Design and Modeling of DC-DC Converters & DC-AC Inverters

🎓 Design and Modeling of DC-DC Converters & DC-AC Inverters using SIMULINK GroupLayout: Power System Design Course by Sachin Sharma

Course Description:

Embark on a journey to master the art of power system design with our comprehensive online course. This program is meticulously crafted to guide you through the intricate process of modeling and simulating various power systems, including DC-DC converters and DC-AC inverters such as multilevel inverters. You will be introduced to the MATLAB/SIMULINK environment where you'll learn to develop controllers for these systems, ensuring a robust understanding of power electronics. Key modeling concepts, from basic theoretical foundations to hardware implementation nuances, are explained with clarity and precision.

What You’ll Learn 🎯

• Control System Basics: Understand the fundamental principles of control systems that govern power electronic systems.
• System Concept and Application: Gain insights into how these concepts are applied in real-world scenarios.
• Modeling and Control of Buck Converter: Learn the ins and outs of modeling and controlling a buck converter, a vital component in power electronics.
• Buck-Boost Converter Modeling and Control: Discover the differences and control methods for a buck-boost converter.
• Flyback Converter Modeling and Control: Understand how to model and control this type of converter, which is widely used in applications like portable electronics.
• Single Phase Inverters Modeling and Control: Dive into the world of single phase inverters and their control strategies.
• SPWM (Sinusoidal Pulse Width Modulation) Modeling Technique for Inverters: Learn the SPWM technique, which is essential for high-efficiency power electronics applications.
• Modeling and Control of 3-Phase Inverters: Explore the complexities of three-phase inverters and their control mechanisms.
• Multilevel Inverter Design in SIMULINK: Grasp the advanced concept of multilevel inverters, an emerging technology in power electronics.
• Design of Inverters in SIMULINK: Get hands-on experience with designing inverters using the powerful simulation tool, SIMULINK.

Course Requirements or Prerequisites 📚

• MATLAB Software: A basic understanding and access to MATLAB software are required for this course.
• Basics of MATLAB: Having a grasp of the fundamentals of MATLAB will help you navigate through the course material more effectively.

Who this course is for 👤

• Engineering Graduates in Control Systems: This course is tailored to enhance your knowledge and skills in power system modeling and design.
• Ph.D. Research Scholars: If you're conducting research in control systems, this course will provide you with practical insights into power electronics.
• Control Engineers: Expand your expertise in designing and simulating power systems with this comprehensive training.

Join Sachin Sharma in this enlightening educational journey where theoretical knowledge meets practical application. Enroll now to transform your understanding of power system design and modeling, and take a significant step towards mastering power electronic systems using SIMULINK! 🚀💡