闪烁依赖于频率大于工频的电压波动

M. Michalski, G. Wiczyński
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引用次数: 1

摘要

在包含光源的电路中,电源的电压波动会引起闪烁。电压波动与闪变之间的关系十分复杂。本文在实验室测量的基础上,研究了频率高于工频的电压波动的闪变现象。研究中使用了八种光源——三种白炽灯泡和五种低功率LED灯。对于截短的余弦电压,确认在频率高达7倍工频(即350 Hz)的情况下会发生闪烁。据观察,LED灯可能比白炽灯泡更容易受到电压波动的影响,特别是在较高的波动频率下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flicker Dependency on Voltage Fluctuation at Frequencies Greater Than Power Frequency
Voltage fluctuation of the power supply in a circuit containing light sources can cause flicker. The relationship between voltage fluctuation and flicker is quite complex. In this paper, the occurrence of flicker for voltage fluctuations with frequencies higher than the power frequency is investigated on the basis of laboratory measurements. Eight light sources have been used in the study – three incandescent bulbs and five low-power LED lamps. For clipped cosine voltage, flicker was confirmed to occur for frequencies up to seven times the power frequency, namely 350 Hz. It has been observed that LED lamps may be more susceptible to voltage fluctuation than incandescent bulbs, especially at higher fluctuation frequencies.
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