用微分包涵法研究电路元件的一种特殊数学模型

IF 1 Q4 COMPUTER SCIENCE, INFORMATION SYSTEMS International Journal on Information Technologies and Security Pub Date : 2023-03-01 DOI:10.59035/girq4188
N. Hien, L. Phuong, V. Bolnokin
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引用次数: 1

摘要

许多用于电路参数数值分析的信息技术已经发展起来。这些方法的特点是既适用于直流电路,也适用于交流电路,既适用于线性电路,也适用于非线性电路。本文介绍了半导体二极管整流电路的特殊数学模型。在以前的研究中,整流电路是用微分内含物来模拟的。然而,这些夹杂物并不能通过信息技术的应用程序来解决。本文研究了用带特殊右侧的微分方程表示的新模型来代替经典模型。其主要结果是在一个定理中给出了新模型的正确性。通过一个具体的例子说明了本研究的有效性。
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A special mathematical model for the study of electrical circuits components by the method of differential inclusions
Many information technologies for numerical analysis of electrical circuit parameters have been developed. The peculiarity of these methods is their applicability not only to DC but also AC circuits, not only to linear but also nonlinear circuits. This paper introduces the special mathematical model for rectifier circuits using semiconductor diodes. In previous studies, the rectifier circuit has been modelled by differential inclusions. However, the inclusions cannot be solved by the applied programs of information technology. In this paper, the new model writing by differential equation with a special right hand side is studied to replace the classical model. The main result of this is presented in a theorem that gives the correctness of the new model. The usefulness of this study is illustrated via a concrete example.
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