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Alimxodjayev, K., Pirmatov, N., & Ziyoxo‘jayev, T. (2018). Elektr mashinalari. Tashkent: Fan va texnologiya Publ.
Baratov, R., Pirmatov, N., Panoev, A., & Chulliyev, Y. (2021). Achievement of electric energy savings through controlling frequency convertor in the operation process of asynchronous motors in textile enterprises. Proceedings of the IOP Conference.
Berdiyarovich, P., Xofizovich, A., & Baxtiyorovich, X. (2018). Topical conveyors are mathematical modelsof asynchronous motors. European Science Review.
Boikhanov, Z. (2022). Effect of changes in the active resistance of stator windings of an asynchronous electric motor on the output signal of a three-phase current converter. Chemical Technology. Control and Management, 1(103), 48-52.
Boixanov, Z. (2021, December). GES asinxron dvigatellarining nosimmetrik rejimlari [Symmetric modes of HPP asynchronous motors]. O‘zbekgidroenergetika – Uzbek Hydropower(2), 27-28.
Boixanov, Z. (2022). Boshqariluvchan chiqish kuchlanishli tok o‘zgartkichlarining dinamik tavsi- flari [Dynamic characteristics of current converters with controlled output voltage]. Science and Innovative Development(2). doi:10.36522/21819
Boixonov, Z. (2021). Elektr ta’minoti tizimida reaktiv quvvat manbalari parametrlari [Parameters of reactive power sources in the power supply system]. Machine Building, 3(4), 49-53.
Boykhonov, Z., & Makhsudov, M. (2018). Issledovaniye elektromagnitnykh preobrazovateley toka v napryazheniye [Research of electromagnetic current-to-voltage converters]. Bulletin of Science and Practice, 3(4), 150-154.
Brindley, K. (1991). Measuring transducers. (E. Sycheva, trans.) Moscow: Energoatomizdat Publ.
Bаrаtоv, R., Pirmаtоv, N., Pаnоev, А., Ruziyev, S., & Mustаfоqulоv, А. (2021). Аchievement оf electric energy sаvings thrоugh cоntrоlling frequency cоnvertоr in the оperаtiоn prоcess оf аsynchrоnоus mоtоrs in textile enterprises. Proceedings of the IОP Cоnference. Series: Mаteriаls Science аnd Engineeringthis link is disаbled, 1030 (1), стр. 012161.
Dzhikaev, G. (2004). Measuring converters of high alternating currents in the electric power industry. PhD thesis, Ulyanovsk.
Mаtqоsimоv, M., & Muhаmаdjоnоv, S. (2023). Using the аsynchrоnоus mоtоr in generаtоr mоde in smаll-cаpаcity hydrоelectric pоwer plаnts. Proceedings of the Internаtiоnаl Cоnference оn Electricаl Engineering & Cоmputing Cоnvergence аnd Аpplicаtiоns.
Pirmatov, N., & Panoev, A. (2020). Frequency control of asynchronous motors of looms of textile enterprises. Proceedings of the E3S Web of Conferences.
Pirmatov, N., Mahamadjonov, S., & Matkosimov, M. (2023). Use of asynchronous motor in generator mode at small power hydroelectric power stations. O‘zbekgidroenergetika – Uzbek hydropower, 1(17).
Pirmatov, N., Mahamadjonov, S., & Matkosimov, M. Importance of mini hydroelectric power stations in the use of small potential water energy.
Pirmаtоv, N., & Pаnоev, А. (2020). Frequency cоntrоl оf аsynchrоnоus mоtоrs оf lооms оf textile enterprises. Proceedings of the E3S Web оf Cоnferences, 216, р. 01120.
Siddikov, I., Malikov, A., Makhsudov, M., Boikhanov, Z., & Uzaqov, R. (2022). Study of the static characteristics of the secondary stator voltage converter of the currents of an induction motor. Proceedings of the AIP Conference, 2432, р. 020003. doi:10.1063/5.0089681
Slezhanovskiy, O., Datskovskiy, L., Kuznetsov, I., Lebedov, Y., & Tarasenko, L. (2015). Sistemy podchinennogo regulirovaniya elektroprivoda peremennogo toka s ventil’nymi [Subordinate control systems for AC electric drives with valves]. Moscow: Energoatomizdat.
Sokolov, M., & et al. (1967). Elektromagnitnyye perekhodnyye protsessy v asinkhronnom elektroprivode [Electromagnetic transient processes in an asynchronous electric drive]. Energiya Publ.
Sokolov, M., Petrov, L., Masandilov, L., & Ladenzon, V. (2017). Elektromagnitnyye perekhodnyye protsessy v asinkhronnom elektroprivode [Electromagnetic transient processes in an asynchronous electric drive]. Moscow: Energy Publ.
Sаlimоv, J., & Pirmаtоv, N. (2011). Elektr mаshinаlаr. Tаshkent.
Toirov, O., Alimkhodjaev, K., Pirmatov, N., & Kholbutaeva, A. (2020). Mathematical model to take into account the influence of saturation of the magnetic circuit on the starting characteristics of a synchronous motor. Proceedings of the E3S Web of Conferences.
Trzynadlowski, A. (2000). Control of induction motors (1st ed.).
Zavgorodniy, V., Chuchman, Y., & Voloshansky, E. (1985). RF Patent № 1182605.