Keyphrases
10 kV SiC MOSFET
100%
Analytical Model
14%
Base Plate
25%
Capacitive Coupling
53%
Capacitive Effect
100%
Circuit Element
28%
Common-mode Inductor
25%
Complete Elimination
25%
Converter Design
14%
Converter System
100%
Current Path
25%
Design Guidelines
14%
Design Optimization
14%
Design Perspective
14%
Design Phase
14%
Displacement Current
42%
Double Pulse Test
25%
Efficiency Decrease
14%
Efficiency Increase
14%
Electrification Process
14%
Electromagnetic Interference
14%
Energy Sector
14%
Fast Switching Speed
28%
Half-bridge
25%
High Amplitude
14%
High Power
100%
High-side
100%
Inductive Coupling
14%
Inductive Effect
100%
Medium-voltage Power Module
25%
Miller
100%
Miller Capacitor
25%
Mitigation Strategies
25%
Modern Power
14%
Operating Voltage
14%
Oscillation
50%
Parasitic Circuit
28%
Parasitic Inductance
14%
Parasitic Power
25%
Photovoltaic Applications
14%
Physics-based
14%
Political Agenda
14%
Positive Feedback Loop
25%
Power Converter
14%
Power Electronic Converters
100%
Power Electronics Technology
14%
Power Handling Capability
14%
Power Module
50%
Power-to-X
14%
Renewable Energy
28%
Semiconductor Components
14%
Si-based
14%
SiC MOSFET
25%
Silicon Carbide
100%
Slow Switching
14%
Sustainable Energy
28%
Sustained Oscillations
100%
Switching Speed
14%
System Efficiency
14%
System Level
14%
System Performance
14%
System Reliability
14%
Traction Application
14%
Voltage Level
14%
Wide Bandgap
28%
Wide Bandgap Devices
28%
Wide Bandgap Power Semiconductors
14%
Wind-photovoltaic
14%
Engineering
Analytical Model
14%
Applicability
14%
Baseplate
50%
Capacitive
100%
Capacitive Coupling
78%
Circuit Element
28%
Design Guideline
14%
Design Phase
14%
Electromagnetic Interference
14%
Energy Engineering
14%
Inductive Coupling
14%
Metal-Oxide-Semiconductor Field-Effect Transistor
100%
Miller Capacitance
50%
Mitigation Strategy
50%
Operating Voltage
14%
Optimised Design
14%
Photovoltaics
14%
Positive Feedback Loop
50%
Power Converter
14%
Power Electronic Converter
100%
Power Electronics
14%
Renewable Energy
28%
Sustainable Energy
28%
Sustained Oscillation
100%
Switching Speed
42%
System Reliability
14%