State Observers and Run-Out Reduction for Magnetically Levitated Motor Systems

Keyphrases

• Motor System 100%
• State Observer 100%
• Magnetically Levitated Motor 100%
• Control Algorithm 50%
• Disturbance Force 50%
• Magnetic Levitation 50%
• Performance Improvement 25%
• Rotor 25%
• Position Sensor 25%
• Contactless 25%
• High-performance Control 25%
• Electric Motor 25%
• High Bandwidth 25%
• Bearingless Induction Motor (BL-IM) 25%
• Observer Performance 25%
• Plant Model 25%
• Rotary Motor 25%
• Position Control 25%
• Power Conversion 25%
• Digitally Controlled 25%
• Filtering Properties 25%
• Reduced Feedback 25%
• Motion State 25%
• Position Feedback 25%
• Feedback Noises 25%
• Bandwidth Estimation 25%
• Control Current 25%
• Unmeasured States 25%
• Luenberger 25%
• Discrete-time Implementation 25%
• Medium-speed 25%
• Free Operation 25%
• Stable Levitation 25%

Engineering

• Experimental Result 100%
• Control Algorithm 100%
• Position Sensor 50%
• Discrete Time 50%
• Filtration 50%
• Applicability 50%
• Performance Improvement 50%
• Power Conversion 50%
• Rotors 50%
• Position Control 50%
• Electric Motor 50%
• Rotary Motor 50%