Textbooks, training manuals
Kvitka S.O. Power electronic devices in control systems: a textbook for applicants for higher education / S.O. Kvitka. – Melitopol: Publishing and Printing Center “Lux”, 2021. 180 p.
Vovk O.Yu. Electrical engineering: Study guide for applicants for higher education for a «Bachelor’s» degree in specialty 141 “Electricity, electrical engineering and electromechanics” / O.Yu. Vovk, TSATU – Melitopol: PPC “Lux”, 2021. 203 p.
Popova I.O., Kurashkin S.F., Vovk O.Yu., Popriadukhin V.S. Theoretical foundations of electrical engineering, part 3: a textbook for applicants for higher education degrees of higher education institutions. Melitopol: Publishing and Printing Center “Lux”, 2020. 221 p.
Electronics and microcircuitry: textbook / Kvitka S.O. – Melitopol: Publishing and Printing Center “Lux”, 2019. 223 p.
General Electrical Engineering: a textbook for applicants for higher education of higher educational institutions, which studying in the field of training “Processes, machines and equipment of agro-industrial production” / V.V. Ovcharov, O.Yu. Vovk. – Melitopol: Publishing and Printing Center “Lux”, 2018. – 310 p.
Nesterchuk D.M. Fundamentals of metrology and measuring instruments: a textbook / D.M. Nesterchuk, S.O. Kvitka, S.V. Halko. – Melitopol: “Tavria State Agrotechnological University, 2017. 255 p.
Nesterchuk D.M. Methods and means of measuring electrical and non-electrical quantities: a textbook / D.M. Nesterchuk, S.O. Kvitka, S.V. Halko – Melitopol: “Tavria State Agrotechnological University, 2017. 206 p.
V.F. Yakovlev, R.V. Kushlik, S.O. Kvitka, Yu.M. Kutsenko. Design of systems for electrification of technological processes at enterprises of AIC. Electric lighting systems: a textbook / Under the general Editorship of Professor Yakovlev V.F. – Melitopol, 2010.-106 p.
Designing systems for electrification of technological processes at enterprises of of AIC. General design issues: a textbook / V.F. Yakovlev, Y.M. Kutsenko, S.O. Kvitka, Y.O. Bohatyrov;
Under the general Editorship of Professor Yakovlev V.F. – Melitopol, 2010. – 117 p.
Kvitka S.O., Yakovlev V.F., Nikitina O.V. Electronics and microcircuitry: a textbook / Edited by Professor V.F. Yakovlev – K.: Agrarian Education, 2010. 329 p.
Electronics and microcircuitry: a textbook / Kvitka S.O., Yakovlev V.F., Nikitina O.V.; edited by Professor Yakovlev V.F. – Sumy: “Sumy National Agrarian University, 2012. -285 p.
Electric machines and apparatus: a textbook / Yu.M. Kutsenko, V.F. Yakovlev et al. – K.: Agrarian Education, 2013. – 449 р.
Nazarian H.N., Fediushko Yu.M., Sotnyk O.V., Kovalov O.V. Technical characteristics and quality indicators of electric motors. Reference manual. – X: LLC «Planeta-Print», 2016. -201 p.
Nazarian H.N. Electric machines: Academic edition for Universities. – Melitopol, Lux, 2011. – 827 p., ill.
Ovcharov V.V., Bezmennikova L.M. Theoretical foundations of Electrical Engineering, part 1. 2011. 276 p.
Ovcharov V.V., Bezmennikova L.M. Theoretical foundations of Electrical Engineering, part 2. 2011. – 173 p.
Ovcharov V.V. Theoretical bases of Electrical Engineering 2007. – 389 p.
Ovcharov V.V. Theoretical bases of electrical engineering 2007. – 215 p.
Electric drive of agricultural machines, units and flow lines: Textbook / Ye.L. Zhulai, B.V. Zaitsev. Yu.M. Lavrinenko, O.S. Marchenko, D.H. Voitiuk; Edited by Ye.L. Zhulai – K.: Higher Education, 2001. 288 p.: ill.
