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Improvement of Active Power Factor Correction Circuit for Switch Mode Power Supply Using Fly Back and Boost Topology

机译:利用反激和升压拓扑改进开关模式电源的有源功率因数校正电路

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At present there is expanding requests of high power component and low total harmonic distortion (THD) in the current drawn from the source. Additionally there is a necessity of good power quality. Striking endeavors have been made for the improvement of the PFC converters. This paper aims to improve the power factor near to unity by using Fly Back Topology and Boost topology. Fly Back topology is called an isolated topology due to the use of transformer. It begins with simple circuits with a gradual increase in complexity by inclusion of new components and their subsequent effects on the current and voltage waveforms. The advantages of this method are fast response time, absence of switching problem and correction of power factor efficiently.
机译:当前,从电源汲取的电流中对高功率分量和低总谐波失真(THD)的需求不断增长。另外,必须具有良好的电能质量。为了改进PFC转换器已经做出了惊人的努力。本文旨在通过使用反激拓扑和Boost拓扑将功率因数提高到接近统一的水平。由于使用变压器,反激式拓扑被称为隔离拓扑。它从简单的电路开始,通过包含新组件及其对电流和电压波形的后续影响,复杂性会逐渐增加。该方法的优点是响应时间快,不存在开关问题以及有效地校正功率因数。

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