EQUIVALENTS OF THE PASSIVE EIGHT-EARTH POLAR WITH THREE INPUT AND FIVE OUTPUT CONCLUSIONS
https://doi.org/10.30724/1998-9903-2018-20-9-10-109-119
Abstract
Eight-poles of various designs, including an eight-terminal network with three input and five output terminals, are needed to replace some power objects. Especially when only the input and output characteristics of electrical energy are of interest. The paper presents the eightterminal network equations with three input and five output terminals, establishing a connection between these characteristics. Equations of the A-form establish a connection between the input and output voltages and currents; the B-form equations establish a connection between the output and input voltages and currents; G-form equations establish a connection between the input current, output voltages and output voltage, output currents; H-form equations establish the relationship between the input voltage, output currents and output current, output voltages; the Yform equations establish a connection between the input and output currents and the input and output voltages; The Z-form equations establish the relationship between the input and output voltages and the input and output currents. When implementing these equations, attention should be paid to the difference in the directions of the currents in each individual case.
About the Author
G. A. Bolshanyn
Bratsk State University
Russian Federation
PhD (techn) Sci, professor, Department of Electrical Power Engineering and Electrical Engineering
Russian Federation
PhD (techn) Sci, professor, Department of Electrical Power Engineering and Electrical Engineering
References
1. Voronov R.A. The general theory of four-ports and multipoles. M.-L .: Gosenergoizdat, 1951, 192 p.
2. Zeveke G.V. Multipolar network. Moscow: MEI, 1971, 23 p.
3. Popov N.M., Olin D.M., Kirilin A.A. The method of signal transmission over rural distribution networks 0.38 kV. Bulletin of KrasAA. 2017. No. 2. Pp. 88-97.
4. Barabanov E.A., Maltseva I.S., Barabanov I.O. Algorithm for parallel processing of data in optical networks // Scientific Bulletin of the NSTU. 2004. Т.56, №3. P. 88-95.
5. Salimonenko D.A. Application of linear programming methods for determining the parameters of electrical circuits Part 1.// Herald of the Bashkir University. 2015. T.20, No. 4. P. 1155-1163.
6. Kulikov A.L., Lukicheva I.A. Determine the fault location of the power line by the instantaneous values of the alarm events. //Bulletin of ISEU. 2016. Issue 5. Pp. 16–21.
7. Kitaev A.V., Agbomatsu V.L., Glukhova V.I. Schemes of replacement of electric motors of an alternating current. //Electrical and Computer Systems. 2013. No. 11 (87). Pp. 59–65.
8. Belikov Yu.S. Multipole network as a model of electrical systems. Part 2. M.:NTF Energoprogress, 2013. 92. p.
9. Fedotov Yu.B., Nesterov S.A., Mustafa G.M. Increasing the effectiveness of simulation programs for power electronics devices. // Apriori. Series: natural and technical sciences. 2015. No. 6. Pp. 1–14.
10. Tlustenko S.F., Koptev A.N. Development and research of methodology of information support of technological systems of aggregate-assembly production of aircraft. // Proceedings of the Samara Scientific Center of RAS. 2015. T.17, No. 6 (2). Pp. 491–497.
11. Design methodology and perspective design of noise reduction means for ship pipelines. /A.N. Kryukov, E.V. Shakhmatov, V.N. Samsonov, A.N. Druzhin. // Fundamental and applied hydrophysics. 2014. T.7, №3. P. 67–79.
12. Levitskiy Zhorzh G., Imanov Zhenis Zh., Nurgaliyeva Assel D. Quasianalog transformation of Compound Ventilating Network.// European Researcher. 2013. Vol(40), №2-1. Pp. 259–267.
13. Bolshanin G.A. The eight-poles. Part 1. Bratsk: FGBOU V BrSU, 2018. 214 p.
Review
For citations:
Bolshanyn G.A. EQUIVALENTS OF THE PASSIVE EIGHT-EARTH POLAR WITH THREE INPUT AND FIVE OUTPUT CONCLUSIONS. Power engineering: research, equipment, technology. 2018;20(9-10):109-119. (In Russ.) https://doi.org/10.30724/1998-9903-2018-20-9-10-109-119
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