Electronic textbooks and manuals
Electronics and Microcircuitry. Electronic manual / S.F. Kurashkin
Theoretical foundations of Electrical Engineering, part 3. Electronic manual. / S.F. Kurashkin, I.O. Popova
Electrical Engineering and Electromechanics. Electronic manual. / S.F. Kurashkin
Lecture notes
Kovalov O.V. Electric machines: a course of lectures. Melitopol : TSATU, 2020. 175 p.
Control and measuring instruments with the basics of metrology: lecture notes / D.M. Nesterchuk – Melitopol: Publishing and Printing Center “Lux”, 2020. 256 p.
Theoretical foundations of electrical engineering, part 3. Lecture notes for applicants for higher education for a qualification level «Bachelor» in specialty 141 “Electricity, electrical engineering and electromechanics” full-time / I.O. Popova – Melitopol: TSATU, 2019. – 138 p.
Apparatus of control and protection: a course of lectures / V.S. Popriadukhin – Melitopol: TSATU, 2019. – 190 p.
Electrical engineering, electronics and microprocessor technology: lecture notes / D.M. Nesterchuk. – Melitopol: Publishing and Printing Center “Lux”, 2019. 188 p.
Electronics and microcircuitry: a course of lectures / S.F. Kurashkin – Melitopol: TSATU, 2018. 146 p.
Workshops, study guides for laboratory and practical work
Postnikova M. V. Electric drive of production machines and mechanisms: a workshop. Melitopol : Lux, 2021. 185 p.
Nesterchuk D.M. Control and measuring instruments with the basics of metrology: a educational and methodical manuals for practical classes. Melitopol: Publishing and Printing Center “Lux”, 2021. 170 p.
Kvitka S.O., Kovalov O.V., Nesterchuk D.M., Vovk O.Yu. Laboratory workshop on the discipline “Practical engineering training”. Melitopol: Publishing and Printing Center “Lux”, 2021. 205 p.
Popova I.O. Theoretical foundations of electrical engineering, part 3. LABORATORY PRACTICUM for applicants for higher education for a qualification level «Bachelor» in specialty 141 “Electricity, electrical engineering and electromechanics” full-time. Melitopol: TSATU, 2021. 162 p.
Mykhailenko O., Vershkov O., Halko S., Maliuta S., Lezhenkin O. Structural, kinematic and power research of the lever mechanism: a manual-workshop. – Melitopol: Publishing and Printing Center “Lux”, 2020. – 118 p.
Kvitka S.O., Kovalov O.V. Electric machines: asynchronous and synchronous machines: laboratory workshop. Melitopol: Publishing and Printing Center “Lux”, 2020. 189 p.
Postnikova M.V., Kvitka S.O., Nesterchuk D.M. Basics of electric drive: a workshop, part 1. Melitopol: Lux, 2020. 259 p.
Kvitka S.O. Fundamentals of electric drive: laboratory workshop, Part 1 / S.O. Kvitka, M.V. Postnikova, O.M. Rechyna. – Melitopol: Publishing and Printing Center “Lux”, 2020. 165 p.
Electrical machines: DC machines and transformers. Textbook for laboratory work / S.O. Kvitka, S.V. Halko, O.V. Kovalov – Melitopol: Publishing and Printing Center “Lux”, 2019. 167 p.
Workshop on the discipline “Control and measuring instruments with the basics of metrology”: a textbook / D.M. Nesterchuk, M.V. Postnikova. – Melitopol: Publishing and Printing Center “Lux”, 2019. – 100 p.
Theoretical foundations of electrical engineering, part 3: a textbook for laboratory work / I.O. Popova, S.F. Kurashkin, O.Yu. Vovk, V.S. Popriadukhin. – Melitopol: Publishing and Printing Center “Lux”, 2018. 245 p.
Kvitka S.O. Electronics and microcircuitry: a textbook for laboratory work / S.O. Kvitka, S.F. Kurashkin, O.V. Solomakha – Melitopol: Publishing and Printing Center “Lux”, 2018. 184 p.
