ACADEMIC RESEARCH IN EDUCATIONAL SCIENCES
VOLUME 2 | ISSUE 4 | 2021
ISSN: 2181-1385
Scientific Journal Impact Factor (SJIF) 2021: 5.723
Academic Research, Uzbekistan 1040 www.ares.uz
6. Corbin M.J. Multisim: An object-based distributed framework for mission simula-
tion / M.J. Corbin, G.F. Butler // Simulation Practice and Theory – 15 January 1996,
Vol. 3. – Issue 6. – P. 383-399
7. Xerniter Mark E. Elektronnoe modelirovanie v Multisim / M.E. Xerniter. – M.:
DMK Press, 2010. – 501 s
8. Programma sxemotexnicheskogo modelirovaniya Multisim [Elektronnыy resurs].–
URL:http://ikit.edu.sfukras.ru /CP_Electronics/pages/soft/Multisim/manual.pdf (data
obraщeniya: 01.07.2017)
9. Эшниёзов У.А. Масофавий таьлим шаклида “Элeктротехника”фанидан
“яримўтказгичли тўғрилагичлар” мавзусини “Swot”мeтоди ёрдамида, ўқитишда
инновацион ёндашувлар. Academic Research in Educational Sciences (ARES),
1(4), 713-722, 2020
10. I.G. Tursunov, U.A .Eshniyozov, S.A. Durdiyeva
“Turli muhitlarda elektr toki”
mavzusini о'qitishdagi
innovatsiyalar
. Academic Research
in Educational Sciences
(ARES), v.2, issue.2, pp.513-523, 2021
11. I.G.Tursunov. Investigations of the deep-level parameters in semiconductors.
Ukrainian Journal of Physics, vol.62, №12, pp.1041-1043, 2017
12. S.Z. Zainabidinov, A. Abduraimov, O.O. Mamatkarimov, I.G. Tursunov, R. Kh.
Khamidov.
Deformation Methods for Investigation of the Deep Level Parameters in
Semiconductors
. Turkish Journal of Physics
Turkish Journal of Physics, v.22, №3 pp.
193-197, 1998
