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Engineering
Electrical Engineering
Power Electronics
1. Introduction to Power Electronics
2. Power Semiconductor Devices
3. DC-DC Converters
4. AC-DC Converters
5. DC-AC Converters
6. AC-AC Converters
7. Control of Power Electronic Systems
8. Magnetic Components Design
9. Capacitors in Power Electronics
10. Thermal Management
11. Power Quality and EMI
12. Applications and Systems
Thermal Management
Heat Generation Mechanisms
Conduction Losses
On-State Losses
Forward Voltage Drop
RDS(on) Losses
Switching Losses
Turn-On Losses
Turn-Off Losses
Overlap Losses
Gate Drive Losses
Magnetic Component Losses
Thermal Modeling
Thermal Resistance Networks
Junction-to-Case Resistance
Case-to-Heatsink Resistance
Heatsink-to-Ambient Resistance
Thermal Capacitance Effects
Transient Thermal Response
Thermal Time Constants
Thermal Simulation Tools
Finite Element Analysis
Computational Fluid Dynamics
Heat Removal Methods
Natural Convection
Heatsink Design
Surface Area Optimization
Fin Efficiency
Forced Air Cooling
Fan Selection
Airflow Management
Ducting Design
Liquid Cooling
Heat Exchangers
Coolant Selection
Pump Requirements
Phase Change Cooling
Heat Pipes
Vapor Chambers
Immersion Cooling
Thermal Interface Materials
Thermal Pads
Thermal Greases
Phase Change Materials
Thermal Adhesives
Temperature Monitoring
Thermistors
Thermocouples
Infrared Sensors
Junction Temperature Estimation
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9. Capacitors in Power Electronics
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11. Power Quality and EMI