Theory Meets Practice

Stop learning power electronics in isolation. This course bridges power theory, control systems, and analog IC design into one cohesive workflow. You'll understand not just *why* converters work, but *how* to actually build them into real silicon.

Hands-On Transistor-Level Design

Progress from open-loop power stage fundamentals to a complete closed-loop PMIC implementation. Design error amplifiers, Type III compensation networks, PWM drivers, and verify everything with transistor-level simulations that mirror production reality.

Industry-Relevant Skills

Learn the exact techniques used by power IC designers at companies building PMICs, voltage regulators, and switching supplies. Evaluate load-transient response, stability margins, regulation accuracy, and efficiency—the metrics that matter in real products.

About the Course

If you've struggled to connect the dots between power electronics textbooks and actual IC design, you're not alone. Most engineers learn converter theory in isolation—then hit a wall when it's time to design real feedback loops and implement circuits in silicon. This course closes that gap. You'll start with buck converter fundamentals and small-signal modeling, then systematically build toward a complete transistor-level implementation. Along the way, you'll master: • PWM generation and closed-loop control architecture • Type III compensation design for precise loop shaping • Error amplifier and comparator implementation • Load-transient response optimization • Stability analysis and phase margin verification • Power efficiency evaluation through simulation By the end, you won't just understand how buck converters work—you'll have the practical skills to design them. Every concept is grounded in real circuit implementation, so you can immediately apply what you learn to your own projects or career. Ready to think like a power IC engineer? Let's get started.

About the Instructor

What You'll Learn

8 Chapters · 11 Lessons

    1. Switching DC-DC Buck Converter Free preview

    1. (Included in full purchase)

      Switching DC-DC Boost Converter

    1. (Included in full purchase)

      Negative Feedback on Switching Regulator

    1. (Included in full purchase)

      Compensator

    1. (Included in full purchase)

      Controller

    1. (Included in full purchase)

      Open-loop Buck Converter Design

    2. (Included in full purchase)

      Open-loop Buck Converter LT Spice Code

    1. (Included in full purchase)

      Closed-loop Buck Converter with PWM Voltage Mode Control and Type II Compensation IC Design

    2. (Included in full purchase)

      Buck Converter with Type 2 Compensation LTSpice Code

    1. (Included in full purchase)

      Voltage Mode PWM Closed-loop Buck Converter with Type III Compensation IC Design

    2. (Included in full purchase)

      Buck Converter with Type 3 Compensation LTSpice Code

What People Are Saying

Hear from engineers who've transformed their understanding of power IC design and landed roles working on cutting-edge power management solutions.

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Las Vegas, NV

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Working mom

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Amateur photographer

Stop Guessing. Start Designing Real Power ICs.

This course gives you the complete mental model and practical skills to design closed-loop buck converters like a professional. From theory to transistor-level verification—everything you need is here. Join engineers who are already building better power solutions.

$199.00

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