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About this course
- Class Overview
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Syllabus & Downloads
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Introduction 3 min
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Power Delivery Network (PDN) 14 min
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The Basics 7 min
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Impedance Modeling of the PDN 9 min
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Instable PDN's 5 min
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The Secrets to Build a Robust PDN 21 min
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Summary 3 min
- Complete Recording
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25046 PCB6 (63 min)
- Feedback and Discussion
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Get in contact with the presentation team
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25046 PCB6: Power Delivery Network (PDN) Design: Fundamentals and Best Practices (August 2025)
This course equips engineers with the skills to design robust PDNs, emphasizing strategic component selection, precise impedance management, and effective noise mitigation for clean power delivery.
Power Delivery Network (PDN) design is critical for ensuring stable and efficient power distribution in high-speed electronic systems. This course equips engineers with the skills to design robust PDNs, emphasizing strategic component selection, precise impedance management, and effective noise mitigation for clean power delivery. Participants will develop practical expertise in minimizing voltage drop and high-frequency noise to enhance system reliability. Designed to build proficiency in a foundational aspect of electronics engineering, this program prepares professionals to meet the rigorous demands of contemporary system design.
Prerequisites:
Participants should possess a basic understanding of electronic components (resistors, capacitors, inductors) and circuit analysis fundamentals. Familiarity with voltage, current, and impedance concepts is recommended.