Designing of Power Electronic Converters in MATLAB/Simulink

Title: Mastering Power Electronics Design with MATLAB/Simulink: A Comprehensive Exploration for Efficient Circuits

Course Content:

1. AC-DC Converters: A Deep Dive into Single-Phase & Three-Phase Rectifiers In this immersive course segment, participants will harness the full capabilities of MATLAB/Simulink to master the design and simulation of AC-DC converters. The focus extends to both single-phase and three-phase rectifiers, providing a thorough understanding of their behavior and performance.

2. AC-AC Converters: Precision Control with Controllers, Regulators, and Cycloconverters Elevate your power electronics skills through an in-depth exploration of controllers, regulators, and cycloconverters. Participants will utilize MATLAB/Simulink to implement and simulate these components, ensuring precise control and regulation of AC power for both single-phase and three-phase systems.

3. DC-DC Converters: Modeling and Simulation of Buck, Boost, and Buck-Boost Configurations

Delve into the intricacies of DC-DC converters, encompassing buck/step-down, boost/step-up, and buck-boost/step-up & step-down configurations. Engage in hands-on exercises, allowing participants to actively model and simulate these pivotal power electronic devices using MATLAB/Simulink. This immersive experience provides a platform for gaining valuable insights into the fundamental principles governing their operation.

Embark on a comprehensive exploration of DC-DC converters, spanning the spectrum from buck/step-down to boost/step-up and the versatile buck-boost/step-up & step-down configurations. By actively participating in exercises, participants will not only navigate the intricate details of these converters but also develop proficiency in modeling and simulating them using MATLAB/Simulink. This practical engagement ensures a deep understanding of the foundational principles that drive the performance of these critical components in power electronics systems.

Delve into the intricacies of DC-DC converters, encompassing buck/step-down, boost/step-up, and buck-boost/step-up & step-down configurations. Engage in hands-on exercises, allowing participants to actively model and simulate these pivotal power electronic devices using MATLAB/Simulink. This immersive experience provides a platform for gaining valuable insights into the fundamental principles governing their operation.

Embark on a comprehensive exploration of DC-DC converters, spanning the spectrum from buck/step-down to boost/step-up and the versatile buck-boost/step-up & step-down configurations. By actively participating in exercises, participants will not only navigate the intricate details of these converters but also develop proficiency in modeling and simulating them using MATLAB/Simulink. This practical engagement ensures a deep understanding of the foundational principles that drive the performance of these critical components in power electronics systems.

4. DC-AC Converters: Transforming DC Power to AC Power with Single & Three-Phase Rectifiers

5. Creative Circuit Design and Research: Fostering Innovation in Power Electronics The course

The course culminates by empowering participants, providing them with the tools to unleash their creativity in power electronics circuit design. Upon successfully finishing the program, individuals will be well-equipped to envision and craft innovative power electronic circuits. This newfound skillset not only holds immediate practical value but also forms a robust foundation for those looking to delve into further research and pursue advanced studies in the dynamic field of power electronics.

In its culmination, the course empowers participants, arming them with the ability to unleash their creative potential in the realm of power electronics circuit design. Upon reaching the course’s conclusion, individuals will possess the necessary skills to conceive and implement inventive power electronic circuits. This multifaceted skillset not only proves immediately applicable but also lays a solid groundwork for those inclined towards extensive research and advanced studies within the field.

The final stages of the course focus on empowering participants, providing them with the means to unleash their creativity in the design of power electronics circuits. Upon successfully completing the program, individuals will find themselves well-prepared to conceptualize and execute innovative power electronic circuits. This skillset, with its immediate practical applications, also establishes a sturdy foundation for those with aspirations of undertaking further research and pursuing advanced studies in the dynamic field of power electronics

Embark on a transformative learning journey, mastering the intricacies of power electronics design with MATLAB/Simulink. Enroll now to unlock the full potential of these powerful tools and position yourself as a skilled and innovative practitioner in the dynamic field of electrical engineering.