Apparatus and method for detecting rotor (12) position in a switched reluctance motor (18) having multiple stator phases (A--A', B--B', and C--C'). A multiplexer (48) intermittently connects a known resistor (54) to a non-conducting stator phase. Circuitry (62 and 68) detects the amplitude of the current passing through the resistor (54) and the phase difference between the varying voltage and the current passing through resistor (54). The resulting signal is proportional to the position of rotor (12).U
A discrete position sensor elimination technique for a sinusoidally wound synchronous reluctance mot...
When the switched reluctance motor is running, as the motor phase current increases, the magnetic ci...
© 1986-2012 IEEE. This paper proposes an online sensorless rotor position estimation technique for s...
Apparatus and method for detecting rotor (12) position in a switched reluctance motor (18) having mu...
Apparatus and method for detecting rotor (12) position in a switched reluctance motor (18) having mu...
Rotor position information for a switched reluctance (SR) motor drive is obtained indirectly in resp...
A method for estimating and controlling the rotor position of a SRM comprises the steps of sampling ...
This paper describes a new method for indirect sensing of the rotor position in switched reluctance ...
Abstract – This paper presents the design of a complete self-tunable method for detecting the rotor ...
Abstract:- The performance of Switched Reluctance (SR) motor drive systems using rotor position tran...
Abstract – This paper presents a new and novel method designed to detect rotor position by decoding ...
Abstract — This paper describes a new method for indirect sensing of the rotor position in switched ...
This paper addresses control of commutation of switched reluctance (SR) motor without the use of a p...
A closed-loop control technique based on monitoring phase current risetime for switched reluctance (...
Over the years, Switched Reluctance Machine (SRM) drives have proven themselves to be a solution for...
A discrete position sensor elimination technique for a sinusoidally wound synchronous reluctance mot...
When the switched reluctance motor is running, as the motor phase current increases, the magnetic ci...
© 1986-2012 IEEE. This paper proposes an online sensorless rotor position estimation technique for s...
Apparatus and method for detecting rotor (12) position in a switched reluctance motor (18) having mu...
Apparatus and method for detecting rotor (12) position in a switched reluctance motor (18) having mu...
Rotor position information for a switched reluctance (SR) motor drive is obtained indirectly in resp...
A method for estimating and controlling the rotor position of a SRM comprises the steps of sampling ...
This paper describes a new method for indirect sensing of the rotor position in switched reluctance ...
Abstract – This paper presents the design of a complete self-tunable method for detecting the rotor ...
Abstract:- The performance of Switched Reluctance (SR) motor drive systems using rotor position tran...
Abstract – This paper presents a new and novel method designed to detect rotor position by decoding ...
Abstract — This paper describes a new method for indirect sensing of the rotor position in switched ...
This paper addresses control of commutation of switched reluctance (SR) motor without the use of a p...
A closed-loop control technique based on monitoring phase current risetime for switched reluctance (...
Over the years, Switched Reluctance Machine (SRM) drives have proven themselves to be a solution for...
A discrete position sensor elimination technique for a sinusoidally wound synchronous reluctance mot...
When the switched reluctance motor is running, as the motor phase current increases, the magnetic ci...
© 1986-2012 IEEE. This paper proposes an online sensorless rotor position estimation technique for s...