CCM中准开关升压DC-DC变换器的稳态分析

Ajit Singh, Amit Kumar, A. Gupta, Ravindra K. Singh
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引用次数: 2

摘要

本文介绍了准开关升压(QSB) DC-DC变换器的稳态分析。QSB阻抗网络只有一个电感和一个电容,不像Z-Source/准Z-Source在其阻抗网络中有两个电感和两个电容,但QSB阻抗网络比Z-Source/准Z-Source阻抗网络多一个有源开关,多一个二极管。推导了理想和非理想QSB DC-DC变换器的直流电压增益。此外,还设计了最小电感来标记(CCM)和断续传导模式(DCM)之间的边界。考虑了非理想准开关升压型Dc-Dc变换器的全寄生特性,计算了总功耗。进一步,通过考虑其总功率损失进行了效率分析。
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Steady state analysis of Quasi Switched Boost DC-DC converter in CCM
This paper presents the steady state analysis Quasi Switched Boost (QSB) DC-DC converter. QSB impedance network has only one inductor and one capacitor unlike Z-Source/Quasi-Z-Source which have two inductors and two capacitances in their impedance network but QSB impedance network has one more active switch, one more diode than Z-Source/Quasi-Z-Source impedance network. The DC voltage gain for ideal and non-ideal QSB DC-DC converter has been derived. Further the minimum inductance has been design to mark the boundary between (CCM) and Discontinuous Conduction Mode (DCM). The overall power loss has been calculated by considering the all parasitic of non-ideal Quasi-Switched Boost Dc-Dc converter. Further the efficiency analysis has been done by considering its overall power losses.
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