The MICADO first light imager for the ELT: overview of the SCAO module at its final design

Yann Clenet, Tristan Buey,Eric Gendron, Sonia Karkar,Fabrice Vidal,Mathieu Cohen,Frederic Chapron,Arnaud Sevin, Simone Thijs, Sylvestre Taburet, Bruno Borgo, Jean -Michel Huet, Alexandre Blin,Olivier Dupuis, Julien Gaudemard,Florian Ferreira, Jordan Raffard,Fanny Chemla,Vincent Lapeyrere,Vincent Deo,Arielle Bertrou-Cantou,Nicolas Galland, Sylvain Guieu, Eric Meyer, Nicolas Gautherot, Emmanuel Tisserand,Herve Locatelli, Francois Meyer, Amal Zidia,Caroline Kulcsar, Henri -Francois Raynaud,Benoit Sassolas,Laurent Pinard,Christophe Michel,Damien Gratadour, Bertrand Le Ruyet, Roderick Dembet, Manuel Ortiz,Claude Collin, Vartan Arslanyan, Bosko Doncic, Lahoucine Ghouchou,Issan Ibn TaIeb,Pierre Baudoz,Elsa Huby,Gerard Rousset,Sebastian Rabien, Veronika Hormann,Eckhard Sturm,Richard Davies

Adaptive Optics Systems VIII(2022)

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摘要
MICADO is the ELT first light instrument, an imager working at the diffraction limit of the telescope thanks to two adaptive optics (AO) modes: a single conjugate one (SCAO), available at the instrument first light and developed by the MICADO consortium, and a multi conjugate one (MCAO), developed by the MORFEO consortium. This contribution presents an overview of the SCAO module while MICADO and its SCAO are in the last phase of their final design review. We focus on the SCAO architecture choices and present the final design of the SCAO subsystems: the Green Doughnut structure, the SCAO wavefront sensor, the SCAO calibration unit, the SCAO ICS (i.e. AOCS) and the SCAO RTC. We also present the SCAO global performance in terms of AO correction, obtained from an error budget that includes contributors estimated from AO end-to-end simulations as well as instrumental contributors. Finally, we present the current SCAO subsystems prototyping and the main milestones of the SCAO AIT plan.
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关键词
ELT, MICADO, SCAO, final design, prototyping, AIT
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