MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMS

The linear solution to the electromagnetic analysis, when the field is created by the sinusoidal current captured with the ferromagnetic conductive ring, is presented. The given analytical investigations are confirmed experimentally. The results permit to specify the characteristics of the ferromagn...

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Main Authors: Mikhail R. Vinokurov, Anatoly A. Lavrentyev, Maxim M. Tolstunov
Format: Article
Language:Russian
Published: Don State Technical University 2012-07-01
Series:Advanced Engineering Research
Subjects:
Online Access:https://www.vestnik-donstu.ru/jour/article/view/579
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author Mikhail R. Vinokurov
Anatoly A. Lavrentyev
Maxim M. Tolstunov
author_facet Mikhail R. Vinokurov
Anatoly A. Lavrentyev
Maxim M. Tolstunov
author_sort Mikhail R. Vinokurov
collection DOAJ
description The linear solution to the electromagnetic analysis, when the field is created by the sinusoidal current captured with the ferromagnetic conductive ring, is presented. The given analytical investigations are confirmed experimentally. The results permit to specify the characteristics of the ferromagnetic conducting environment with a reasonable degree of accuracy.
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spelling doaj.art-7948ca3a2c5a4bdaa145a8bc631468922025-03-02T11:04:19ZrusDon State Technical UniversityAdvanced Engineering Research2687-16532012-07-01123132135572MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMSMikhail R. Vinokurov0Anatoly A. Lavrentyev1Maxim M. Tolstunov2Don State Technical University.Don State Technical University.Don State Technical University.The linear solution to the electromagnetic analysis, when the field is created by the sinusoidal current captured with the ferromagnetic conductive ring, is presented. The given analytical investigations are confirmed experimentally. The results permit to specify the characteristics of the ferromagnetic conducting environment with a reasonable degree of accuracy.https://www.vestnik-donstu.ru/jour/article/view/579electromagnetic fieldferromagnetic conductive ringbessel functionssignal winding emf.
spellingShingle Mikhail R. Vinokurov
Anatoly A. Lavrentyev
Maxim M. Tolstunov
MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMS
Advanced Engineering Research
electromagnetic field
ferromagnetic conductive ring
bessel functions
signal winding emf.
title MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMS
title_full MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMS
title_fullStr MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMS
title_full_unstemmed MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMS
title_short MATHEMATICAL SIMULATION OF ELECTROMAGNETIC PROCESSES IN CURRENT SENSOR FOR ELECTRICAL EQUIPMENT PROTECTION SYSTEMS
title_sort mathematical simulation of electromagnetic processes in current sensor for electrical equipment protection systems
topic electromagnetic field
ferromagnetic conductive ring
bessel functions
signal winding emf.
url https://www.vestnik-donstu.ru/jour/article/view/579
work_keys_str_mv AT mikhailrvinokurov mathematicalsimulationofelectromagneticprocessesincurrentsensorforelectricalequipmentprotectionsystems
AT anatolyalavrentyev mathematicalsimulationofelectromagneticprocessesincurrentsensorforelectricalequipmentprotectionsystems
AT maximmtolstunov mathematicalsimulationofelectromagneticprocessesincurrentsensorforelectricalequipmentprotectionsystems