聚丙烯薄膜电容器热老化研究

M. Horák, P. Mach
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引用次数: 8

摘要

采用5家不同厂家生产的聚丙烯薄膜电容器,在100℃温度下老化1600小时。研究了老化过程中电容、损耗因子和电流-电压特性的非线性变化。结果表明,电容的变化很小,而损耗因子和非线性的变化较大。但是电容器的损耗系数是10-4的数量级。考虑到损耗因子的值很小,即使电容器结构的微小变化也会导致该参数的大变化。对于电流-电压特性非线性,发现老化会引起该参数的显著变化。因此,它可以作为评估这类电容器老化的有效工具。非线性值最高的电容器为Arcotronic。推测其原因是热老化导致PP膜金属化的重建。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of thermal ageing of polypropylene film capacitors
Polypropylene film capacitors manufactured by five different manufacturers were aged at the temperature of 100 °C for 1600 hours. Changes of the capacitance, the loss factor and nonlinearity of the current-voltage characteristic were examined during ageing. It was found that changes of the capacitance are very low, whereas changes of the loss factor and nonlinearity are higher. But the loss factor of the capacitors is in the order of units of 10-4. Given the small value of the loss factor, even small changes in the structure of the capacitor could cause a large change in this parameter. As for current-voltage characteristic nonlinearity it was found that ageing can cause significant changes of this parameter. Therefore it can be used as an effective tool for evaluation of ageing of this type of capacitors. The highest value of nonlinearity was observed for capacitors Arcotronic. It is assumed that the cause is re-building of the metallization of the PP film by thermal ageing.
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