Control System for Operating Modes of Fiber Lead Bending Formers

In order to monitor, measure or receive a signal via feedback, it is necessary to branch off a part of the output power of the emitter from the main transmission channel. This branch is used as a control signal intended to control the output power level of the emitter, as well as to separate or combine radiation flows. Based on the analysis, the shortcomings of existing works were identified and a control system for the operating modes of fiber optic bend formers was developed. This system allows for connecting one of the optical transmitting modules with a long wavelength and low attenuation of the fiber optic, extracting information by receiving a signal corresponding to the level of branched radiation, determining the locations and masses of the penetrating object depending on the intensity of the branched radiation and, via the feedback circuit, automatically adjusting the output power level of the emitter.

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Publication Details

Published
2024-11-13
DOI
https://doi.org/10.1109/tirved63561.2024.10769898
Primary Topic
Material Properties and Applications
Type
article
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article

Control System for Operating Modes of Fiber Lead Bending Formers

Maya Kerimova, Elnur Mansurov, S. L. Yablochnikov, Tofiq Mansurov et al.
Material Properties and Applications
article

Control System for Operating Modes of Fiber Lead Bending Formers

Maya Kerimova, Elnur Mansurov, S. L. Yablochnikov, Tofiq Mansurov, I. O. Yablochnikova
article en

Abstract

In order to monitor, measure or receive a signal via feedback, it is necessary to branch off a part of the output power of the emitter from the main transmission channel. This branch is used as a control signal intended to control the output power level of the emitter, as well as to separate or combine radiation flows. Based on the analysis, the shortcomings of existing works were identified and a control system for the operating modes of fiber optic bend formers was developed. This system allows for connecting one of the optical transmitting modules with a long wavelength and low attenuation of the fiber optic, extracting information by receiving a signal corresponding to the level of branched radiation, determining the locations and masses of the penetrating object depending on the intensity of the branched radiation and, via the feedback circuit, automatically adjusting the output power level of the emitter.

Plekhanov Russian University of Economics (RU), National University of Science and Technology (RU), Azerbaijan State Oil and Industry University (AZ), Azerbaijan Technical University (AZ), Moscow Technical University of Communication and Informatics (RU)
Affordable and clean energy
Openalex Percentile: Top 64%
Material Properties and Applications
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