负温度系数热敏电阻的响应特性

Sunday F. Iyere, Bernard O. A. Ozigi, J. Yeboah
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摘要

本文重点介绍了热敏电阻作为一种广泛应用于大多数电气和电子设备和电器的温度测量和控制的器件。该研究基于复印机中使用的热敏电阻类型,特别参考了美能达Bizhub(型号210)复印机。采用常规热法记录电阻和温度,推导出电阻随温度和电阻/时间的响应曲线。结果表明,该热敏电阻为负温度系数(NTC)器件。此外,热敏电阻电阻对温度变化的响应存在时间变化,这表明被测热敏电阻具有温度控制装置的功能。电阻随温度变化曲线的形状与典型的NTC热敏电阻特性相似。
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Response characteristics of a negative temperature coefficient thermistor
This article focuses on the thermistor as a device that is widely used for temperature measurement and control in most electrical and electronic devices and appliances. The research is based on the type of thermistor used in photocopiers with particular reference to Minolta Bizhub (model-210) photocopier. The resistance and temperature were recorded by the application of conventional heat to deduce the response curves of resistance versus temperature and resistance/time. Results obtained from the characteristics show that the thermistor employed in the photocopier is a negative temperature coefficient (NTC) device. Also, there was a time variation in the response of the thermistor resistance to temperature changes, which indicates that the thermistor under test functions as a temperature control device. The shape of resistance versus temperature curve appeared to be similar to that of a typical NTC thermistor characteristics.
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