|Design and Control of One Precise Tracking Simulation Bed for Chinese 20/30 Meter Optic/Infrared Telescope|
|RenChangzhi; Lixiaoyan; SongXiaoli; Niuyong; Li Aihua; Zhang Zhenchao|
|Source Publication||Modern Technologies in Space- and Ground-based Telescopes and Instrumentation II|
|Conference Place||Amsterdam, Netherlands|
|Funding Organization||The International Society for Optical Engineering|
Direct drive technology is the key to solute future 30-m and larger telescope motion system to guarantee a very high tracking accuracy, in spite of unbalanced and sudden loads such as wind gusts and in spite of a structure that, because of its size, can not be infinitely stiff. However, this requires the design and realization of unusually large torque motor that the torque slew rate must be extremely steep too. A conventional torque motor design appears inadequate. This paper explores one redundant unit permanent magnet synchronous motor and its simulation bed for 30-m class telescope. Because its drive system is one high integrated electromechanical system, one complexly electromechanical design method is adopted to improve the efficiency, reliability and quality of the system during the design and manufacture circle. This paper discusses the design and control of the precise tracking simulation bed in detail.
|Keyword||30 Meter Telescope Precise Tracking Simulation Bed Direct Drive Redundant Unit Permanent Magnet Synchronous Motor (Rupmsm) Multiphase Vector Control|
|RenChangzhi,Lixiaoyan,SongXiaoli,et al. Design and Control of One Precise Tracking Simulation Bed for Chinese 20/30 Meter Optic/Infrared Telescope[C]:SPIE,2012:Vol.8450 5C-1-11.|
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|Design and Control o（676KB）||开放获取||CC BY-NC-ND||View Download|
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