用于LED电源驱动的高PFC集成级单开关交直流系统

V. Yadav, A. Verma, Udaykumar R.Yaragatti
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引用次数: 1

摘要

LED以其高效、显色值高、成本低、寿命长、易控制、易调光等特点取代了传统照明光源。LED工作在恒流或恒压供电。(a)驱动LED的交直流系统应符合IEC61000-3-2、能源之星等严格的标准。许多基于两级、单级或集成拓扑结构的LED驱动电路都符合严格的标准。为了降低高功率LED驱动器的交直流系统的成本、尺寸和体积,集成级LED驱动器是一种流行的选择。提出了一种隔离式集成级单开关LED驱动电路。集成级是SEPIC和反激变换器的组合。通过准滑模控制器(QSMC)控制单(c)开关以增强其驱动特性,其中外电压环为PI控制器,内电流环为滑模控制器。给出了详细的分析、操作和控制方法。在MATLAB/SIMULINK环境下对所提出的拓扑结果进行了验证。
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High PFC Integrated Stage Single Switch AC-DC System for LED Power Driver
LED has replaced the conventional Lighting sources due to its extraordinary characteristics like high efficiency, CRI value, low cost, longevity, easy controlling, easy dimming, etc. LED works either on constant current or constant voltage supply. (a) The AC-DC system driving the LED shall comply with stringent standards such as IEC61000-3-2, Energy star, etc. Many LED driver circuits based on Two-stage, single-stage, or integrated topologies are available to comply with stringent standards. To (b) reduce the cost, size, and volume of the AC-DC system for High power LED driver, an integrated stage LED driver is a popular choice. This paper presents an isolated Integrated stage single switch LED driver circuit. The integrated stage is a combination of the SEPIC and Flyback converter. The single (c) switch is controlled via a quasi sliding mode controller(QSMC) to enhance its driving characteristics, where the outer voltage loop is the PI controller and the inner current loop is the sliding mode controller. A detailed analysis, operation, and control are presented. The proposed topology’s results are verified using MATLAB/SIMULINK environment.
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