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   Sensorless Position Control of Synchronous Reluctance Motor with Real Time Path Generation   [View] 
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 Author(s)   Federico CENTI, Andrea CREDO, Giuseppe FABRI, Rama SALLOUM, Marco TURSINI 
 Abstract   This paper presents a sensorless position controlfor synchronous reluctance motors with real-timepath generation. Sensorless control employs highfrequency flux injection with digitaldemodulation by sampling. The path generationis embedded in the drive microcontroller makingavailable the use of fast feedforward actions bothin the control loops and in the sensorless engine.The experimental results show the feasibility ofthe approach although the intrinsic positionestimation error of the high-frequency injectionlimits the speed range. 
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Filename:0337-epe2025-full-13065403.pdf
Filesize:1.057 MB
 Type   Members Only 
 Date   Last modified 2025-08-31 by System