A Lean Approach to Zero and Low-Speed Sensorless Control of PMaSynRMs

Keyphrases

• PMASynRM 100%
• Zero Speed 100%
• Lean Approach 100%
• Low-speed Sensorless Control 100%
• Very Low Speed 75%
• Washing Machine 50%
• Low Power Microcontroller 50%
• Operating Conditions 25%
• High Performance 25%
• Estimation Algorithms 25%
• Signal Processing 25%
• Current Control 25%
• Position Error 25%
• Bandpass Filter 25%
• Position Detection 25%
• Speed Control 25%
• Current Feedback 25%
• Parallel Operation 25%
• Maintenance Requirement 25%
• Position Observer 25%
• Home Appliances 25%
• Number of Filters 25%
• Low Speed 25%
• Full Load 25%
• Position Estimation 25%
• Filtering Scheme 25%
• D-q Axis 25%
• Load Torque 25%
• System Complexity 25%
• Common Methodology 25%
• Pulsating Torque 25%
• Notch Filter 25%
• Sensorless Control 25%
• Demodulation 25%
• Permanent Magnet Motor 25%
• Voltage Vector 25%
• Control Operation 25%
• Step Load 25%
• Current Gradient 25%
• Direction Reversal 25%
• High-frequency Current 25%
• High-frequency Signal Injection 25%
• Synchronous Motor 25%
• Full Speed Range 25%
• Intermittent Load 25%
• Speed-gradient 25%
• Track Position 25%
• Microcontroller Implementation 25%
• Back-EMF Observer 25%
• Pulse Load 25%
• Inertial Torque 25%
• Permanent Magnet Assisted 25%
• Low Speed Control 25%
• Robustness Requirements 25%

Engineering

• Washing Machines 100%
• Microcontroller 100%
• Bandpass Filter 50%
• Experimental Result 50%
• Position Error 50%
• Synchronous Motor 50%
• Model Parameter 50%
• Frequency Signal 50%
• Permanent Magnet Motor 50%
• Load Torque 50%
• Demodulation 50%
• Home Appliance 50%
• Voltage Vector 50%
• Maintenance Requirement 50%
• Load Step 50%
• Permanent Magnet 50%