ВЛИЯНИЕ КОММУТАЦИОННОГО СОПРОТИВЛЕНИЯ ВЫПРЯМИТЕЛЯ НА УСТОЙЧИВОСТЬ ГОРЕНИЯ ЭЛЕКТРИЧЕСКОЙ ДУГИ ТЕХНОЛОГИЧЕСКОГО МИКРОПЛАЗМОТРОНА

V.M. Spirin

No. 2 (2013), Conversion of Electric Energy Parameters

No. 2 (2013)

Conversion of Electric Energy Parameters

IMPACT RESISTANCE SWITCHING RECTIFIER RESISTANCE BURNING ARC OF TECHNOLOGY MICROPLASMA TORCH

Published 2013-03-14

V.M. Spirin⁺⁻

V.M. Spirin

Institute of Electrodynamics of the National Academy of Sciences of Ukraine, pr. Peremohy, 56, Kyiv, 03057, Ukraine

ARTICLE_6_PDF (Українська)

Keywords

rectifier
switching resistance
arc
combustion stability выпрямитель
коммутационное сопротивление
электрическая дуга
устойчивость горения

How to Cite

[1]

Спирин, В. 2013. IMPACT RESISTANCE SWITCHING RECTIFIER RESISTANCE BURNING ARC OF TECHNOLOGY MICROPLASMA TORCH. Tekhnichna Elektrodynamika. 2 (Mar. 2013), 043.

Abstract

Resistance switching three-phase bridge rectifier with RL load supplied from the power source is calculated. Based on the equivalent circuit of the rectifier for small deviations of the arc current condition stable combustion arc circuit current sourcе–three-phase bridge rectifier–inductance–operator arc resistance is defined. This condition is the same form as the criterion of Kaufman, but the function of the ballast resistance in this case is switching resistance. References 11, figures 7.

ARTICLE_6_PDF (Українська)

References

Bulgakov A.A. The new theory of rectifiers. – Moskva: Nauka, 1970. – 319 p. (Rus)

Volkov I.V., Gubarevich V.N., Chizhenko A.I., Spirin V.M. Charger with combined transformer reactor inductance-capacitance transducer // Tekhnіchna elektrodynamіka. Tematychnyi vypusk "Sylova elektronika ta enerhoefektyvnist". – 1998. –Vol. 2. – Pp. 82–85. (Rus)

Volkov I.V., Gubarevich V.N., Spirin V.M. The power supply on the basis of quasi-resonant inverter for turbine engine ignition systems // Tekhnіchna Elektrodynamіka. Tematychnyi vypusk "Problemy suchasnoi elektrotekhniky". − 2002. − Vol. 6. − Pp. 58–60. (Rus)

Volkov I.V., Gubarevich V.N., Spirin V.M. Stability of the system power source–the arc with a negative differential resistance // Tekhnіchna elektrodynamіka. − 1998. − № 4. − Pp. 43–45. (Rus)

Gubarevich V.N., Podolny S.V. Spirin V.M., Kaban V.P. Regulation of the output voltage of the inverter, single phase inverter system–inductive-capacitive transducer // Pratsi Instytutu Elektrodynamiky Natsionalnoi Academii Nauk Ukrainy. − 2010. − № 25. − Pp. 114–118. (Rus)

Caban V.P., Matveev V.N., Gubarevich V.N., Spirin V.M. The calculation of the basic parameters of the inductive-capacitive transducers with the nature of the load // Pratsi Instytutu Elektrodynamiky Natsionalnoi Academii Nauk Ukrainy. − 2008. − № 21. − Pp.118–121. (Rus)

Kaban V.P., Matveev V.N., Gubarevich V.N., Spirin V.M. Comparative analysis of the simplest schemes inductive-capacitive transducers installed capacity by reactive elements // Pratsi Instytutu Elektrodynamiky Natsionalnoi Academii Nauk Ukrainy. − 2009. − № 24. – Pp. 94–99. (Rus)

Posse A.V. Rectifier equivalent replacement generator for the calculation of transient // Energetika I transport. − 1965. − № 4. − Pp. 19–34. (Rus)

Sidorets V.N. A generalized model of an electric arc and its applications / Thesis. for the degree of PhD. tech. Sciences: 05.09.05. − Kyiv, 1991. − 223 p. (Rus)

Chemodanov B.K. Mathematical foundations of the theory of automatic control. Vol. 2. − Moskva: Vysshaia Shkola, 1977. − 517 p. (Rus)

Smith I.R., Nisar PA. Rectifier operation with a constant current source // Intern J. of Elect. Eng. Education. − 1972. − Vol. 10. − № 1. − Pp. 58–63.