Engineering
Battery (Electrochemical Energy Engineering)
11%
Battery Charging
6%
Battery Energy Storage
6%
Capacitive Coupling
13%
Choppers (Circuits)
6%
Circuit Model
7%
Common Mode
28%
Conversion Ratio
25%
Cost Efficiency
6%
Coupling Capacitance
13%
Current Output
6%
Current Sensor
6%
Dc Converter
11%
DC-to-DC Converter
35%
Design Consideration
6%
Design Problem
6%
Duty Cycle
15%
Energy Storage System
6%
Equivalent Circuit Model
6%
Experimental Result
12%
Frequency Characteristic
6%
Gate Voltage
8%
Illustrates
16%
Leakage Inductance
11%
Light Load
12%
Maximum Output Power
13%
Metal-Oxide-Semiconductor Field-Effect Transistor
100%
Offshore Wind Farms
6%
Output Voltage
16%
Parallel Connection
7%
Parameter Design
12%
Parasitic Capacitance
32%
Phase Shift
13%
Power Electronic Converter
10%
Power Electronics
14%
Power Loss
10%
Power Supply
43%
Printed Circuit Board
6%
Pulse Test
18%
Resonant Converter
13%
Schottky Barrier Diode
6%
Self-Powered
8%
Series Connection
10%
Series System
6%
Soft-Switching
10%
Switching Frequency
15%
Switching Loss
14%
Switching Speed
6%
Transients
24%
Zero Voltage Switching
15%
Keyphrases
10 kV SiC MOSFET
15%
Adaptive Impedance
6%
Balance Control
6%
Battery Energy Storage System
6%
Battery-friendly
6%
Boost Inverter
6%
Capacitive Coupling
13%
Capacitor-based
6%
Common Mode
6%
Constant Output Voltage
6%
Coupling Output
6%
Current Modulation
6%
Current Sensor
6%
Current Tracing
6%
DC Chopper
6%
DC-DC Converter
6%
Design Considerations
6%
Filter Inductor
6%
Gate Driver
5%
Gate Driver Power Supply
13%
High Voltage Conversion Ratio
6%
Inductors
6%
Isolated Gate Driver
6%
Junction Barrier Schottky (JBS) Diode
6%
Lightweight Methods
6%
Low Capacitance
6%
Medium Voltage
20%
Medium Voltage Converter
6%
Medium Voltage DC
6%
Miller Clamp
6%
Modulation Strategy
6%
Natural Balance
6%
Parallel Windings
6%
Parasitic Capacitance
6%
Planar Inductor
6%
Planar Winding
6%
Power Suppression
6%
Resonant Converter
6%
Ripple-free Input Current
6%
Seven-level
6%
Silicon Carbide (SiC) MOSFET
14%
Small Submodules
6%
Switched Capacitor
6%
Switching Losses
6%
Three-winding Transformer
6%
Voltage-second Balance
6%
Winding Resistance
6%
Zero Voltage Switching
6%
