This paper considers the general principles of saliency tracking in AC machines. Special attention is given to pulse type injection for the extraction of a rotor or flux position signal. The saliency is tracked by measuring the current derivative resulting from voltage ‘test’ vector application. Results show tracking of ‘saturation’ saliency on a standard induction motor to be used for sensorless control of ac machines in the low and zero speed region.peer-reviewe
Permanent magnet motors have a series of characteristics that make them attractive for the use in in...
The use of induction machine spatial saliencies for sensorless vector control in the proximity of ze...
The aim of this research project was to develop a position controlled induction machine vector drive...
This paper considers different types of current derivative sensors that may be used for tracking the...
Operation of model-based sensorless control of Alternating Current machines at low and zero speeds i...
This paper describes various methods aimed at tracking the flux and rotor position for cage inducti...
The aim of this research project was to develop a position controlled induction machine vector drive...
International audienceRotor flux spatial position can be tracked in an ac machine even at low or zer...
This paper gives a review of sensorless methods developed for ac drives’ operation at very low and z...
This work considers the sensorless control of AC machines for the low and zero speed operation range...
This chapter presents a position sensorless method for induction machines that only relies on the fu...
Several techniques exploiting machines anisotropies have been proposed in literature for sensorless ...
This thesis analyzes saliency-based sensorless control methods for AC surface mounted permanent magn...
This thesis analyzes saliency-based sensorless control methods for AC surface mounted permanent magn...
Abstract-This paper explores the tracking of high-frequency magnetic saliencies created by saturatio...
Permanent magnet motors have a series of characteristics that make them attractive for the use in in...
The use of induction machine spatial saliencies for sensorless vector control in the proximity of ze...
The aim of this research project was to develop a position controlled induction machine vector drive...
This paper considers different types of current derivative sensors that may be used for tracking the...
Operation of model-based sensorless control of Alternating Current machines at low and zero speeds i...
This paper describes various methods aimed at tracking the flux and rotor position for cage inducti...
The aim of this research project was to develop a position controlled induction machine vector drive...
International audienceRotor flux spatial position can be tracked in an ac machine even at low or zer...
This paper gives a review of sensorless methods developed for ac drives’ operation at very low and z...
This work considers the sensorless control of AC machines for the low and zero speed operation range...
This chapter presents a position sensorless method for induction machines that only relies on the fu...
Several techniques exploiting machines anisotropies have been proposed in literature for sensorless ...
This thesis analyzes saliency-based sensorless control methods for AC surface mounted permanent magn...
This thesis analyzes saliency-based sensorless control methods for AC surface mounted permanent magn...
Abstract-This paper explores the tracking of high-frequency magnetic saliencies created by saturatio...
Permanent magnet motors have a series of characteristics that make them attractive for the use in in...
The use of induction machine spatial saliencies for sensorless vector control in the proximity of ze...
The aim of this research project was to develop a position controlled induction machine vector drive...