Udemy – Switching strategies for power electronic converters

Description

Course Requirements:

• Basic knowledge of Electrical Engineering

• Understanding of Power Electronics fundamentals

• Python programming skills

• Ability to simulate circuits using Python Power Electronics

Course Description:
Are you a young engineer eager to master power electronics but find it challenging to analyze and simulate power converters? Traditional resources often lack practical, interactive explanations, making the early learning phase frustrating and slowing progress toward advanced topics. This gap in educational material has contributed to a shortage of skilled power electronics engineers in the industry.

This comprehensive and interactive course focuses exclusively on power converters, helping students build a strong foundation in analysis, simulation, and logic-based reasoning. Through the course, you will learn to:

• Analyze the capabilities of different power converters using circuit conduction paths, switching tables, and vector diagrams.

• Understand and design switching strategies, starting from basics and treating them as puzzles, enabling you to apply these techniques to any converter.

• Conduct detailed simulations to compare theoretical and practical results, including guidance on challenges when implementing switching strategies in hardware.

By the end of this course, you will confidently approach power converter analysis, simulation, and design, preparing you for advanced projects and real-world applications in the power electronics industry.

Who This Course Is For:

• Junior undergraduates starting their journey in power electronics

• Senior undergraduates preparing for industrial roles

• Graduate students initiating power electronics projects

• Fresh recruits in the power engineering and electronics sector

Please Note: Files will be included in this purchase only Full Course Video & Course Resources. You will get cloud storage download link with life time download access.