用于可编程启动的快速启动荧光灯的串联谐振电子镇流器

C. Moo, W.M. Chen, H. Yen
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引用次数: 6

摘要

在串联谐振电子镇流器上增加串联谐振能量罐,提高了快启动荧光灯的启动性能。采用串联谐振式能量罐作为辅助启动电路,消除预热期间灯内的辉光电流。通过调节工作频率,电子镇流器可以在灯电压接近于零的情况下提供足够的灯丝电流用于预热,灯电压高到足以点火,然后在稳态下提供所需的灯功率和灯丝电流。最后,以t8 - 36w萤光灯为原型,建立了电子镇流器的原型。实验结果令人满意。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A series-resonant electronic ballast for rapid-start fluorescent lamps with programmable starting
A series-resonant energy-tank is added onto the series-resonant electronic ballast to improve the starting performance of the rapid-start fluorescent lamp. The series-resonant energy-tank is used as the starting-aid circuit to eliminate the glow current in the lamp during the preheating interval. By adjusting the operating frequency, the electronic ballast is able to provide an adequate filament current for preheating with nearly zero lamp voltage, a lamp voltage high enough for ignition, and then the required lamp power and filament current at steady-state. A prototype of the electronic ballast with the proposed control scheme is built for a T8-36 W fluorescent lamp. Experimental tests exhibit satisfied results.
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