Vol 7 (2022): December
Computer Science

Method of Using radio-electronic Equipment Diagnostics Durable Systems and Devices for Localization of Defective Elements
Metode Penggunaan Sistem dan Perangkat Tahan Lama Diagnostik Radio-elektronik untuk Lokalisasi Elemen Cacat


Odinakhon Satvoldiyevna Olimova
Fergana Polytechnic Institute, Uzbekistan *

(*) Corresponding Author
Picture in here are illustration from public domain image or provided by the author, as part of their works
Published September 5, 2022
Keywords
  • Device for Locating a Faulty Element,
  • Fault-tolerant Systems,
  • Diagnostics of Radio-electronic Equipment
How to Cite
Olimova, O. S. (2022). Method of Using radio-electronic Equipment Diagnostics Durable Systems and Devices for Localization of Defective Elements. Academia Open, 7, 10.21070/acopen.7.2022.4721. https://doi.org/10.21070/acopen.7.2022.4721

Abstract

The article discusses ways to ensure fault tolerance and improve the reliability of electronic systems. Recommendations for diagnostics and repair of basic semiconductor devices are presented. The method of diagnostics of radio-electronic equipment using the device of localization of the faulty element is described. The advantages of using specified method are reflected.

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References

  1. Obidov J. G. O. About safety technique and issues of supplying electricity of the textile industry //ACADEMICIA: An International Multidisciplinary Research Journal. – 2020. – Т. 10. – №. 9. – С. 123-127.
  2. Obidov J. G., Ibrohimov J. M. Application and research of energy-saving lighting devices in engineering networks //ACADEMICIA: An International Multidisciplinary Research Journal. – 2021. – Т. 11. – №. 4. – С. 1370-1375.
  3. Khurshidjon, Y., Abdumalikovna, A. Z., Muminovna, U. G., & Mirzasharifovna, Q. G. (2020). The study of photoelectric and photographic characteristics of semiconductor photographic system ionisation type. ACADEMICIA: An International Multidisciplinary Research Journal, 10(5), 72-82.
  4. Kulichkov A.V. Switching power supplies for IBM PC. Moscow: DMK, 2000. - Series “Repair and maintenance”. Release 22.
  5. Reliability and efficiency in engineering: a reference book: in 10 t. /ed. council headed by V.S. Avduevsky (pres.) [and others] V.1: Methodology. Organization. Terminology / ed. A.I. Rembeza. – M.: Mashinostroenie, 1989. 224 p.
  6. Pisetskiy, Y. V., Dusmatov, S. S., & Olimova, O. S. (2018). ADVANTAGES AND PECULIARITIES OF USING FIBER-OPTIC COMMUNICATION LINES. Scientific-technical journal, 1(2), 165-168.
  7. Fundamentals of reliability of digital systems: assistant / ed. V.S. Kharchenko, V.Ya. Zhikhareva. - Kharkiv, 2004. - 572 p. Fault-tolerant computing systems / V.A. Borodin [and others]. - M., 1990. - S. 55
  8. Мамадалиева, Л. К. (2020). Анализ и выбор монохроматоров для фототермогенератора селективного излучения. Universum: технические науки, (6-1 (75)), 74-77.
  9. Mamadalieva, L. K. (2019). Development of photothermoelectric converters and research of their design and operational features. Euroasian Journal of Semiconductors Science and Engineering, 1(6), 3.
  10. Kamildjonovna, M. L., Qizi, J. N. D., & Nimatovna, S. D. (2019). Modern approaches to the management of energy resources of the industrial enterprises. Вестник науки и образования, (11-3 (65)), 6-8.
  11. Mamadalieva, L. K., & Saydaliyeva, D. N. (2019). Modern approaches to the management of energy resources of the industrial enterprises. Вестник науки и образования, (11-3), 6-8.
  12. Мамадалиева, Л. К., & Рахматшоев, И. Н. (2019). Расчет кинетических коэффициентов при наличии разных типов носителей заряда полупроводниковых пленочных термоэлементах. Приоритетные направления научных исследований, 80-84.
  13. Okhunov, D., Okhunov, M., & Akbarova, M. (2019). Method of calculation of system reliability on the basis of construction of the logical function of the system. In E3S Web of Conferences (Vol. 139, p. 01033). EDP Sciences.
  14. Охунов, Д. М., & Охунов, М. Х. (2018). РАЗРАБОТКА МОДЕЛИ ВЫБОРА АВТОМАТИЗИРУЕМЫХ ОБЪЕКТОВ ДЛЯ РЕАЛИЗАЦИИ ПРОЦЕССОВ УПРАВЛЕНИЯ РАБОТАМИ ПО СОЗДАНИЮ И РАЗВИТИЮ ИНФОРМАЦИОННЫХ СИСТЕМ. САПР и моделирование в современной электронике, 147-150.
  15. Охунов, Д. М., Охунов, М. Х., & Акбарова, М. У. (2019). ОБЩАЯ МЕТОДОЛОГИЯ ОЦЕНКИ И ВЫБОРА КОМПОНЕНТОВ АВТОМАТИЗИРОВАННЫХ СИСТЕМ. САПР и моделирование в современной электронике, 54-58.
  16. Okhunov, D., Semenov, S., Gulyamov, S., Okhunova, D., & Okhunov, M. (2021). Tools to Support the Development and Promotion of Innovative Projects. In SHS Web of Conferences (Vol. 100). EDP Sciences.
  17. Охунов, Д. М., & Охунов, М. Х. (2019). МЕТОД РАСЧЕТА НАДЕЖНОСТИ СИСТЕМ НА БАЗЕ ПОСТРОЕНИЯ ЛОГИЧЕСКОЙ ФУНКЦИИ СИСТЕМЫ. In Методические вопросы исследования надежности больших систем энергетики (pp. 311-315).
  18. Охунов, М. Х. (1982). Обоснование методов SAPS и предиктор-корректор и их приложение в механике гетерогенных сред.
  19. Okhunov, M., & Minamatov, Y. (2021). Application of Innovative Projects in Information Systems. European Journal of Life Safety and Stability (2660-9630), 11, 167-168.
  20. Минаматов, Ю. (2021). УМНЫЕ УСТРОЙСТВА И ПРОЦЕССЫ В ИХ ПРАКТИЧЕСКОЙ ЭКСПЛУАТАЦИИ. Eurasian Journal of Academic Research, 1(9), 875-879.
  21. Mamadalieva, L. K., & Minamatov, Y. E. (2021). High Efficiency of a Photoelectric Converter in a Combined Design with a Thermoelectric Converter. Middle European Scientific Bulletin, 19, 178-186.
  22. Kamiljanovna, M. L. (2021). Analysis of the Results of the Study of the Thermoelectric Part of the Source Sensor. Middle European Scientific Bulletin, 19, 191-196.
  23. Avazjon o‘g‘li, V. D., & Esonali o‘g‘li, M. Y. (2022). Use and Importance of Three-Dimensional Images in Fields. Journal of Ethics and Diversity in International Communication, 2(2), 1-4.
  24. G‘ofurovich, T. X. A., & Esonali o‘g‘li, M. Y. (2022). Computer Using Dynamic System Modelling Environments. Journal of Ethics and Diversity in International Communication, 2(2), 9-13.
  25. Kamiljanovna, M. L., & Gofurovich, T. A. (2021). Technology for Manufacturing Working Substances for Thermoelements Branches and Determination of their Thermoelectric Characteristics. Middle European