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Power Electronics

This comprehensive Power Electronics course is designed to equip students with the essential knowledge and skills requir...

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Sections

1. Introduction to Power Electronics
21 views

This topic introduces the basic concepts and importance of power electronics in modern technology.

10 topics (10 versions)

1.1Definition and Scope of Power Electronics

1.2Applications of Power Electronics

1.3History and Evolution

1.4Basic Components and Devices

1.5Power Electronics in Renewable Energy

1.6Emerging Trends

1.7Power Electronics System Design

1.8Challenges and Opportunities

1.9Future Directions

1.10Course Overview and Expectations

2. Semiconductor Devices
4 views

Explore the different types of semiconductor devices used in power electronics and their characteristics.

10 topics (10 versions)

2.1Diodes and Rectifiers

2.2Thyristors

2.3Transistors

2.4MOSFETs

2.5IGBTs

2.6Switching Characteristics

2.7Device Protection

2.8Thermal Management

2.9Packaging and Reliability

2.10Advanced Semiconductor Materials

3. Power Converters
4 views

Understand the operation and applications of various power converters in electronic systems.

10 topics (10 versions)

3.1AC-DC Converters

3.2DC-AC Inverters

3.3DC-DC Converters

3.4AC-AC Converters

3.5Converter Topologies

3.6Control Techniques for Converters

3.7Efficiency and Power Quality

3.8Applications in Renewable Energy

3.9Switching Losses and Snubber Circuits

3.10Harmonics and Filtering

4. Control Strategies
5 views

Delve into the various control strategies used in power electronics to optimize performance.

10 topics (10 versions)

4.1Feedback Control Principles

4.2Pulse Width Modulation (PWM)

4.3Current and Voltage Control

4.4Digital Control Techniques

4.5Linear and Non-Linear Control

4.6Predictive Control Methods

4.7Adaptive Control Systems

4.8Robust Control Strategies

4.9Model Predictive Control

4.10Control of Grid-Connected Converters

5. Magnetic Components
12 views

Learn about the role and design of magnetic components in power electronics circuits.

10 topics (10 versions)

5.1Transformers in Power Electronics

5.2Inductors and Their Applications

5.3Magnetic Core Materials

5.4Eddy Current Losses

5.5Design of Magnetic Components

5.6High-Frequency Magnetics

5.7Planar Magnetics

5.8Saturation and Core Losses

5.9Thermal Management of Magnetics

5.10Testing and Characterization

6. Power Electronic Circuits
11 views

Examine the design and analysis of power electronic circuits and their practical applications.

10 topics (10 versions)

6.1Basic Circuit Theorems

6.2Switching Circuits

6.3Resonant Converters

6.4Snubber Circuits

6.5Protection Circuits

6.6EMI/EMC Considerations

6.7Simulation and Modeling

6.8Circuit Optimization

6.9Reliability and Testing

6.10Practical Design Considerations

7. Power Quality and Harmonics
13 views

Focus on power quality issues and harmonic distortion in power systems.

10 topics (10 versions)

7.1Definition of Power Quality

7.2Sources of Harmonics

7.3Effects of Harmonics

7.4Harmonic Mitigation Techniques

7.5Active and Passive Filters

7.6Power Factor Correction

7.7Voltage Sags and Surges

7.8Flicker and Interharmonics

7.9Standards and Regulations

7.10Case Studies in Power Quality

8. Renewable Energy Systems
7 views

Explore the integration of power electronics in renewable energy systems such as solar and wind.

10 topics (10 versions)

8.1Photovoltaic (PV) Systems

8.2Wind Energy Conversion Systems

8.3Grid-Connected Renewable Systems

8.4Energy Storage Solutions

8.5Inverters for Renewable Applications

8.6Power Electronics in Smart Grids

8.7Microgrid Technologies

8.8Distributed Generation

8.9Renewable Energy Policy and Economics

8.10Case Studies of Renewable Integration

9. Advanced Topics in Power Electronics
6 views

Investigate advanced topics and cutting-edge technologies in power electronics.

10 topics (10 versions)

9.1Wide Bandgap Semiconductors

9.2Wireless Power Transfer

9.3Advanced Converter Topologies

9.4Smart Power Electronics

9.5Energy Harvesting Techniques

9.6Power Electronics for Electric Vehicles

9.7High Voltage Direct Current (HVDC)

9.8FACTS Devices in Power Systems

9.93D Printed Electronics

9.10Future Trends in Power Electronics

10. Practical Design and Implementation
10 views

Gain hands-on experience in designing and implementing power electronic systems.

10 topics (10 versions)

10.1PCB Design for Power Electronics

10.2Testing and Validation

10.3Thermal Design Considerations

10.4Use of Simulation Software

10.5Prototyping Techniques

10.6Case Studies of Real-World Systems

10.7Design for Manufacturability

10.8Troubleshooting and Debugging

10.9Safety and Compliance

10.10Capstone Project

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Power Electronics

Sections

1. Introduction to Power Electronics21 views

2. Semiconductor Devices4 views

3. Power Converters4 views

4. Control Strategies5 views

5. Magnetic Components12 views

6. Power Electronic Circuits11 views

7. Power Quality and Harmonics13 views

8. Renewable Energy Systems7 views

9. Advanced Topics in Power Electronics6 views

10. Practical Design and Implementation10 views

Sign in to track your progress

1. Introduction to Power Electronics
21 views

2. Semiconductor Devices
4 views

3. Power Converters
4 views

4. Control Strategies
5 views

5. Magnetic Components
12 views

6. Power Electronic Circuits
11 views

7. Power Quality and Harmonics
13 views

8. Renewable Energy Systems
7 views

9. Advanced Topics in Power Electronics
6 views

10. Practical Design and Implementation
10 views