Revised stability criteria for cascaded DC-DC converters in space applications

M. Triggianese, H. Carbonnier, F. Tonicello
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引用次数: 1

Abstract

The Middlebrook's criteria is used in the ECSS-E-ST −20C (European Cooperation for Space Standardization - Electrical and Electronic) to guarantee the stability of cascaded power systems. It is worth noticing that the non-compliance to Middlebrook's criterion does not represent a necessary condition for stability, therefore when not satisfied, additional analysis might be necessary to check the stability margins. It is however a very conservative approach. Other less conservative methods have been proposed for the interconnection of feedback controlled DC/DC converters. Among others, a revised criterion is considered in this paper and different study-cases are analyzed to demonstrate the typical situations that a power engineer is facing with cascaded DC-DC power supplies.
修订的空间应用级联DC-DC变换器稳定性标准
Middlebrook的标准用于ECSS-E-ST - 20C(欧洲空间标准化合作-电气和电子),以保证级联电力系统的稳定性。值得注意的是,不符合Middlebrook准则并不代表稳定性的必要条件,因此,当不满足时,可能需要额外的分析来检查稳定裕度。然而,这是一种非常保守的方法。对于反馈控制的DC/DC变换器的互连,已经提出了其他不太保守的方法。其中,本文考虑了一个修订的准则,并分析了不同的研究案例,以展示电力工程师面对级联直流电源的典型情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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