CAJ | 학술논문

基于单端反激电路,设计了一款85~265VAC输入、24VDC输出的控制系统辅助电源.阐述了单端反激变换器的变压器设计过程,对反馈环路进行了小信号分析,并进行补偿网络优化.经制作样机测试,实验结果表明,该电源工作稳定,动态性能良好,整机效率可达89.4%,满足直线电机多轴联动平台辅助电源的要求.
기우단단반격전로,설계료일관85~265VAC수입、24VDC수출적공제계통보조전원.천술료단단반격변환기적변압기설계과정,대반궤배로진행료소신호분석,병진행보상망락우화.경제작양궤측시,실험결과표명,해전원공작은정,동태성능량호,정궤효솔가체89.4%,만족직선전궤다축련동평태보조전원적요구.
Based on the single-ended flyback circuit, this paper designed an auxiliary power supply of control system with alternating cur-rent input voltage from 85 to 265 and 24 voltage of direct current output and expounded the transformer design process of single-ended lfyback converter, carrying out the small signal analysis of feedback loops and compensation network optimization. The prototype was produced and comprehensive experiments were conducted. The experimental results show that the power supply is stable and has good dynamic performance, whose overall efficiency reaches 89.4%, which can meet the auxiliary power supply requirements for the multi-axis motion platform of linear mo-tor.