时序开关并联串联稳压器的建模

A. Garrigos;J.A. Carrasco;J.M. Blanes;E. Sanchis
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引用次数: 40

摘要

这封信从其组成子系统的带宽和极限循环频率方面描述了顺序开关并联串联调节器-S/sup 4/R,这是一种高效、低质量、低体积的功率电池,旨在为通信航天器中的下一代调节功率总线供电。使用跨导电源建模来获得线性和非线性模型。这些用于建立设计控制策略,该策略涉及大负载要求或卫星寿命结束时的动态响应。仿真和实验结果也证明了该模型的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling the sequential switching shunt series regulator
This letter characterizes, in terms of the bandwidth and limit cycle frequency of its constituent subsystems, the sequential switching shunt series regulator -S/sup 4/R, a high-efficiency, low-mass and volume power cell devised to power the next generation of regulated power buses in telecommunication spacecrafts. Transconductance power source modeling is used to obtain linear and nonlinear models. These are used to establish a design control strategy which involves the dynamic response in large load requirements or at the end of the satellite life. Simulations and experimental results are also given to demonstrate the validity of the model.
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