Journal of Power Supply

Home|About JOPS|Editorial Board| Ethics Statement|Indexed-in|Contact us|Peer Review|Chinese

Latest Papers more>>

Ttile： A double-sided SiC MOSFET bi-directional power module with flexible buffering spacer
Author：LI Jing，CAO Junlin，LU Guoquan，MEI Yunhui

Ttile： Modeling and analysis of quasi-resonant modified SEPIC converter
Author：WU Jing，XIA Xiaochun，JIANG Yanping，ZHENG Weiyan，GAO Shanshan，WANG Yijie

Ttile： Hybrid phase shift modulation scheme for dual active bridge bidirection-al DC / DC converter
Author：LI Yu，ZHANG Xinrui，SHUI Chaohui，HUANG Jianqi，LONG Peng，ZHANG Jinhua

Ttile： Optimal configuration of battery energy storage capacity of microgrid considering life loss
Author：FENG Ziyan，XU Yixun，WANG Kailin，YIN Huangkai

Ttile： A Review of Junction Temperature Measurement Methods of IGBT by On-state Voltage at High Current
Author：NING Puqi，ZHENG Dan，KANG Yuhui，CHAI Xiaoguang，CAO Han，WEN Xuhui

Ttile： A Fault Diagnosis Strategy Based on Multi-level Feature Extraction for Grid-Connected Inverter
Author：GENG Junchao，WANG Tianzhen，HAN Jingang，CHEN Guodong，TANG Tianhao

Ttile： Review on Control Strategy of Modular Multilevel Converter Under Unbalanced Grid Voltage
Author：JIANG Youhua，CHEN Fang，ZHAO Le，CAO Yilong，YANG Xingwu，WU Weimin

Ttile： Study on Common Mode Voltage Interference and Suppression Measures of Inverter
Author：WANG Jianyuan，LI Junming，CHEN Xiaoxuan，JI Junpeng

LIN Wei-ming,HUANG Chao.Development of power factor correction in LED power drivers[J].JOURNAL OF POWER SUPPLY,2013,11(2):67-73

Development of power factor correction in LED power drivers

Received:October 24, 2011 Revised:January 04, 2012

View Full Text View/Add Comment Download reader

DOI：10.13234/j.issn.2095-2805.2013.2.67

Keywords:Capacitor control strategy topology PFC LED lighting

Fund Project:

　　　　

Author	Institution	Email
LIN Wei-ming	Fuzhou University	weiming@fzu.edu.cn
HUANG Chao	Fuzhou University

Hits: 10210

Download times: 14497

Abstract:

With the widely application of LED Lighting, power factor correction (PFC) research has been developed for this new field. The recent achievement of the research on PFC technique in LED power drivers was reviewed. Research activities on elimination of electrolyte capacitor, novel simple control strategy based on flyback converters, integrated isolated PFC converters, bridgeless PFC circuits, AC directly drive LED converters and phase-cut dimmable PFC Drivers were discussed briefly. Development trend for PFC research on LED application was also analyzed.