Diagnostics of Electric Arc versus the Development of Universal Mathematical Models

A. Sawicki
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Abstract

The article presents universal mathematical static current-voltage characteristics- based models of electric arc and indicates primary issues concerned with arc diagnostics related to the determination of the above-named models. Particular attention was paid to the experimental determination of AC-powered arc voltage. Diagnostics-related purposes involved the use of bridge systems with one or two sources of current. Computer-aided simulations involving sinusoidal and trapezoidal current-based excitations made it possible to demonstrate the possibility of obtaining minimum values of bridge unbalance voltage. Such a condition indicated the proper determination of AC-powered arc ignition voltage.
电弧诊断与通用数学模型的发展
本文提出了基于电弧静态电流-电压特性的通用数学模型,并指出了与上述模型的确定有关的电弧诊断的主要问题。特别注意了交流电弧电压的实验测定。与诊断相关的目的涉及使用具有一个或两个电流源的电桥系统。计算机辅助模拟涉及正弦和梯形电流激励,可以证明获得最小桥不平衡电压值的可能性。这种情况说明交流引弧电压的确定是正确的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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