Add to ORKGA controller (72) for a switched reluctance machine (20) implements a model of at least one active phase representing dynamic magnetic machine characteristics. The controller (72) determines machine control signals based on rotational position obtained by numerically solving the model with measured machine operating parameters. The model may be implemented as the sum of orthogonal functions relating active phase voltage and current with constants derived from phase inductance to obtain the rotor angle.U
Over the years, Switched Reluctance Machine (SRM) drives have proven themselves to be a solution for...
Abstract:- This paper presents a new approach to the control of the turn-on angle used to excite the...
This paper describes a new method for indirect sensing of the rotor position in switched reluctance ...
A controller (72) for a switched reluctance machine (20) implements a model of at least one active p...
A method for estimating and controlling the rotor position of a SRM comprises the steps of sampling ...
Rotor position information for a switched reluctance (SR) motor drive is obtained indirectly in resp...
This paper presents a study of a system to detect the angular position of the shaft of an 8/6 Switch...
In this paper a low-cost sensorless control strategy of SR motor is proposed. The static flux-linkag...
International audienceThe Switched Reluctance Machine is one of the most promising electrical machin...
This paper addresses control of commutation of switched reluctance (SR) motor without the use of a p...
When the switched reluctance motor is running, as the motor phase current increases, the magnetic ci...
A closed-loop control technique based on monitoring phase current risetime for switched reluctance (...
This paper presents a controller for four phase, 8/6 poles switched reluctance motor (SRM). The main...
Introduction. The operation of switched reluctance motor requires prior knowledge of the rotor posit...
The current paper illustrates a new method for sensorless control of a switched reluctance motor. Ba...
Over the years, Switched Reluctance Machine (SRM) drives have proven themselves to be a solution for...
Abstract:- This paper presents a new approach to the control of the turn-on angle used to excite the...
This paper describes a new method for indirect sensing of the rotor position in switched reluctance ...
A controller (72) for a switched reluctance machine (20) implements a model of at least one active p...
A method for estimating and controlling the rotor position of a SRM comprises the steps of sampling ...
Rotor position information for a switched reluctance (SR) motor drive is obtained indirectly in resp...
This paper presents a study of a system to detect the angular position of the shaft of an 8/6 Switch...
In this paper a low-cost sensorless control strategy of SR motor is proposed. The static flux-linkag...
International audienceThe Switched Reluctance Machine is one of the most promising electrical machin...
This paper addresses control of commutation of switched reluctance (SR) motor without the use of a p...
When the switched reluctance motor is running, as the motor phase current increases, the magnetic ci...
A closed-loop control technique based on monitoring phase current risetime for switched reluctance (...
This paper presents a controller for four phase, 8/6 poles switched reluctance motor (SRM). The main...
Introduction. The operation of switched reluctance motor requires prior knowledge of the rotor posit...
The current paper illustrates a new method for sensorless control of a switched reluctance motor. Ba...
Over the years, Switched Reluctance Machine (SRM) drives have proven themselves to be a solution for...
Abstract:- This paper presents a new approach to the control of the turn-on angle used to excite the...
This paper describes a new method for indirect sensing of the rotor position in switched reluctance ...