2010Journal of Electric PowerRequires access

Research of Frequency Response Analysis on Transformer Winding Deformation and Analysis of Influence Factors in Testing

Xiaobo Xia

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Abstract

The principle of frequency response analysis for measuring transformer winding deformation is introduced.The equivalent model of the winding is simulated using Matlab,and the spectrum of transformer winding is obtained through using the model.The relation between frequency and response is introduced.It is an example of frequency response analysis on transformer winding deformation.At the same time Influence factors in testing transformer winding deformation is analyzed.

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The principle of frequency response analysis for measuring transformer winding deformation is introduced.The equivalent model of the winding is simulated using Matlab,and the spectrum of transformer winding is obtained through using the model.The relation between frequency and response is introduced.It is an example of frequency response analysis on transformer winding deformation.At the same time Influence factors in testing transformer winding deformation is analyzed.

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Available abstract

The principle of frequency response analysis for measuring transformer winding deformation is introduced.The equivalent model of the winding is simulated using Matlab,and the spectrum of transformer winding is obtained through using the model.The relation between frequency and response is introduced.It is an example of frequency response analysis on transformer winding deformation.At the same time Influence factors in testing transformer winding deformation is analyzed.

Key concepts: Rotary variable differential transformer, Transformer, Linear variable differential transformer, Leakage inductance, Frequency response, Transformer effect, MATLAB, Electromagnetic coil

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