The paper presents a position sensing method for IPM motors based on an observer referring to the estimated frame of reference, eliminating problems with position dependent inductances. Convergence of the estimation error to zero is proofed, under the assumption that the mechanical time constant is much larger than the electrical one. The observer can be used right from startup to rated speed, so bump from a startup strategy is avoided. In order to verify the observer experiments have been performed
This paper describes position-sensorless control of an interior permanent magnet synchronous motor (...
Due to its high torque density, excellent efficiency and ease of control, the Permanent Magnet Synch...
In this thesis, a speed observer is implemented to estimate the position and the speed of an IPMSM b...
This paper deals with the speed and position estimation for synchronous reluctance motors (SyRMs) an...
Abstract—Sliding-mode observers (SMOs) offer a promising solution for sensorless control of interior...
This paper presents an adaptive observer for speed sensorless field-oriented control of interior per...
This paper presents a method for the sensorless control in full speed range for an interior permanen...
A back-electromotive force (back-EMF) based sensorless technique for isotropic surface-mounted perma...
In the paper a low time consuming and cost sensorless control algorithm for high dynamics performanc...
A back-electromotive force-based sensorless technique for surface-mounted permanent magnet synchrono...
International audienceA position-sensorless algorithm is developed for an interior permanent-magnet ...
A back-electromotive force-based sensorless technique for surface-mounted permanent magnet synchrono...
A back-electromotive force (back-EMF) based sensorless technique for surface-mounted permanent magne...
Using sensors to detect current or voltage of motors is disadvantaged because motor is exposed to vi...
Abstract—Electromechanical sensors are commonly used to obtain rotor position/speed for high-perform...
This paper describes position-sensorless control of an interior permanent magnet synchronous motor (...
Due to its high torque density, excellent efficiency and ease of control, the Permanent Magnet Synch...
In this thesis, a speed observer is implemented to estimate the position and the speed of an IPMSM b...
This paper deals with the speed and position estimation for synchronous reluctance motors (SyRMs) an...
Abstract—Sliding-mode observers (SMOs) offer a promising solution for sensorless control of interior...
This paper presents an adaptive observer for speed sensorless field-oriented control of interior per...
This paper presents a method for the sensorless control in full speed range for an interior permanen...
A back-electromotive force (back-EMF) based sensorless technique for isotropic surface-mounted perma...
In the paper a low time consuming and cost sensorless control algorithm for high dynamics performanc...
A back-electromotive force-based sensorless technique for surface-mounted permanent magnet synchrono...
International audienceA position-sensorless algorithm is developed for an interior permanent-magnet ...
A back-electromotive force-based sensorless technique for surface-mounted permanent magnet synchrono...
A back-electromotive force (back-EMF) based sensorless technique for surface-mounted permanent magne...
Using sensors to detect current or voltage of motors is disadvantaged because motor is exposed to vi...
Abstract—Electromechanical sensors are commonly used to obtain rotor position/speed for high-perform...
This paper describes position-sensorless control of an interior permanent magnet synchronous motor (...
Due to its high torque density, excellent efficiency and ease of control, the Permanent Magnet Synch...
In this thesis, a speed observer is implemented to estimate the position and the speed of an IPMSM b...