Phase relations in resonant circuits with a wide falling section on the amplitude characteristic

Author:

Usmanov E.G,Khusanov B.M

Abstract

This article examines the features of circuits in order to determine the possibility of their use for controlling thyristors when building new, simple and reliable circuits for controlling boost voltage stabilizers. In ferroresonant circuits connected to a voltage source with a low internal resistance, with a certain combination of parameters, oscillations are excited at the fundamental frequency, the initial phase of which has a shift with respect to the phase of the applied voltage. Moreover, the phase of the excited oscillations depends on the magnitude of the applied emf.

Publisher

EDP Sciences

Reference22 articles.

1. Non-contact voltage relay for switching windings of a boost transformer

2. Controlled switching circuits based on non-linear resistive elements

3. Bobojanov M.K., Usmanov E.G., Abduraimov E.H., Karimov R.Ch. Resistive time delay switches//Scientific journal «European Science Review» (ISSN: 2310-5577). Vienna (Austria), January–February. - №1-2. – PP.210–212 (2018).

4. General characteristics of networks and features of electricity consumers in rural areas

5. Development of optimal modes and mathematical models of energy performance of electric steelmaking production

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