THE PRINCIPLES OF THE SYNCHRONIZATION AND CONTROL SYSTEM FOR MULTIPLE SECTIONS HYDROACOUSTIC ANTENNA BASED ON FIBER OPTIC TRANSMISSION SYSTEMS
Abstract
Presents the main results of the development of principles of construction and structure of the synchronization and control system for multiple sections hydroacoustic antenna based on the
digital fibre-optic transmission systems (FOTS). The system solves the problem of mutual synchronization of procedures for the sampling and analog-to-digital conversion of hydroacoustic signals in the sections of the antenna while minimizing distortion of the output signal of the antenna due to phase misalignments and jitter in pulse sampling ADC sections as well as the task of monitoring the health sections for minimizing the time of switching on the reserve during the registration of accidents. Discusses the selection of data exchange Protocol by the FOTS, the structure of the digital line signal and method of line coding, provides a solution to this problem.
About the Authors
A. BuhinnickRussian Federation
A. Ivanov
Russian Federation
Yu. Stefanov
Russian Federation
P. Scherbaty
Russian Federation
References
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Review
For citations:
Buhinnick A., Ivanov A., Stefanov Yu., Scherbaty P. THE PRINCIPLES OF THE SYNCHRONIZATION AND CONTROL SYSTEM FOR MULTIPLE SECTIONS HYDROACOUSTIC ANTENNA BASED ON FIBER OPTIC TRANSMISSION SYSTEMS. Proceedings of Telecommunication Universities. 2016;2(3):74-78. (In Russ.)