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首页> 外文会议>Conference on ground-based and airborne instrumentation for astronomy IV >BATMAN: a DMD-based MOS demonstrator on Galileo Telescope
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BATMAN: a DMD-based MOS demonstrator on Galileo Telescope

机译：蝙蝠侠：伽利略望远镜上基于DMD的MOS演示器

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Multi-Object Spectrographs (MOS) are the major instruments for studying primary galaxies and remote and faint objects.Current object selection systems are limited and/or difficult to implement in next generation MOS for space and groundbased telescopes. A promising solution is the use of MOEMS devices such as micromirror arrays which allow the remote control of the multi-slit configuration in real time.We are developing a Digital Micromirror Device (DMD) - based spectrograph demonstrator called BATMAN. We wantto access the largest FOV with the highest contrast. The selected component is a DMD chip from Texas Instruments in2048 x 1080 mirrors format, with a pitch of 13.68μm. Our optical design is an all-reflective spectrograph design with F/4on the DMD component.This demonstrator permits the study of key parameters such as throughput, contrast and ability to remove unwantedsources in the FOV (background, spoiler sources), PSF effect, new observational modes. This study will be conducted inthe visible with possible extension in the IR. A breadboard on an optical bench, ROBIN, has been developed for apreliminary determination of these parameters.The demonstrator on the sky is then of prime importance for characterizing the actual performance of this new family ofinstruments, as well as investigating the operational procedures on astronomical objects. BATMAN will be placed on theNasmyth focus of Telescopio Nazionale Galileo (TNG) during next year.© (2012) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
机译：多目标光谱仪（MOS）是研究原初星系以及遥远和微弱物体的主要工具。当前的物镜选择系统有限，并且/或者难以在下一代MOS用于空间和地基望远镜中实现。一种有前途的解决方案是使用诸如微镜阵列之类的MOEMS设备，这些设备可以实时远程控制多狭缝配置。我们正在开发一种基于数字微镜设备（DMD）的光谱仪演示器，称为BATMAN。我们要访问具有最高对比度的最大FOV。所选择的组件是得克萨斯仪器公司（Texas Instruments）的2048 x 1080反射镜格式的DMD芯片，其间距为13.68μm。我们的光学设计是DMD组件上具有F / 4的全反射光谱仪设计，该演示器允许研究关键参数，例如通量，对比度和去除FOV中有害源的能力（背景，扰流源），PSF效果，新观察模式。这项研究将在可见光范围内进行，并可能在IR中进行扩展。为了初步确定这些参数，开发了一种在光学工作台上的面包板ROBIN。然后，天空演示器对于表征这种新型仪器的实际性能以及调查天文物体的操作程序至关重要。明年，BATMAN将会成为Telescopio Nazionale Galileo（TNG）的Nasmyth焦点。©（2012）版权所有，光电仪器工程师协会（SPIE）。摘要的下载仅允许个人使用。

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