Keyphrases
Active Bridge
22%
Average Power
16%
Bridge Voltage
11%
Configurable Model
66%
Copper Loss
16%
Core Saturation
16%
Couple Relationships
16%
DC Voltage Control
11%
Dual Active Bridge
66%
Dynamic Performance
66%
Electric Vehicle
16%
Energy Interface
16%
Equivalent Circuit Model
16%
High-speed Train
16%
Inductive Current
16%
Industrial Application
16%
Interface Components
16%
Iron Loss
16%
Lumped-parameter Equivalent Circuit Model
66%
Magnetizing Inductance
66%
Model Predictive Control
66%
Modified Cost Function
11%
Modulation Strategy
11%
Multi-winding Transformer
66%
Multiple Active Bridge Converter
33%
Multiport
22%
Nonlinear Decoupling Control
22%
Performance Enhancement
66%
Phase Prediction
11%
Phase Shift Angle
11%
Power Decoupling
66%
Power Density
11%
Power Transfer
16%
Power Transfer Characteristics
33%
Predictive Models
11%
Proportional Integral Controller
11%
Response Flexibility
22%
Single Active Bridge
66%
Single Phase Shift
16%
Slow Response
11%
Switching Instants
16%
T-shaped Model
33%
Transfer Behavior
22%
Transfer Equation
16%
Transformer Equivalent Circuit
16%
Transient Control
22%
Transportation Applications
16%
Triple Active Bridge
66%
Triple Active Bridge Converter
22%
Virtual Branch
11%
Engineering
Average Power
33%
Binary Search
11%
Control Strategy
88%
Control System Design
33%
Copper Loss
33%
Core Saturation
33%
Cost Function
11%
Dc Voltage
11%
DC-to-DC Converter
66%
Dynamic Performance
100%
Electric Power Distribution
22%
Electric Vehicle
33%
Energy Engineering
33%
Equivalent Circuit Model
66%
Frequency Transformer
11%
High Speed Train
33%
Integral Controller
44%
Iron Core
33%
Lumped Parameter
66%
Multi-Input Multi-Output
33%
Operating Principle
11%
Output Power
33%
Phase Shift
22%
Power Density
44%
Predictive Control Model
66%
Switching Instant
11%
Transient Analysis
33%
Transients
11%
Voltage Regulation
11%
Zero Voltage Switching
33%
