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Performance Programming Technique for Multi-Stage Dc Power Distribution Systems

机译:多级直流配电系统的性能编程技术

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This paper presents a new design technique for multi-stage dc power distribution systems, which consistently offers the pre-programmed performance for dc distribution bus, irrespective of detrimental interactions among subsystem components. The paper demonstrates that the proposed design technique provides the aimed performance, even for cases in which the conventional design encounters instability due to adverse interactions from an ill-conditioned source subsystem. The performance of the proposed technique is theoretically validated and experimentally supported using a prototype two-stage dc power distribution system.
机译:本文提出了一种用于多级直流配电系统的新设计技术,该技术始终为直流配电总线提供预编程的性能,而与子系统组件之间的有害相互作用无关。本文证明了所提出的设计技术可提供目标性能,即使在常规设计由于病态源子系统的不利相互作用而遇到不稳定的情况下也是如此。所提出的技术的性能在理论上得到了验证,并使用原型两级直流配电系统进行了实验支持。

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