DETERMINATION OF WIRE CROSS-SECTION, CURRENT DENSITY AND CURRENT-CARRYING CAPACITY FOR MODELLING LINEAR MOTION ACTUATING ELEMENTS WITH A TOROIDAL CORE

Article Sidebar

pdf (Uzbek (Latin))
Published: 2026-01-05
DOI: https://doi.org/10.66073/researchfocus.v4i12.1893
Keywords:
Taroid, sim diametri, tok, zichlik, yuritma, diapazonlar, kuchlanish, magnit maydon, oqim, o’ram, ferromagnet, magnit qarshilik

Main Article Content

Yigitaliyev Jaloliddin Adxamjon o‘g‘li
Tashkent State Technical University
Abdullayev Mahmudjon Muxamedovich
Abdiyev Rasul Ernazar o‘g‘li

Abstract

This article models the structure of the linear motor windings of a toroidal-core actuator, calculates the optimal electrical parameters of the winding wire and analyses their influence on the practical operating characteristics of the motor design. As a separate part of the research, the cross-sectional area, the current-density ranges and the permissible current values of a conductor with a wire diameter of 2 mm are determined and compared with standard tables. The results make it possible to select the optimal parameters required for stable operation of the motor, for thermal management and for the formation of the maximum electromagnetic force. This work creates a scientific and practical basis for designing toroidal-core actuators and for improving their electromagnetic models, and it also serves to increase the efficiency of their application in high-precision mechatronic systems.

Article Details

Issue

Vol. 4 No. 12 (2025): Research Focus International Scientific Journal. Volume 4, Issue 12 (2025)

Section

05.00.00 – Technical sciences
Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.

How to Cite

DETERMINATION OF WIRE CROSS-SECTION, CURRENT DENSITY AND CURRENT-CARRYING CAPACITY FOR MODELLING LINEAR MOTION ACTUATING ELEMENTS WITH A TOROIDAL CORE. (2026). Research Focus International Scientific Journal, 4(12), 9-14. https://doi.org/10.66073/researchfocus.v4i12.1893

References

Абдуллаев М.М., Назаров Х.Н., Юсупов Б.Б., Абдиев Р.Э. Магнитоэлектрический линейный двигатель. Патент на полезную модель // Патент УЗ ФАП № 02125.15.10.2022 г.

Abdullayev M.M., Abdiyev R.E. Dynamic characteristics of magnetoelectric linear actuators of control systems // Сhemical Technology. Control and management, 04.05.2024y. №2 ISSN 1815-4840, (116) pp. 26-33.

Абдуллаев М.М., Абдиев Р.Э., Юсупов Б.Б. Многовыходной магнитоэлектрический линейный двигатель. Патент на полезную модель // Патент УЗ ФАП № 02326,31.08.2023 г.

Назаров Х.Н., Абдуллаев М.М., Матёкубов Н.Р., Рахимов Т.О., Юсупов Б.Б., Электромагнитный линейный двигатель // Патент РУ UZ FAP №01632, 11.05.2021 г.

Абдуллаев М.М. Исканадаров О.И. Абдиев Р.Э. Многовыходной шаговый привод. Патент на полезную модель // Патент УЗ ФАП № № 2023 016, 23.10.2023 г.

Abdullayev М.M., Abdiyev R.E. Magnetoelectric Actuating Device for Providing Delicate Capture of the Object of Manipulation in Intelligent Robots // Lecture Notes in Networks and Systems, 2024. LNNS 912. pp. 206–214. Springer Nature https://doi.org/10.1007/978-3-031-53488-1_25 (3, Scopus IF 0.9).

Аbdullayev М.M., Abdiyev R.E. Magnetoelectric gripper mechanism of robot with Controlled grip force // The international scientific and practical conference Rakhmatulin readings 26–27 May 2023 Tashkent, Uzbekistan AIP Conf. Proc. 3119, 060001 (2024).