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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
Power Semiconductor Devices
Ideal Switch Characteristics
Perfect On-State Behavior
Perfect Off-State Behavior
Instantaneous Switching
Zero Power Loss
Real Switch Characteristics
On-State Voltage Drop
Leakage Current
Switching Transients
Power Losses
Safe Operating Area
Power Diodes
Structure and Operation
PN Junction Physics
Carrier Transport Mechanisms
Drift and Diffusion Regions
Static Characteristics
Forward Bias Operation
Reverse Bias Operation
Breakdown Mechanisms
Temperature Effects
Dynamic Characteristics
Forward Recovery Process
Reverse Recovery Process
Switching Speed Limitations
Types of Power Diodes
General Purpose Diodes
Fast Recovery Diodes
Schottky Diodes
Silicon Carbide Diodes
Thyristors
Silicon Controlled Rectifier
Four-Layer PNPN Structure
Two-Transistor Model
Triggering Mechanisms
Holding and Latching Current
Turn-On Process
Turn-Off Process
Commutation Methods
Gate Turn-Off Thyristor
Structure and Operation
Turn-Off Capability
Applications and Limitations
TRIAC
Bidirectional Structure
Quadrant Operation
Gate Triggering
DIAC
Breakover Characteristics
Triggering Applications
Power Transistors
Power BJT
Structure and Physics
Current Gain Characteristics
Switching Behavior
Secondary Breakdown
Safe Operating Area
Power MOSFET
Vertical Structure
Gate Control Mechanism
Body Diode Effects
Switching Characteristics
Temperature Coefficients
Safe Operating Area
IGBT
Hybrid Structure Design
Conductivity Modulation
Switching Performance
Latch-Up Prevention
Safe Operating Area
Comparison with Other Devices
Wide Bandgap Devices
Silicon Carbide Devices
Material Properties
Device Characteristics
Gallium Nitride Devices
Material Properties
Device Characteristics
Device Protection
Overvoltage Protection
Snubber Circuits
Transient Voltage Suppressors
Clamping Circuits
Overcurrent Protection
Current Limiting
Fusing Techniques
Electronic Protection
Thermal Protection
Temperature Monitoring
Thermal Shutdown
Heat Spreading
Gate Drive Circuits
Drive Requirements
Voltage Levels
Current Capability
Switching Speed
Isolation Requirements
MOSFET and IGBT Drivers
Bootstrap Circuits
Isolated Drivers
High-Side and Low-Side Drivers
Dead-Time Generation
Thyristor Drivers
Pulse Transformers
Optocoupler Circuits
Gate Protection
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1. Introduction to Power Electronics
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3. DC-DC Converters