- Class Overview
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Syllabus & Downloads
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Introduction 2 min
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Introduction to Control System Analysis 18 min
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Buck Converter Control Loop 28 min
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Design Example: MCP19035 19 min
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Current Mode Control 10 min
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Design Example: MIC45404 13 min
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Constant-On-Time Control 26 min
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Design Example: ACOT Control Loop 16 min
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Summary 4 min
- Complete Recording
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25087 PWR2 (137 min)
- Feedback and Discussion
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Get in contact with the presentation team
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We need your feedback
25087 PWR2: Analog Control of Switched-Mode Power Supplies: From Fundamentals to Practical Design (August 2025)
This class explores control methods for switched-mode power converters, blending foundational concepts with advanced techniques to provide participants with practical, actionable insights.
This class explores control methods for switched-mode power converters, blending foundational concepts with advanced techniques to provide participants with practical, actionable insights. It begins with an introduction to the fundamentals of switched-mode power converter control and delves into the three primary control strategies: current mode, voltage mode, and Constant-On-Time (COT) control. Participants will gain a solid understanding of performance and stability analysis through AC analysis, with practical applications of Bode plots to optimize control loop performance, while also exploring the role of poles and zeroes in control system design to refine compensation techniques for improved stability and transient response. Additionally, the class features design examples and test results, bridging theory with real-world applications and equipping participants with the skills to confidently apply their knowledge.
Prerequisites:
Basic knowledge of switch-mode power power supply fundamentals