The paper concerns speed control optimization of a high anisotropy linear reluctance motor. Namely of the maximum thrust to squared current ratio of the CRPWM inverter-fed motor, leading to a staircase set of reference currents, which needs a low resolution position sensor. Speed and position control strategies are proposed and computer simulated to evidence the drive behaviour. Finally the experimental results of a position control system employing a single phase prototype motor are presented.
Electronic control of a linear reluctance motor
MARONGIU, IGNAZIO;
1993-01-01
Abstract
The paper concerns speed control optimization of a high anisotropy linear reluctance motor. Namely of the maximum thrust to squared current ratio of the CRPWM inverter-fed motor, leading to a staircase set of reference currents, which needs a low resolution position sensor. Speed and position control strategies are proposed and computer simulated to evidence the drive behaviour. Finally the experimental results of a position control system employing a single phase prototype motor are presented.
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