how PCB layout influences efficiency, power loss, noise, stability, emissions, and regulatory compliance. The class will identify common layout challenges and present effective solutions, along with key layout techniques for power converters. To reinforce these concepts, a non-isolated buck converter will be used as a detailed design/layout example, showcasing best practices and contrasting them with common issues found in sub-optimal designs. This class will equip participants with the knowledge and skills to optimize PCB layouts for improved converter performance.
Prerequisites:
Basic knowledge of switch-mode power power supply fundamentals