Free online coursePower Electronics

Course Description

Welcome to the Power Electronics course offered by OpenCourseWare, an extensive journey meticulously curated for professionals in the electrician field. Clocking in at a comprehensive 31 hours and 50 minutes, this course delves deeply into the complexities and nuanced functionalities of power electronics, providing enriching content suitable for advancing skills and knowledge in this specialized domain.

The course kicks off with an introductory lecture that sets the stage for what power electronics entails, laying a solid foundation for the intricate topics that are to follow. From basic analysis methods and rectifiers, the curriculum swiftly advances to more detailed discussions on load regulation and power factor, ensuring learners grasp fundamental principles before moving on to more sophisticated components.

A significant portion of the course focuses on DC/DC converters, divided into multiple lectures to cover its many aspects thoroughly. These sessions are designed to provide a deep understanding of the conversion processes, efficiency optimization, and practical applications necessary for the robust electrical systems of the modern world.

Next, the focus shifts to magnetics, an essential topic in power electronics. With four comprehensive lectures dedicated to this subject, students will explore the intricacies of magnetic components and their critical role in the performance of electronic systems. This segment also delves into isolated DC/DC converters, emphasizing the importance of system isolation in certain applications.

Moving forward, the course addresses the vital concerns of switching losses and thermal management, key factors affecting the longevity and reliability of power electronic devices. This knowledge prepares learners to tackle real-world challenges related to device efficiency and cooling solutions effectively.

The subsequent lectures explore inverters and switched-mode rectifiers, pivotal in the conversion and regulation of electrical power. These detailed sessions aim to impart a deep understanding of inverter operations and the intricacies of three-phase systems, which are crucial for managing industrial power applications.

Control methods are another cornerstone of this course. Through detailed exploration over several lectures, learners will grasp various control strategies, including current-mode control. This segment is invaluable for ensuring stable and efficient operation of power electronic systems.

Electromagnetic interference (EMI) filters are thoroughly covered, emphasizing the design and implementation of EMI filters to mitigate noise. These lectures are essential for learners who wish to specialize in reducing unwanted electromagnetic noise in electronic systems.

The course also dives into the realm of switched-capacitor converters and soft switching techniques, advancing towards resonant power conversion methods. These segments provide advanced knowledge on minimizing losses and achieving higher efficiency in power conversion processes.

The concluding lectures focus on resonant converters, matching networks, and crucial practical aspects like gate drive and layout considerations, rounding off a curriculum that is nothing short of comprehensive. These final topics ensure that students are well-versed in the latest technological advancements and practical design intricacies.

By the end of this intensive program, participants will have acquired a thorough understanding of power electronics, equipping them with the skills and knowledge required to excel in their professional endeavors. Enroll now and take a vital step towards mastering power electronics with OpenCourseWare.