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Volume & Issue no: Volume 6, Issue 2, February 2017

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Title:
MATHEMATIC MODEL OF DIRECTION CONTROL SYSTEM OF OPTICAL RADIATION
Author Name:
Prof. T.M.Mansurov, Ass. Prof. I.A.Mamedov, Prof. A.O.Zenevich, Doct. Cand. Ch.P.Aliyev
Abstract:
ABSTRACT It is pointed out in the article that the technology and equipment for optical transport networks is created and enhanced with rapid perfections today, however there are no scientifically substantiated and generally accepted methods of designing a mathematical model of control system of directing optical radiation. Therefore the development of the mathematical model of the optical system is of a great actuality. It has been shown that the quality characteristics of the displacement mechanism such as evenness step and moving force largely depends on the dynamic stability of the working body during operation in the oscillatory mode. Therefore, based on our analysis of known scientific works it has been developed a mathematical model comprising the scientific basis of modeling techniques of the operating mode of the actuator of the direction control system of the optical radiation. It is indicated that with the application of this control system, the loss of switching and the input of radiation into the fiber optic cable is 0.1…1.0 dB, which is 40-45% less than in the well-known systems. In the developed mathematical model of the system at the steps value of the angular rotation of the rotor from 4.0mm to 0.2mm, the rotors steering precision in the stepping mode constitutes 1.4…2.1 microns. Keywords: actuator, a piezoelectric element, a control system, moving, mathematical model, optical radiation, loss, input of radiation.
Cite this article:
Prof. T.M.Mansurov, Ass. Prof. I.A.Mamedov, Prof. A.O.Zenevich, Doct. Cand. Ch.P.Aliyev , " MATHEMATIC MODEL OF DIRECTION CONTROL SYSTEM OF OPTICAL RADIATION" , International Journal of Application or Innovation in Engineering & Management (IJAIEM) , Volume 6, Issue 2, February 2017 , pp. 020-025 , ISSN 2319 - 4847.
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