Nesterchuk D.M. Control and measuring devices with the basics of metrology: a textbook for laboratory work / D.M. Nesterchuk, S.O. Kvitka, S.V. Halko – Melitopol: Publishing and Printing Center “Lux”, 2018. 172 p.
Kvitka S.O. Electronics and microcircuitry: a manual for laboratory and practical classes / S.O. Kvitka, Yu.M. Fediushko, N.H. Kosulina, S.O. Moroz; KhNTUA. – Kh.: IE Mezina V. V., 2017.-244 p.
Presentations
Presentations of lectures in the discipline “Control and measuring devices with the basics of metrology”
Presentations of lectures in the discipline “Electrical engineering, electronics and microprocessor technology”
Methodical instructions for laboratory work
Theoretical foundations of electrical engineering, part 3. Workbook for laboratory classes for students of the educational qualification level “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time / I.O. Popova – Melitopol: TSATU, 2020. 49 p.
Electronics and microcircuitry. Methodical instructions for laboratory work for applicants for a higher education degree in specialty 141 “Electricity, electrical engineering and electromechanics” / Kurashkin S.F., Kvitka S.O. – Melitopol: TSATU, 2020. 61 p.
Kvitka S.O., Postnikova M.V., Rechyna O.M. Fundamentals of electric drive: Methodical instructions for the laboratory work “Study of electromechanical and mechanical characteristics of an induction motor with a phase rotor” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 32 p.
Kvitka S.O. Fundamentals of electric drive: Methodical instructions for the laboratory work “Study of mechanical and electromechanical characteristics of a DC motor of parallel (independent) excitation” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”/ S.O. Kvitka, M.V. Postnikova, O.M. Rechyna. – Melitopol: TSATU, 2020. – 32 p.
Kvitka S.O. Fundamentals of electric drive: Methodical instructions for the laboratory work “Study of mechanical and electromechanical characteristics of a three-phase asynchronous motor with a squirrel-cage rotor” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” / S.O. Kvitka, M.V. Postnikova, O.M. Rechyna. – Melitopol: TSATU, 2020. – 36 p.
Kvitka S.O. Fundamentals of electric drive: Methodical instructions for the laboratory work “Research of methods of speed control of electric drives with DC motors of independent (parallel) excitation by changing the motor parameters” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” / S.O. Kvitka, M.V. Postnikova, O.M. Rechyna. – Melitopol: TSATU, 2020. 25 p.
Kvitka S.O. Fundamentals of electric drive: Methodical instructions for the laboratory work “Regulation of the speed of asynchronous motors by changing the current frequency” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”/ S.O. Kvitka, M.V. Postnikova, O.M. Rechyna. – Melitopol: TSATU, 2020. 24 p.
Kvitka S.O. Fundamentals of electric drive: Methodical instructions for the laboratory work “Research of the method of speed control of an asynchronous motor by changing the number of pairs of poles” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” / S.O. Kvitka, M.V. Postnikova, O.M. Rechyna. – Melitopol: TSATU, 2020. 23 p.
Vovk O.Yu. Theoretical foundations of electrical engineering: Methodical instructions for laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time education on the basis of the Junior Specialist’s degree / O.Y. Vovk, I.O. Popova. – Melitopol: Publishing and Printing Center “Lux”, 2020. 169 p.
Vovk O.Yu. Theoretical foundations of electrical engineering, part 2: Methodical instructions for laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time education on the basis of complete general secondary education / O.Y. Vovk. – Melitopol:: Publishing and Printing Center “Lux”, 2020. – 193 p.
Vovk O.Yu. Electrical engineering: Methodical instructions for laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time education on the basis of complete general secondary education / O.Yu. Vovk. – Melitopol: Publishing and Printing Center “Lux”, 2020. – 101 p.
Vovk O.Yu. Theoretical foundations of electrical engineering, part 1: Methodical instructions for laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time education on the basis of complete general secondary education / O.Yu. Vovk: Publishing and Printing Center “Lux”, 2020. – 110 p.
Theoretical foundations of electrical engineering, part 3. Methodical instructions for laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time / I.O. Popova. – Melitopol: TSATU, 2019. – 102 p.
