Engineering
Active Power
15%
Closed Loop
18%
Compressed Air Motors
16%
Control Scheme
12%
Control Strategy
21%
Current Injection
16%
Differential Mode
12%
Drive System
19%
Electromagnetic Transient
16%
Experimental Result
71%
Field Programmable Gate Array
56%
Filter Design
24%
Finite Element Analysis
17%
Harmonics
12%
Hybrid Active Filter
16%
Input Power Factor
16%
Inverter
19%
Magnetic Field
21%
Metal-Oxide-Semiconductor Field-Effect Transistor
20%
Modular Multilevel Converter
81%
Motor Drive
34%
Networks (Circuits)
12%
Nodes
12%
Noise Attenuation
16%
Numerical Example
16%
Operation Mode
17%
Output Voltage
27%
Passive Device
16%
Power Converter
71%
Power Density
19%
Power Engineering
25%
Power Factor
41%
Power Plane
16%
Power Quality
23%
Power Switch
20%
Printed Circuit Board
28%
Renewable Energy
12%
Sampling Rate
16%
Series Active Filter
22%
Signal Modeling
12%
Simulation Result
67%
Simulation Time
100%
Space Vector
19%
Stability Analysis
24%
State Variable
16%
Switching Frequency
15%
Switching State
12%
Time Domain
13%
Transfer Gain
12%
Unified Power Quality Conditioner
12%
Keyphrases
AC Resistance
16%
AC-DC
17%
Array-based
16%
Control Method
28%
Control Strategy
25%
Controller
19%
Current Injection
16%
Device-independent
16%
Dual Output
16%
Electromagnetic Model
16%
EMI Filter
19%
EMI Filter Design
24%
Field Programmable Gate Arrays
31%
Flux Distribution
16%
FPGA-based
24%
Gate Driver
17%
High-frequency Coupling
16%
High-power Converter
18%
Human-in-the-loop
31%
Hybrid Active Power Filter
20%
Indirect Matrix Converter
49%
Input Current
19%
Low Power
19%
Magnetic Components
16%
Magnetic Field
19%
Matrix Converter
27%
Modeling Approach
16%
Modular multilevel Converter
81%
Motor Drives
16%
Motor System
16%
Near-field
16%
Near-field Coupling
16%
Noise Attenuation
16%
Output Voltage
27%
Passive Devices
16%
Power Converter
64%
Power Electronic Circuits
23%
Power Quality
16%
Power Quality Issues
16%
Power Switch
15%
Printed Circuit Board
29%
Rectifier
22%
Remedial Strategies
18%
Space Vector Pulse Width Modulation (SVPWM)
17%
Stability Analysis
18%
Stray Flux
16%
Three-phase Dual Active Bridge Converter
24%
Time-dependent Simulation
95%
Transistor
16%
Unity Input Power Factor
15%
