Темир йўл транспорти: долзарб масалалар ва инновациялар Volume 7 Issue 1 (2026) · pp. 109-117
MATHEMATICAL ANALYSIS OF STABILIZING FERRORESONANCE CIRCUITS WITHOUT MAGNETIC BONDS BETWEEN MAGNETIC COMPONENTS: MATHEMATICAL ANALYSIS OF STABILIZING FERRORESONANCE CIRCUITS WITHOUT MAGNETIC BONDS BETWEEN MAGNETIC COMPONENTS
Бедрицкий, И.М., Умаров, М.Г.
Abstract
Currently, special attention is being paid to powering electronic devices used in communications, electroplating baths and charging and rectifying devices, as well as in measuring, computing and pulse technology using stabilizing devices. Today, there is a tendency to use systems of constant stabilized voltages and currents, that is, systems for the distribution and consumption of electrical energy that ensure the independence of the voltage or current of the load from its magnitude. The article considers the mathematical analysis of generalized stabilizing ferroresonance circuits without magnetic bonds between ferromagnetic components, using the harmonic balance method as an analysis tool. To approximate the magnetization curve of the cores of ferroresonance circuits, an incomplete polynomial of the ninth degree was used, the linear coefficient of which was calculated using the least squares method. The results obtained make it possible to construct all types of static characteristics with sufficient accuracy to calculate the parameters of real devices and with the possibility of their engineering calculation.
стабилизирующие феррорезонансные цепи без магнитных связей, аппроксимация кривой намагничивания, метод наименьших квадратов, внешняя, регулировочная, вольтамперная характеристики.stabilizing ferroresonance circuits without magnetic bonds, approximation of the magnetization curve, least squares method, external, adjusting, voltage characteristics.
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