Design and Simulation of DC-DC Converters

DC-DC converters are essential components in almost all modern electronic devices, from consumer electronics to large industrial systems. Mastering their design is a critical skill in power electronics. This course provides a solid foundation in power electronics theory and the practical skills necessary to design functional DC-DC converter circuits and verify their performance through comprehensive simulation. What you'll learn: * Understand the operational principles and key component sizing for common DC-DC topologies (Buck, Boost, Buck-Boost). * Apply fundamental control theory to design stable voltage and current feedback loops for switched-mode power supplies. * Practice creating accurate circuit models and performing transient and steady-state analysis using open-source simulation environments. * Learn to analyze and mitigate common design issues such as output ripple, efficiency losses, and switching stress. * Configure simulation environments to analyze component constraints and thermal performance for practical implementation. The course begins with core power electronics concepts and moves step-by-step through the design process, culminating in hands-on simulation exercises for various converter types. You will gain a deep understanding of both the theoretical operation and the practical simulation workflow. This course is designed for beginners in electrical engineering, electronics, or embedded systems who need to understand how to design and verify DC-DC converter circuits. No prior experience with power electronics design or simulation software is required. Start reading today and master the fundamentals of power converter design and simulation.