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Conferences > OPJ > 2018 > PS > 31pPJ16

Experimental research of vibration compensation based on a fiber–coupling optical communication system using FFT

Li Mengnan, Zeng Zhuoying, and Li Kangning

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Abstract

A real-time vibration compensation control system based on fiber-coupling is demonstrated. The system compensates the dominant frequency of vibration spectrum. Using Fast Fourier Transform (FFT) to control the fast-steering-mirrors (FSM) to maintain the coupling efficiency, the coupled optical power after compensation continues to be effective until the laser source frequency reach 80Hz with good stability.

© 2018 Optical Society of Japan

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