2017 International Conference on Advanced Systems and Electric Technologies (IC_ASET) 2017
DOI: 10.1109/aset.2017.7983677
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Control of linear switched reluctance motor for sliding door application

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“…This action is undesirable as it is opposing the desired direction of motion of the object and it reduces the resultant muzzle velocity of the moving plunger from the accelerator system. AymenLachhebet al developed a model of a linear switched reluctance motor which can be used for sliding door applications with open loop and closed loop controls in [1]. Their study focused on LSRM modelling neglecting end effect and assuming the inductance and force have a sinusoidal form.…”
Section: Fig 13d Structure Of the Proposed Designmentioning
confidence: 99%
“…This action is undesirable as it is opposing the desired direction of motion of the object and it reduces the resultant muzzle velocity of the moving plunger from the accelerator system. AymenLachhebet al developed a model of a linear switched reluctance motor which can be used for sliding door applications with open loop and closed loop controls in [1]. Their study focused on LSRM modelling neglecting end effect and assuming the inductance and force have a sinusoidal form.…”
Section: Fig 13d Structure Of the Proposed Designmentioning
confidence: 99%