Keyphrases
Efficiency Optimization
100%
Wide Output
100%
Output Regulation
100%
Wireless Power Transfer System
100%
Switched Capacitor
100%
Multivariable Control
100%
Efficiency Improvement
66%
Rectifier
66%
Hybrid Modulation
66%
Zero Voltage Switching
66%
Reactive Power
66%
Inverter
66%
High Efficiency
33%
Light Load
33%
Optimization Problem
33%
Power Loss Analysis
33%
Phase-shifting Method
33%
Loading Conditions
33%
Hybrid Switch
33%
System Characteristics
33%
System Losses
33%
RMS Value
33%
Phase-shift Control
33%
Triple Phase Shift
33%
Control Method
33%
Heavy Load
33%
Control Variables
33%
Maximum Efficiency
33%
Turn-off
33%
Primary Side
33%
Switching Condition
33%
Multivariable Optimization
33%
Optimal Control
33%
Control Strategy
33%
Overall System
33%
Power Range
33%
Engineering
Optimization
100%
Efficiency
100%
Full Range
100%
Wireless Power Transfer
100%
Zero Voltage Switching
66%
Hybrid
66%
Rectifier
66%
Inverter
66%
Reactive Power
66%
Phase Shift
66%
Load Condition
33%
Improve Efficiency
33%
Experimental Result
33%
Maximum Efficiency
33%
Characteristics
33%
Control Strategy
33%
Loss
33%
High Efficiency
33%
Light Load
33%
Optimisation Problem
33%
Primary Side
33%
Optimal Control
33%
Heavy Load
33%
Power Loss
33%
INIS
control
100%
power
100%
efficiency
100%
regulations
100%
range
100%
optimization
100%
output
100%
modulation
50%
switches
50%
capacitors
50%
phase shift
33%
voltage
33%
hybrids
33%
inverters
33%
tuning
33%
rectifiers
33%
values
16%
losses
16%
optimal control
16%
power range
16%
solutions
16%
power losses
16%