ResearcherID O-7510-2015    SCOPUS ID 6603288914

WORK ADDRESS
Penza State University
40 Krasnaya St., 440026 Penza
Phone: +7-8412-368217
E-mail: rtech@pnzgu.ru

ACADEMIC QUALIFICATION
1999 – Doctor of Engineering Sciences, specialty 05.11.01 - Instruments and measurement methods (electrical and magnetic quantities); topic: “Measuring transducers of multi-element two-pole electrical circuit parameters”
2001 – Professor at the Department of Radio Engineering
1986 – Candidate of Engineering Sciences, specialty 05.11.01 - Instruments and measurement methods (electrical and magnetic quantities)
1992 – Associate Professor

PRESENT POSITION
2005 – present - Head of the Department of Radio Engineering and Radio Electronic Systems, Penza State University
1975 – 2005 - Engineer, Senior Engineer, Junior and Senior Researcher, Assistant, Senior Lecturer, Associate Professor, Professor at the Department of Radio Engineering (since 2003 - the Department of Radio Engineering and Radio Electronic Systems), Penza State University

RESEARCH INTERESTS
• development and research of means for automated measurement of radio component parameters, sensors and electronic products;
• development of means for circuit simulation of electronic circuits

ACADEMIC AWARDS AND GRANTS
2014 – Honorary Worker of Higher Professional Education of the Russian Federation

TRAINING OF HIGHLY QUALIFIED PERSONNEL
2017 – Sapunov E.V. Dynamic parameters meters of operational amplifiers; 05.11.01 - Instruments and measurement methods (electrical and magnetic quantities)
2016 – Parshukov M.Yu. Hardware and software complex for measuring dynamic parameters of operational amplifiers, 05.11.01 - Instruments and measurement methods (electrical and magnetic quantities); 05.11.16 - Information-measuring and control systems (instrument engineering)
2015 – Mayorov A.V. Information-measuring system for measuring the loads acting on the pads of electric jacks of the launch complex; 05.11.16 - Information-measuring and control systems (instrument engineering)
2012 – Khanin I.V. Information-measuring system for monitoring mobile networks; 05.11.16 - Information-measuring and control systems (instrument engineering)
2011 – Kireev A.O. Information-measuring system for monitoring and analyzing energy consumption of wireless sensor systems; 05.11.16 - Information-measuring and control systems (instrument engineering)
2011 – Mishra Purajit. Formation and measurement of complex test signal parameters; 05.11.01 - Instruments and methods of measurement (electrical and magnetic quantities)
2010 – Solodimov I.A. Information-measuring system for measuring low pressures; 05.11.16 - Information-measuring and control systems (instrument engineering)
2008 – Ushenina I.V. Hardware and software complex for measuring parameters of electrical circuits; 05.11.01 - Instruments and measurement methods (electrical and magnetic quantities)

MEMBERSHIP IN EDITORIAL BOARDS OF JOURNALS
Member of the Editorial Board of the journal “University proceedings. Volga region. Technical sciences” ,
Member of the Editorial Board of the journal “Measuring. Monitoring. Management. Control”