Theoretical foundations of electrical engineering, part 3. Workbook for laboratory classes for students of educational qualification level “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time / I.O. Popova. – Melitopol: TSATU, 2019. – 139 p.
Electronics and microcircuitry. Workbook for laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” / Kurashkin S.F. – Melitopol: TSATU, 2019. 64 p.
Nesterchuk D.M. Electrical engineering, electronics and microprocessor technology: methodical instructions for laboratory work / D.M. Nesterchuk, V.O. Vovk. – Melitopol: Publishing and Printing Center “Lux”, 2018. 189 p.
Methodical instructions for practical work
Postnikova M. V., Kvitka S. O. Fundamentals of electric drive: Methodical instructions for practical work “Energy saving when replacing an unregulated electric drive with an adjustable one with a three-speed electric motor” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 26 p.
Postnikova M. V., Kvitka S. O. Fundamentals of electric drive: Methodical instructions for practical work “Drawing up calculation diagrams of the mechanical part of the electric drive” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 23 p.
Postnikova M. V., Kvitka S. O. Fundamentals of electric drive: Methodical instructions for practical work “Calculation of energy indicators of a DC electric drive” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 22 p.
Postnikova M. V., Kvitka S. O. Fundamentals of electric drive: Methodical instructions for practical work “Calculation of energy indicators of an asynchronous motor with a squirrel-cage rotor” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 22 p.
Postnikova M. V., Kvitka S. O. Fundamentals of electric drive: Methodical instructions for practical work “Calculation of power and energy losses in electric drives with asynchronous motors with a phase rotor” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 18 p.
Postnikova M. V., Kvitka S. O. Fundamentals of electric drive: Methodical instructions for practical work “Calculation of the mechanical characteristics of an asynchronous motor with a squirrel-cage rotor under dynamic braking” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 32 p.
Postnikova M. V., Kvitka S. O. Fundamentals of electric drive: Methodical instructions for practical work “Energy saving during transients in AC electric drives” for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2020. 27 p.
Fundamentals of electric drive: Methodical instructions for practical work in the discipline “Fundamentals of electric drive” part 1 for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” / S.O. Kvitka, M.V. Postnikova, O.M. Rechyna. – Melitopol: TSATU, 2019. – 125 p.
Electrotechnological complexes and processes in the industry: Methodical instructions for practical work applicants for the higher education degree “Master” in specialty 141 “Electricity, electrical engineering and electromechanics”/ Yu.A. Stopin, S.A. Kvitka, V.B. Hulevskyi, N.P. Pierova. – Melitopol: TSATU, 2019. – 100 p.
Methodical instructions for independent work of students
Kurashkin S.F., Kvitka S.O. Electronics and microcircuitry. Methodical instructions for independent work of students for applicants for a higher education degree in the specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2021. 45 p.
Postnikova M. V. Fundamentals of electric drive, part 1. Methodical recommendations for the organization of independent work on practical work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2021. 90 p.
Postnikova M. V. Fundamentals of electric drive, part 1. Methodical recommendations for the organization of independent work on laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. Melitopol: TSATU, 2021. 64 p.
Kvitka S.O. Fundamentals of electric drive. Methodical recommendations for the organization of independent work on laboratory work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. – Melitopol, TSATU. – 88 p.
Kvitka S.O. Fundamentals of electric drive. Methodical recommendations for the organization of independent work on practical work for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics”. – Melitopol, TSATU. – 53 p.
Vovk O.Yu. Theoretical foundations of electrical engineering, part 1: Methodical instructions for independent work of students for applicants for the higher education degree “Bachelor” in specialty 141 “Electricity, electrical engineering and electromechanics” full-time education on the basis of complete general secondary education / O.Yu. Vovk: Publishing and Printing Center “Lux”, 2020. – 191 p.
Nesterchuk D.M. Control and measuring devices with the basics of metrology: methodical instructions for independent work of students / D.M. Nesterchuk. – Melitopol: Publishing and Printing Center “Lux”, 2020. – 108 p.