The Undisclosed Chapter of the Textbook on Electrical Engineering

Authors

  • Parfentiev Nikolay Andreevich All-Russian Research Institute for Optophysical Measurements (VNIIOFI)

DOI:

https://doi.org/10.18063/peee.v1i2.690

Keywords:

RLC circuit, resonance of current, resonance of voltage

Abstract

A special point was found in the frequency characteristics of the oscillatory circuit, which was not mentioned earlier in textbooks on electrical engineering and radio engineering. The module of complex resistance of the circuit does not depend on the value of the active resistance at a frequency less than  times that of the resonance. The material is of interest to all engineers and scientists specializing in electrical engineering. On its basis, new methods for measuring the parameters of electrical circuits can be developed. Physical interpretation of the phenomenon doesn't exist at the moment.

References

Parfentyev N. A., Parfentyeva E.N., Sevastyanov S. I. Pecularity of frequency characteristics of a parallel oscillatory contour. News of Higher Education Institutions. Electronics. No. 62014, page 110.

Parfentyev N. A. Invariant one model of a mechanical system with viscous friction. Electronic Journal Technical Acoustics 2014.

Parfentyev N. A., Parfentyeva N.A., Truchanov S. V.. On the singular point of the frequency characteristics of oscillatory systems. Natural and Technical Sciences, №9-10, 2014, с. 31.

Parfentyev N.A., Parfentyeva E.N., Krivolutsrfya N.V.. Amazing properties of a parallel electrical circuit. XIX International Scientific and Practical Conference. Russia St. Petersburg, 19-20. 02. 2016. page.11-15.

Parfentev N.A. New paradoxes the model of an RLC circuit. Science of Europe. N12. Vol.1, page 19-23.

Parfentev N.A. Paradoxes the model of an RLC circuit. Engineering Physics Volume 2, Issue 3, June 2017. Pages: 49-53.

Parfentev N.A., Parfentyeva N.A.. A singular point in the characteristics of the serial RLC circuit. Journal of Physics and Applications. Vol. 5, No. 6, 2017. pp.109-112.

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Published

2019-10-28

Issue

Vol 2, No 1 (Published)

Section

Articles

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