flying capacitor 中文意思是什麼
flying capacitor
解釋
快速電容器-
Research on a novel three - level ac chopper and voltage controlling method of the flying - capacitor
三電平交流斬波電路及其浮動電容電壓控制策略的研究 -
A stable flying capacitor voltage must be maintained to facilitate the operation of the chopper
在斬波電路的工作過程中,穩定的浮動電容電壓是非常重要的。 -
The ml converter splits voltage constraints among series - connected switches through the flying capacitors, so keeping the flying capacitor voltages at proper value is very important
該變換器利用飛跨電容使得輸入電壓在串聯的各開關管之間均分,以降低開關管的電壓應力,因此飛跨電容電壓保持在適當值是保證變換器正常工作且具有良好性能的關鍵。 -
The buck ml converter splits voltage constraints among series - connected switches through flying capacitors. an effective control of flying - capacitor voltage is required to guarantee voltage balancing across semiconductors
由於各個開關管的開關特性以及驅動電路之間的差異,常會使得飛跨電容電壓偏離其穩態值。 -
A novel control strategy for the flying capacitor voltage is proposed in this paper
為了解決這個問題,本文提出一種新穎的控制飛跨電容電壓的方案。 -
With this control strategy, decoupling control of the flying capacitor voltage is obtained, which has no influence on the output voltage. so the closed - loop control of flying capacitor voltage and output voltage can be designed independently
該控制方案,不僅可以實現飛跨電容電壓的解耦控制,而且不影響輸出電壓的調節,有利於獨立設計輸出電壓及各飛跨電容電壓的控制閉環。 -
This paper builds the small - signal model of the ml converter, and decouples the converter into several independent single - input single - output systems with the control strategy proposed in [ 8 ], so the closed - loops for the output voltage and the flying capacitor voltages can be designed independently
本文首先建立了buck多電平變換器的小信號模型,並利用文獻[ 8 ]提出的控制方法將該變換器解耦成多個單輸入單輸出系統。 -
The validity of the small - signal model and the controlled strategy proposed in [ 8 ] are verified by the simulation and experiment results. the results show that the modeling and design of the closed - loops are valid and the flying capacitor voltages control is independent with the output voltage control
模擬和實驗結果表明,本文所建立的小信號模型是正確的,基於該模型設計的補償網路可以使變換器具有較快的動態響應,同時也表明輸出電壓閉環和飛跨電容電壓閉環是相互解耦的。 -
The ml converter is a multi - input and multi - output, strongly coupled nonlinearly system, its control elements ( duty cycles ) and the controlled elements ( output voltage and flying capacitor voltages ) of the ml converter are strongly coupled, so the system should be decoupled to multiple single - input and single - output sub - systems such that each output can be controlled independently
多電平變換器的控制量(各開關管占空比)和被控量(輸出電壓及各飛跨電容電壓)之間存在耦合關系,它是一個多輸入多輸出、強耦合的非線性系統,因此需要將其解耦成多個單輸入單輸出系統,以對被控量進行獨立的閉環控制。
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