TOTAL NUMBER OF PUBLICATIONS: over 200

MAIN PUBLICATIONS
1. Svetlov A.V. Design principles of transducers of multi-element two-pole electrical circuit parameters. Penza: Publishing House of Penza State University, 1999. 144 p. (Monograph).
2. Andreev A.N., Kazakov V.A., Svetlov A.V., Svetlov D.A. Calculating parameters of two-terminal networks from discrete readings of circuit output voltages. Izmeritel`naya Tekhnika, 1999. No. 8. P. 19 - 22.
3. Andreev, A.N.; Kazakov, V.A.; Svetlov, A.V.; Svetlov, D.A. Calculating parameters of two-terminal networks from discrete readings of circuit output voltages. Measurement Techniques, 1999, Vol. 42, 8, pp. 746-750.
4. Andreev A.N., Kazakov V.A., Svetlov A.V. A macromodel of an operational amplifier for modeling measurement circuits with pulsed signals. Izmeritel`naya Tekhnika,1999. No. 9. P. 26 - 29.
5. Andreev, A.N.; Kazakov, V.A.; Svetlov, A.V. A macromodel of an operational amplifier for modeling measurement circuits with pulsed signals. Measurement Techniques, 1999, Vol. 42, 9, pp. 858-863.
6. Kazakov V.A., Svetlov A.V. Modeling of dynamic operating modes of measuring transducers. Metrology, 2002. No. 11. P. 11 - 19.
7. Kazakov V.A., Svetlov A.V. Modelling measuring transducers of current consumption for active components installed on printed circuit boards. Izmeritel`naya Tekhnika, 2004. No. 9. P. 57 - 59.
8. Kazakov, V.A.; Svetlov, A.V. Modelling measuring transducers of current consumption for active components installed on printed circuit boards. Measurement Techniques, 2004, Vol. 47, 9, pp. 932-935.
9. Kazakov V.A., Svetlov A.V. Investigation of measuring devices for active element parameters using circuit simulation. Sensors & Systems, 2005. No. 5. P. 33 - 35.
10. Svetlov A.V., Ushenina I.V. Hardware and software complex for electric circuit parameter estimation. University proceedings. Volga region. Technical sciences, 2008. No. 1. P. 81 - 89.
11. Parshukov M.Yu., Svetlov A.V., Khanin I.V., Mishra P. Principles of hardware-software complexes construction for pulse signal parameters development and measurement. University proceedings. Volga region. Technical sciences, 2009. No. 3. P. 102 - 112.
12. Kireev A.O., Svetlov A.V. Monitoring and analysis of standalone micropower systems energy modes. University proceedings. Volga region. Technical sciences, 2010. No. 3. P. 92 - 102.
13. Kireev A.O., Svetlov A.V. Distributed system of energy monitoring for wireless sensor networks. IZVESTIYA SFedU. ENGINEERING SCIENCES, 2011. No. 5 (118). P. 60 - 65.
14. Svetlov A.V., Tchaikovsky V.S. Methods for determining probability of noise amplitude in operational amplifiers. University proceedings. Volga region. Technical sciences, 2011. No. 3. P. 105 - 114.
15. Parshukov M. Yu., Svetlov A. V., Komarov V. V., Sapunov E. V. Method of measuring unity gain frequency of operational amplifiers. University proceedings. Volga region. Technical sciences, 2014. No. 2. P. 41 - 51.
16. Svetlov, A.V., Sapunov, E.V. Processing the results of measurements of operational amplifier parameters. 2015 International Siberian Conference on Control and Communications, SIBCON 2015 – Proceedings, Omsk.
17. Ishkov A.S., Svetlov A.V., Solodimova G.A. Measuring and control system for tests on pulsed burn-in of radio-electronic components. Instruments and Experimental Techniques, 2016. No. 3. P. 157-158.
18. Ishkov A.S., Knyazkov A.V., Rodionova N.V., Sapunov E.V., Svetlov A.V. Measurement of the amplitude ratio and voltage phase difference when determining frequency parameters of operational amplifiers. University proceedings. Volga region. Technical sciences, 2016. No. 4 (40). P. 83 - 93.
19. Artamonov D.V., Knyazkov A.V., Parshukov M.Yu., Sapunov E.V., Svetlov A.V. Monitoring of frequency parameters of operational amplifiers when operating in non-stationary thermal modes. Measuring. Monitoring. Management. Control, 2017. No. 4 (22). P. 37–43.
20. Ishkov A.S., Svetlov A.V., Solodimova G.A., Torgashin S.I. Monitoring the technical state of resistive potentiometers using scanning electron microscopy. Measuring. Monitoring. Management. Control, 2017. No. 4 (22). P. 77–83.