自振荡电子荧光镇流器的灯座保护新技术

Ameya Shrotriya, D. Zinger
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引用次数: 0

摘要

由于连接不良,荧光灯插座会产生电弧。这是一种危险的情况,可能会导致插座损坏,并有可能发生火灾。设计了一种自振荡电子镇流器电弧检测电路。当电弧发生时,电路检测谐振电路中发生的频率变化。基于数字计数器,所开发的电路比模拟电路更不容易受到噪声、元件变化和老化的影响。仿真验证了该电路能够在电弧发生时关闭电路,并在电弧移除时重新启动振荡。Keywords-component;自振荡镇流器;日光灯;灭弧
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New Lamp Socket Protection Technique for Self Oscillating Electronic Fluorescent Ballasts
Arcing can occur in fluorescent lamp sockets due to poor connections. This is a hazardous condition that could cause damage to the socket and is a potential for fire. A circuit is developed to detect when an arc occurs in a self oscillating electronic ballast. The circuit detects the change in frequency that occurs in the resonant circuit when arcing occurs. Based around a digital counter, the developed circuit is less susceptible to noise, component variation, and aging than an analog circuit. Simulations verify that the circuit is able shutdown the circuit when an arc occurs and restart the oscillations when the arc is removed. Keywords-component; self oscilating ballast; fluorescent lamp; arcing
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