Engineering
Electric Power Factor Correction
100%
Harmonics
81%
Electric Vehicle
71%
Power Density
70%
DC-to-DC Converter
69%
Experimental Result
68%
Proof-of-Concept
65%
Output Voltage
48%
Conduction Loss
41%
Conversion Efficiency
37%
Power Loss
37%
Control Scheme
36%
Peak Efficiency
35%
Metal-Oxide-Semiconductor Field-Effect Transistor
35%
Duty Cycle
35%
Dc Converter
35%
Switching Loss
33%
Zero Voltage Switching
32%
Phase Shift
32%
Resonant Frequency
32%
Power Factor
32%
Rectification
31%
Total Harmonic Distortion
30%
Leakage Inductance
29%
Link Voltage
29%
Soft-Switching
25%
Differential Mode
24%
Semiconductor Device
23%
Power Flow
23%
Electromagnetic Interference
23%
Power Conversion
23%
Power Electronics
21%
Switching Frequency
21%
Simulation Result
21%
Avionics
20%
Rated Load
20%
Analytical Model
19%
Design Optimization
19%
Limitations
19%
Finite Element Method
18%
Steady-State Model
18%
Microinverters
18%
Front End
18%
Control Loop
18%
Modulation Technique
17%
Modulation Scheme
16%
Output Voltage Ripple
16%
Power Converter
16%
Closed Loop
16%
Power Quality
15%
Keyphrases
Triple Active Bridge
16%
Harmonic Approximation
14%
Resonant Converter
13%
Loss Optimization
13%
Type-II Compensator
12%
H-bridge
12%
LLC Converter
12%
High Step-up
12%
Steady-state Model
12%
Hybrid Phase
9%
Control Scheme
8%
DC-DC Converter
8%
Resonant Frequency
8%
Wide Gain Range
7%
First Harmonic Approximation
7%
Silicon Carbide
7%
Gallium Nitride
7%
PI Compensator
7%
Triple Active Bridge Converter
7%
Fundamental Harmonic Approximation
7%
Peak Efficiency
6%
Conversion Efficiency
6%
Efficiency Improvement
6%
Modeling Approach
6%
Switching Scheme
6%
Two-staged
6%
Direct Inverse Control
6%
Global Loss
6%
Wireless Charging System
6%
Loss Minimization
6%
Phase Tracking
6%
Efficiency Maximization
6%
Phase Frequencies
6%
DC-DC Power Converters
6%
Optimal Synthesis
6%
Architecture Comparison
6%
Frequency Control
6%
Maximum Efficiency Point Tracking
6%
High Temperature
6%
Three-phase AC-DC Converter
6%
Proportional Type
6%
Multi-objective Trade-offs
6%
Multivariable Control
6%
Full-bridge LLC
6%
Dual Output
6%
Power Flow Optimization
6%
Load Range
6%
Frequency Contours
6%
Planar Transformer
6%
Harmonic Compensation
6%
