Signal processing of the optical fiber impulse sensor acceleration

Abstract

Introduction. Feature of the pulsed fiber-optic sensor is a mutual influence of the components of the acceleration vector measured. When processing the signals of the pulse sensor should provide adequate correction value counts for correct measurement results. Main part. It consists of four sections. The first section outlines the method of determining the undistorted values of horizontal components of the acceleration vector acting on the sensor, in the absence of the vertical component of the acceleration vector. The second section outlines the method of determining the undistorted value of vertical component of the acceleration vector. Based on the results obtained in the first two chapters, the third chapter described a method of determining undistorted measured quantities of all components of the acceleration vector. In the fourth chapter provides a quantitative assessment of the effectiveness of the proposed information processing in the case of precision measurements of acceleration. Conclusions. It is pointed to the principal possibility of determining the undistorted values of samples of the vector acceleration components along all axes of sensitivity of the pulse sensor. The method of determination is proposed and a general algorithm is formulated for measuring randomly oriented components of the acceleration vector. It is evaluated the efficiency of correction of pulse sensor signals for example acceler-ometer of micro-accelerations.

Authors and Affiliations

P. Demjanenko, Yu. Zinkovskiy

Keywords

Related Articles

Simulation of the normalized signal distortion monochromatic microwave generators

We consider the disadvantages of monochromatic generators for microwave resonance therapy mm range, the main of which is a narrow frequency range. Proposed method for extending the operating frequency range normalized by...

Investigation the electrical properties of copper films for integrated circuits

A comprehensive investigation of the microstructure, electrical and mechanical parameters of copper films obtained thermionic application (TIA) on the glass-ceramic substrate and polycore. The studied parameters were com...

Frequency modulated signal generation

Compound frequency modulated signal generation process with simple integrated direct digital synthesis microcircuit is presented starting DDS microcircuit choice, time and modulation characteristics analysis, interface u...

Modifikation of iteration algorithm for computing the surface conductivities increments solving the inverse problem of electrical impedance tomography

Introduction. The replacement algorithms of regularization iterative procedure by A. Tykhonov with iterative procedure with logarithmic step and not iterative calculation of inverse matrix are proposed. The matrix is bas...

Mathematical model of digital optoelectronic spectrum analyzer

Background. Digital optoelectronic spectrum analyzer (DOSA) used for spatial-frequency analysis of two-dimensional signals occupies a significant place among optical information processing systems. Diaphragms and the pho...

Download PDF file
  • EP ID EP308784
  • DOI 10.20535/RADAP.2015.63.33-45
  • Views 42
  • Downloads 0

How To Cite

P. Demjanenko, Yu. Zinkovskiy (2015). Signal processing of the optical fiber impulse sensor acceleration. Вісник НТУУ КПІ. Серія Радіотехніка, Радіоапаратобудування, 0(63), 33-45. https://europub.co.uk/articles/-A-308784