Abstract

We consider an inductive-pulsed generator with a double inductive storage operating on the basis of generalized switching laws, which enables the amplitude and power of a current pulse in an active load to be increased by several times. Using the method of state variables, a mathematical model is developed on the basis of which theoretical studies are performed of the inductive-pulsed generator operating for an active load when the transformation coefficient changes. As the transformation coefficient increases, the amplitude of the current pulse and its average power also increase. This reduces the energy and efficiency of the current pulse, as well as increasing the energy loss during switching. The experimental results are in good agreement with the calculation data.

中文翻译：

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广义换向律在双感应储能电路中的应用

摘要

我们考虑一种具有双感应存储装置的感应脉冲发生器，它基于通用的开关定律运行，这使得有功负载中电流脉冲的幅度和功率可以增加几倍。使用状态变量的方法，建立了数学模型，在此模型的基础上，对当变换系数变化时在有功负载下运行的感应脉冲发生器进行了理论研究。随着变换系数的增加，电流脉冲的幅度及其平均功率也会增加。这降低了电流脉冲的能量和效率，并且增加了切换期间的能量损失。实验结果与计算数据吻合良好。