Unlock the core principles of Power Electronics in one simple course
Are you an engineering student, a hobbyist or technician working on high-power projects, or an aspiring electronics professional struggling to grasp the concepts behind motor drives, power supplies, and renewable energy systems?
What you’ll learn
- The role and function of essential power electronic devices..
- How different converter circuits change and control electrical power..
- Power Conversion Systems: Master the operation and design of: Phase-controlled thyristor converters and diode rectifiers.
- A solid foundation to pursue more advanced studies or projects.
- Learn the Fundamentals of SMPS (Switch Mode Power Supply).
Course Content
- Introduction –> 41 lectures • 4hr 9min.
Requirements
Are you an engineering student, a hobbyist or technician working on high-power projects, or an aspiring electronics professional struggling to grasp the concepts behind motor drives, power supplies, and renewable energy systems?
Power electronics is the backbone of modern technology, from charging your phone to running industrial machinery. But with so many components and complex circuits, it can feel overwhelming.
Go from confused to confident in Power Electronics in just one crash course! This intensive bootcamp is designed to give you a comprehensive overview of the field without the semester-long commitment.. No prior deep knowledge is required, just a basic understanding of electronics.
In this course, you will:
- Master the Building Blocks: Understand the operation and purpose of key power semiconductor devices like Diodes, Thyristors, and Transistors.
- Understand the principles, operation, and design of Switch-Mode Power Supplies (SMPS), progressing from fundamental concepts to advanced, complex topologies.
- Heating & Cooling: Master the vital topic of thermal management, learning to calculate thermal resistance and design systems that stay cool and reliable.
- Decode Power Conversion Circuits: Get a clear overview of the four main types of power converters:
- AC to DC: Analyze Diode Rectifiers and more advanced Phase-Controlled Thyristor Converters.
- AC to AC: Understand the principle behind Cycloconverters.
- DC to AC: Learn how Inverters (used in solar panels and UPS systems) function.
- DC to DC: See how DC-to-DC Converters efficiently step voltage up or down.
What makes this course different?
- Fast-Paced & Efficient: We respect your time. Concise lectures and clear animations ensure you learn maximum concepts in minimum time.
- Foundational Focus: This isn’t an in-depth design course; it’s the perfect primer to build the core knowledge you need to advance.
- Practical Perspective: Concepts are explained with their real-world applications in mind, connecting theory to practice.