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LED driver based on novel ripple cancellation technique for flicker‐free operation and reduced power processing

机译：LED驾驶员基于新型纹波取消技术，用于无闪烁操作和降低的电源处理

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Huan Li; Weidong Xiao;
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1. LED driver based on novel ripple cancellation technique for flicker-free operation and reduced power processing [J] . Li Huan, Xiao Weidong Power Electronics, IET . 2020,第14期

机译：LED驾驶员基于新型纹波取消技术，用于无闪烁操作和降低的电源处理
2. A Multiplexing Ripple Cancellation LED Driver With True Single-Stage Power Conversion and Flicker-Free Operation [J] . Peng Fang, Samuel Webb, Yang Chen, IEEE Transactions on Power Electronics . 2019,第10期

机译：具有真正单级电源转换和无闪烁操作的多路纹波消除LED驱动器
3. Energy Channeling LED Driver Technology to Achieve Flicker-Free Operation With True Single Stage Power Factor Correction [J] . Peng Fang, Yan-Fei Liu IEEE Transactions on Power Electronics . 2017,第5期

机译：能量通道LED驱动器技术通过真正的单级功率因数校正实现无闪烁运行
4. A Multiplexing Ripple Cancellation LED Driver with True Single-Stage Power Conversion and Flicker-free Operation [C] . Peng Fang, Yan-Fei Liu, Paresh C. Sen IEEE Applied Power Electronics Conference and Exposition . 2019

机译：具有真正的单级电源转换和无闪烁操作的多路纹波消除LED驱动器
5. Offline single-stage electrolytic-capacitor-free flicker-free high power LED driver. [D] . Qiu, Ya-Jie. 2017

机译：离线单级无电解电容器无闪烁大功率LED驱动器。
6. Real Time Driver’s Drowsiness Detection by Processing the EEG Signals Stimulated with External Flickering Light [O] . Amjad Hashemi, Valiallah Saba, Seyed Navid Resalat 2014

机译：通过处理外部闪烁光刺激的EEG信号来实时检测驾驶员的睡意
7. Experimental verification of a linear AC LED driver with a light flicker compensating circuit and high power factor operation by modulating the current regulator [O] . Yuichi Noge 2019

机译：通过调制电流调节器，用光闪烁补偿电路和高功率因子操作进行线性交流LED驱动器的实验验证
8. Knowledge-Based Signal Processing. A Comparison of Power Spectrum Estimation Techniques for Array Data [R] . Oppenheim, A., Lim, J. S. 1982

机译：基于知识的信号处理。阵列数据功率谱估计技术的比较

LED driver based on novel ripple cancellation technique for flicker‐free operation and reduced power processing

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