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Push-pull self-oscillating electronic ballast for battery application

机译:用于电池应用的推挽自振荡电子镇流器

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摘要

This paper presents an electronic ballast for battery applications. Low voltage applications including battery, have increased importance, due to emergency illumination applications as well as automotive applications. The ballast uses a push-pull converter, with a self-oscillating command to supply the lamp. Push-pull converter is well suited for battery application, when compared to half-bridge, since it doubles the voltage on the converter operation, while the half-bridge divides it. The self-oscillating circuit is used because of its reliability and simplicity, as well as low cost. In this ballast a 40 W fluorescent lamp and a 24 V battery are used. Design guidelines for the push-pull converter and the self-oscillating circuit are presented. Experimental results show the functionality of the converter as well as it proves it to be a good solution for several battery applications.
机译:本文介绍了电池应用的电子镇流器。由于紧急照明应用以及汽车应用,低压应用包括电池,具有更重要的重要性。镇流器采用推挽式转换器,具有自振荡的命令来提供灯泡。推挽式转换器非常适合电池应用,与半桥相比,由于它使转换器操作上的电压加倍,而半桥划分。自振荡电路是由于其可靠性和简单性,以及低成本而使用。在该镇流器中,使用40W荧光灯和24 V电池。提出了推拉转换器和自振荡电路的设计指南。实验结果显示了转换器的功能,并证明它是几种电池应用的良好解决方案。

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