16 - 21 June 2024
Yokohama, Japan
Conference 13100 > Paper 13100-192
Paper 13100-192

Analysis of factors affecting the mechanical and electrical integration performance of large telescope segmented motor

On demand | Presented live 19 June 2024

Abstract

With the breakthrough development of telescope aperture, the structural weight of telescopes has significantly increased. Adopting segmented torque motor direct drive is an inevitable trend for the development of large-aperture telescopes, and the performance of the motor used directly affects the pointing and tracking accuracy of the telescope. This article focuses on the analysis of factors affecting the integrated performance of segmented motors in large-aperture telescopes, covering four aspects: segmented motor integration technology, axis support technology, high-precision position sensing technology, and high-performance servo drive technology. By delving into these influencing factors, reliable technical support is provided for subsequent integrated design of segmented motor tracking frameworks and performance testing of electromechanical integration..

Presenter

Univ. of Chinese Academy of Sciences (China)
Associate Research Fellow, Nanjing Institute of Astronomy and Optics Technology, National Astronomical Observatory of China 2018.03- National Astronomical Observatory of China, associate researcher, Nanjing Institute of Astronomical and optical technology 2009.07-2008.02 National Astronomical Observatory of China, engineer, Nanjing Institute of Astronomical and optical technology Sponsored or participated in projects/projects of National Natural Science Foundation of China: National Natural Science Foundation of China, Youth Science Foundation project, 11703057, research on the effects of anisotropy and creep on the use of carbon fiber composites in large telescopes, 2008.01-2020.12,240000yuan,Conclusion, participation Enterprise commissioned/large and medium-sized enterprises commissioned, enterprise commissioned/large and medium-sized enterprises commissioned, E0A0161,64.974 million yuan,in research, participation Enterprise commissioned/large and medium enterprises commis
Application tracks: Radio Astronomy
Author
Fan Gao
Univ. of Chinese Academy of Sciences (China)
Presenter/Author
Univ. of Chinese Academy of Sciences (China)
Author
Univ. of Chinese Academy of Sciences (China)