Control of Position and Tracking ArcSenh for a Magnetic Levitator 1D

M. Montoya, J. E. Flores-Mena, F. Reyes‐Cortes
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Abstract

In this work the model of the magnetic force of a System of Levitation is obtained and a position control and tracking are designed with a structure based on the function ArcSenh, which presents the characteristic of limiting the force given to the actuadores for not saturating them contrary to the PD. The tracking sign is of the type senoidal. It is also carried out the analysis of stability via Lyapunov. It is found that the position and tracking controls present an acceptable behavior.
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1D磁悬浮机的位置控制与跟踪电弧
本文建立了磁悬浮系统的磁力模型,设计了基于ArcSenh函数的位置控制和跟踪结构,该结构具有限制致动器受力的特点,使致动器不饱和,与PD相反。跟踪标志为正弦型。并通过李亚普诺夫法进行了稳定性分析。发现位置和跟踪控制呈现出可接受的行为。
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