摘要
针对实际应用对电源输出电流越来越大、纹波越来越小的要求,本文提出了一种H桥并联控制的时序逻辑与并联电感的设计方法。在H桥并联控制逻辑中介绍了基本的控制时序并在此基础上推理出纹波更小的控制逻辑,在并联电感的设计方法中给出了设计要点和实例,并通过实验证明了控制逻辑的正确性与并联电感的稳定性。
In order to meet the requirement of decreasing ripple wave and large output power current,this paper presents a design method of a sequential logic of parallel H bridge and parallel inductance. Basic control timing is introduced basing on reasoning out the ripple less control logic. Give out the design method of parallel inductance. The experiment proved the correctness of the control logic and the stability of parallel inductance. The correctness of control logic and the stability of parallel inductance are proved by experiments.
作者
刘志英
LIU Zhi-ying(School of Information of Liaoning Raiway Vocational and Technical College,Jinzhou Liaoning 121000,China)
出处
《长春师范大学学报》
2018年第6期42-45,95,共5页
Journal of Changchun Normal University
关键词
H桥并联
时序
纹波电流
并联电感
parallel H bridge
sequential logic
current ripple
parallel inductance
