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Alignment and tolerancing of a mirror relay system for a newly upgraded LGS system on Subaru Telescope

机译:屏幕望远镜新升级LGS系统的镜面继电器系统的对准和公差

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Subaru telescope is currently in the process of upgrading its laser guide star (LGS) system. The newest upgrade will have a TOPT1CA SodiumStar laser source (operates at ~22W and 589nm) which is then sent to a laser launch telescope (LLT) just behind the secondary mirror of the telescope. In order to send the laser light to the LLT, a system of 6 mirrors has been designed to relay the laser light. Since the distances between these mirrors are quite large (the largest is ~9m), it was necessary to model the system in order to determine the correct placement and proper alignment procedure of each of these mirrors. For simplicity, the complete mirror relay system (including parts of the LLT up to the beam expander lens) has been modeled as an 8 mirror system in order to complete a tolerance analysis. The results of this analysis suggest that alignment of the system should be possible to do with a simple pinhole alignment procedure.
机译:Subaru Telescope目前正在升级其激光导航星(LGS)系统的过程中。最新的升级将具有TOPT1CA SodiumStar激光源(在〜22W和589nm上运行),然后将其送到望远镜的二次镜子后面的激光发射望远镜(LLT)。为了将激光发送到LLT,设计了6个镜子的系统,用于继电激光。由于这些镜子之间的距离非常大(最大的是〜9m),因此需要为系统进行建模,以便确定每个镜子中的每一个的正确放置和适当的对准过程。为简单起见,完整的镜子继电器系统(包括LLT的一部分直到光束扩展器镜头)被建模为8镜系统,以完成公差分析。该分析的结果表明,应使用简单的针孔对准程序进行系统的对准。

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