Keyphrases
DC-DC Converter
100%
Electric Vehicle Applications
100%
Buck-boost Converter
100%
Buck-boost Topology
100%
Composite Architecture
100%
PLECS
66%
Human-in-the-loop
66%
Converter Module
66%
Operating Conditions
33%
DC Link
33%
Operating Mode
33%
DC Bus Voltage Control
33%
Transient Response
33%
Power Conversion Efficiency
33%
Electric Vehicle
33%
Power Conversion
33%
High Voltage Application
33%
Performance Efficiency
33%
Step-down
33%
Efficiency Measurement
33%
Buck-boost
33%
RT Box
33%
Operation Range
33%
Thermal Simulation
33%
Proposed Architecture
33%
Non-inverting Buck-boost Converter
33%
Wide Voltage Range
33%
Transport Power
33%
Electric Transport
33%
Control Stage
33%
High Power Density Converter
33%
Composite Converter
33%
Wide Voltage Operation
33%
Inductor Cores
33%
Experimental Efficiency
33%
Powertrain
33%
Real-time Simulation System
33%
Electric Motor Efficiency
33%
Engineering
Boost Converter
100%
DC-to-DC Converter
100%
Electric Vehicle
100%
Simulation Result
25%
Operating Mode
25%
Voltage Regulation
25%
Dc Bus Voltage
25%
Dc Converter
25%
Transient Analysis
25%
Power Conversion Efficiency
25%
Power Conversion
25%
Range Operation
25%
Electric Motor
25%
Thermal Simulation
25%
Powertrain
25%
Motor Efficiency
25%
Simulation System
25%