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An analytical model of the effect of external DC magnetic fields on the AC voltages of an LVDT

机译:外部直流磁场对LVDT交流电压影响的分析模型

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摘要

An analytical model to describe the effects of an external DC magnetic field on the harmonics amplitude of the secondary voltages of a Linear Variable Differential Transformer LVDT is proposed. A very general approach is used based on the introduction of the equivalent differential permeability concept that takes into account the sensor's geometry as well as the magnetic properties of its materials. The focus is mainly on the nonlinearity of the material of the LVDT's core since it is the material with the highest permeability. The proposed model is finally validated by means of measurements performed on a prototype explicitly built for that purpose.
机译:提出了一个分析模型来描述外部直流磁场对线性可变差动变压器LVDT二次电压谐波幅度的影响。在引入等效差分磁导率概念的基础上,使用了一种非常通用的方法,该方法考虑了传感器的几何形状及其材料的磁性能。重点主要在于LVDT磁芯材料的非线性,因为它是具有最高磁导率的材料。最终,通过针对为此目的明确构建的原型进行的测量来验证所提议的模型。

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