Engineering
Capacitor Voltage
50%
Constant Speed
12%
Control Strategy
10%
Cross-Coupling
12%
Current Harmonic
37%
Digital Control
12%
Digital Conversion
25%
Effective Solution
12%
Electric Vehicle
25%
Electrical Machine
50%
Equivalent Circuit
50%
Experimental Result
17%
Extended State Observer
25%
Filtration
25%
Finite Element Analysis
25%
Flux Linkage
55%
Harmonics
12%
Heat Pipes
25%
Induction Motor
12%
Industrial Applications
25%
Link Capacitor
50%
Link Voltage
25%
Magnet Flux
25%
Motor Drive
55%
Nonlinearity
12%
Output Torque
12%
Permanent Magnet
50%
Permanent Magnet Synchronous Motor
80%
Phase Locked Loop
10%
Power Density
29%
Power Factor
10%
Power Supply
12%
Prime Mover
12%
Pulse Width Modulation
12%
Rated Speed
12%
Rated Voltage
12%
Reference Frame
25%
Reluctance Motor
100%
Resolvers
25%
Rotor Position
25%
Rotor Speed
25%
Rotors
75%
Service Continuity
12%
Space Vector
50%
Supply Voltage Level
12%
Thermal Conductivity
12%
Thermal Dissipation
12%
Three-Phase Inverter
50%
Voltage Drop
12%
Voltage Vector
50%
Keyphrases
Amplitude Imbalance
12%
Capacitor Voltage
50%
Capacitors
37%
Carrier-based Implementation
12%
Conversion Method
25%
Coupling Characteristics
12%
DC-link Capacitor
50%
DC-link Voltage
25%
Decoupled Double Synchronous Reference Frame (DDSRF)
25%
Electric Vehicle
25%
Electrical Machines
25%
Flux Linkage
25%
Flux Linkage Estimation
25%
Flux Linkage Map
12%
Four-switch Three-phase Inverter (FSTPI)
50%
High Efficiency
25%
Highly Nonlinear
18%
Imbalance Problem
25%
Industrial Application
25%
IPMSM Drive
25%
Magnetic Equivalent Circuit
25%
Magnetic Saturation Effect
25%
Maximum Torque per Ampere
25%
Mesh-based
25%
Modulation Strategy
25%
Nonlinear Extended State Observer
25%
Nonlinear Magnetics
18%
Optimal Efficiency
12%
Pipe Cooling
25%
PMSM Drive
50%
Pre-filtering
25%
Proximity Losses
25%
Rated Voltage
12%
Resolver
25%
Resolver-to-digital Converter
25%
Rotor Position Estimation
25%
Rotor Speed Estimation
25%
Search Methods
12%
Segmental Rotor
25%
Sensorless
25%
Space Vector Pulse Width Modulation (SVPWM)
50%
Speed Estimation
16%
Supplementary Control
16%
Synchronous Reluctance Motor (SynRM)
75%
Synchronous Reluctance Motor Drives
25%
Third-order Nonlinear
20%
Torque Capacity
25%
Voltage Imbalance
50%
Voltage Vector
50%
Weak Grid
25%