Keyphrases
Interior Permanent Magnet Synchronous Motor (IPMSM)
100%
Vector Angle
50%
Carrier Signal Injection
50%
Demodulation
50%
Hybrid Field
50%
Field Model
50%
Signal Injection Sensorless Control
50%
Inverter Nonlinearity
50%
Accuracy Improvement
50%
Voltage Vector
50%
High-frequency Voltage
50%
Inverter
50%
Rotor
29%
Vertical Landing
25%
Sizing Optimization
25%
Open-circuit Field
25%
Outer Rotor Motor
25%
Vertical Takeoff
25%
Field Prediction
25%
Equivalent Currents
25%
Negative Sequence
25%
Feedforward Compensation
25%
Performance Estimation
25%
Injection Frequency
25%
Voltage Error
25%
Sensorless Position Detection
25%
Nonlinear Error
25%
Motor Stator
25%
Sensorless Control Strategy
25%
Voltage Injection
25%
Current Response
25%
Sizing Tool
25%
Voltage Compensation
25%
Compensation Method
25%
Estimation Accuracy
25%
On-load
25%
Analytical Model
25%
Electric
25%
End Winding
25%
Rotor Position
25%
Switching Frequency
25%
Hybrid Flux
25%
Slotless
25%
High-frequency Current
25%
Sensorless
25%
Pulse Width Modulation
25%
Optimization Techniques
25%
Nonlinear Effects
25%
Conformal Mapping
20%
Stator
17%
Engineering
Finite Element Method
64%
Rotors
60%
Field Model
50%
Accuracy Improvement
50%
Demodulation
50%
Voltage Vector
50%
Nonlinearity
50%
Permanent Magnet Motor
50%
Carrier Signal
50%
Analytical Model
41%
Electric Machine
25%
Wide Bandgap Semiconductor
25%
VTOL/STOL Aircraft
25%
Rotor Motor
25%
Error Voltage
25%
Control Algorithm
25%
Stator Voltage
25%
Pulse Width Modulation
25%
Feedforward
25%
Rotor Position
25%
Open Circuit
25%
Aerospace Engineering
25%
Lookup Table
25%
Switching Frequency
25%
Optimization Technique
25%
Conformal Mapping
20%
Transients
12%
Potential Function
12%
Gap Field
12%
Experimental Investigation
12%
Stator Flux
12%
Equivalent Circuit
12%
Armature Reaction
8%
Experimental Result
8%
Field Distribution
8%
Slotting
8%
Solving Process
6%
Permanent Magnet
6%
Rotor Surface
6%
