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Research On the Computational algorithms for Layer Wound Linear Variable Differential Transformers

机译：层卷绕线性可变差压变压器计算算法研究

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摘要

According to the algorithms of traditional Linear Variable Differential Transformers (LVDTs) could not represent the performances of the Layer Wound Linear Variable Differential Transformers (Layer Wound LVDTs), new computational algorithms were presented in this paper. Based on magnetic circuit theory, the calculations for the Layer Wound LVDT's magnetic circuit reluctance, self-inductance, mutual inductance, output voltage and sensitivity are provided. Simulation analysis and experimental tests were used to verify the calculations. The results show that the calculations and equations can accurately express the performance of the Layer Wound LVDTs.
机译：根据传统的线性可变差分变压器（LVDT）的算法不能表示层卷绕线性可变差压变压器（层缠绕LVDT）的性能，本文提出了新的计算算法。基于磁路理论，提供了层卷绕LVDT的磁路磁阻，自感，互感，输出电压和灵敏度的计算。模拟分析和实验测试用于验证计算。结果表明，计算和方程可以准确地表达层缠绕LVDT的性能。

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