在线翻译
According to the timing diag.. 翻译
原文(英语):
According to the timing diagram of Fig. 3(a), the converter goes cyclically
through the topologies shown in Figs. 3(b) and 3(c). It can be noted that S is
operated as in any classical boost converter: in the rst topology, the boost in-
ductor Lin is charged from the source. In the second topology, the line and Lin's
energies are transferred to the capacitor and load. Thereby S acts as in a classical
boost converter control: it controls the energy transfer through Lin. The change of
the conguration of the SC circuit (parallel-series connection of the capacitors) is a
derivative of the action of S, no control being imposed on charging/discharging C01 更多:https://www.bmcx.com/ ,
C02. As a result, the SC circuit can operate at its maximal theoretical eciency
(only the conduction losses on the parasitics of C01, C02, S and forward voltages
on the diodes in conduction aect the eciency of the SC circuit). The eciency
of the proposed circuit is that of a classical boost converter.
For a steady-state cycle, VLin = Vin in the rst conguration and VLin = Vin
翻译结果(简体中文)1:
根据时序图图。 3(一),转换器会周期性
通过在图中所示的拓扑结构。 3(b)和图3(c)。它可以指出的是
操作在RST升压拓扑结构,在任何经典的升压转换器:
导体林收费是从源头上。在第二拓扑结构,线和林“
精力都转移到电容和负载。从而小号作为一个古典
升压转换器控制:通过LIN控制的能量转移。的变化
SC电路的配置(并联电容器系列连接)是一个
衍生的行动,被判处无控制充电/放电C01,
C02。作为一个结果 更多:https://www.bmcx.com/ ,SC电路可以工作在其最大的理论ê效率
(C01寄生传导损失,C02,和正向电压
传导1等é效率)的SC电路中的二极管。 é效率
所提出的电路是一个经典的升压转换器。
稳态周期,在RST CON guration,vlin = VIN
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