SENSORLESS CONTROL ALGORITHM FOR INDUCTION MOTOR USING ADAPTIVE OBSERVERS
Annotation
Mathematical models of induction motor are considered. Based on one of the models, an adaptive indirect field-oriented control algorithm is proposed that allows maintaining specified values of torque and the rotor angular velocity despite the fact that the load torque, rotor resistance and inductance are unknown
Keywords
Постоянный URL
Articles in current issue
- SENSORLESS CONTROL ALGORITHM FOR INDUCTION MOTOR USING ADAPTIVE OBSERVERS
- IMPLEMENTATION OF A TWO-STAGE NONLINEAR DIGITAL FILTERING ALGORITHM BASED ON THE MINIMUM-VARIANCE METHOD
- MODELING OF A HEAT SOURCE IN A FILM WITH NANOPARTICLES UNDER THE ACTION OF ULTRASHORT LASER PULSES
- DRY BRUSH MODEL FOR ROBOTIC PAINTING
- SIMULATOR OF A TRANSPORT AND LAUNCH CONTAINER FOR VIBRODYNAMIC TESTS OF CUBESAT 6U STANDARD NANOSATTELITES
- OPTICAL FIBER AS A BASIS FOR CREATING A LIQUID BOILING ALARM
- VARIANTS OF MAGNETIC-RHEOLOGICAL METHOD FOR MONITORING THE MAGNETIC SUSCEPTIBILITY OF A SINGLE PARTICLE
- STUDY OF MODERN AVIATION HYDRAULIC FLUIDS BASED ON PHOSPHATE ESTER BY REFRACTOMETRIC METHOD
- THERMOELECTRIC DEVICE FOR THE TREATMENT OF PANARITIUM BY LOCAL HYPOTHERMIA
- APPLICATION OF THE DIRECT EXPOSURE UNIT BASED ON LS-MATRIX FOR COMPENSATION OF PRINTED CIRCUIT BOARDS DEFORMATION