Overview of the Course:
The Power Electronics course focuses on the design and analysis of electronic circuits for power conversion, such as power transformers, converters, and AC motor drives. It aims to provide participants with a comprehensive understanding of power electronic devices and their applications in various industries.
Course Objectives:
- Introduce participants to the fundamental concepts of power electronics.
- Familiarize participants with different power electronic devices and their characteristics.
- Develop skills in designing and analyzing power electronic circuits for efficient power conversion.
- Explore advanced topics such as power semiconductor devices, PWM techniques, and motor control.
- Provide practical experience in building and testing power electronic circuits.
Course Content:
- Introduction to Power Electronics.
- Power Semiconductor Devices and Characteristics.
- Power Conversion Circuits: Converters and Inverters.
- Pulse Width Modulation (PWM) Techniques.
- Motor Control in Power Electronics.
- Practical Applications of Power Electronics.
Target Audience:
– Electrical engineers specializing in power systems and renewable energy.
– Professionals working in industries related to power electronics, such as power generation, electric vehicles, and industrial automation.
– Graduate students or researchers interested in advancing their knowledge in power electronics.
