Abstract

A mathematical model is proposed for analyzing nonstationary electromagnetic processes in a coil capacitor (a katkon, an electromagnetic element with reactive power self-compensation). Transients in the katkon are modeled physically. Qualitative features of unsteady electromagnetic processes at the katkon’s input and output are generalized and systematized for different types of loads under pulsed action.

中文翻译：

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具有无功自补偿元件的非平稳电磁过程的数学和物理建模

摘要

提出了一个数学模型来分析线圈电容器（katkon，具有无功功率自补偿功能的电磁元件）中的非平稳电磁过程。katkon中的瞬态是物理建模的。对于在脉冲作用下的不同类型的负载，对katkon输入和输出处的不稳定电磁过程的定性特征进行了概括和系统化。