Design of optical signal transmission system in quantum navigation and positioning system

Abstract

Abstract: Based on the working principle and process of quantum navigation and positioning system, its optical signal transmission system is designed. The characteristics and selection of key components in the system are analyzed. Under the given parameters and expected performance index, the implementation scheme of an optical signal transmission system is designed combined with the characteristics of the key components including optical antennas, two-dimensional turntables, coarse tracking detectors, fast mirrors, fine tracking detectors in the acquiring tracking pointing (ATP) system, and single photon detectors in the HOM interferometer. It lays a foundation for the establishment of the simulation platform of optical signal transmission system, implementation of hardware system and further improvement of positioning accuracy in quantum navigation and positioning system.

Key words: quantum navigation and positioning system, acquiring tracking and pointing system, coarse and fine tracking, optical communication, quantum optics

CLC Number:

WANG Hailun1, CONG Shuang1, SHANG Weiwei1, CHEN Ding2. Design of optical signal transmission system in quantum navigation and positioning system[J]. Chinese Journal of Quantum Electronics.

References

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