Opto-Mechanical Spectrograph Concept for Focal Plane Implementation
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Explore the optical scheme featuring visible and IR paths, mechanical mount structure, and focal plane integration. Learn about the interface with the cold plate and the action plan.
Opto-Mechanical Spectrograph Concept for Focal Plane Implementation
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Presentation Transcript
Opto-mechanical conceptSNAP / Spectrograph Pierre-Eric BLANC LAM / CNRS
Summary • Optical scheme (visible & IR) • Opto-mechanical mount • Main structure of the spectrograph • Implementation in the focal plane • Interface with the cold plate • Action plan Pierre-Eric BLANC
Optical scheme Visible path Slit mirror Pupil mirror Slicer Entrance point Prism Collimator Camera Detector Pierre-Eric BLANC
Optical scheme 10 mm IR path 4° 4° Visible path Pierre-Eric BLANC
Optical scheme Pupil & slit mirror Prism Slicer Collimator Detector Camera Entrance point Pierre-Eric BLANC
Mechanical mount Prism support Slicer unit Entrance point Collimator Camera support Detector Pierre-Eric BLANC
Mechanical mount Prism support Slicer unit Collimator Detector Camera support Entrance point Pierre-Eric BLANC
Mechanical mount Collimator Slicer unit Camera support Prism support Detector Pierre-Eric BLANC
Main structure Entrance point Pierre-Eric BLANC
Main structure Pierre-Eric BLANC
Implementation / Focal plane Back view of the cold plate Entrance point Pierre-Eric BLANC
Implementation / Focal plane Pierre-Eric BLANC
Interface / Cold plate Pierre-Eric BLANC
Action plan In progress • Design of sub-structureSlicer unit, Camera support, collimator and dichroic sub-structure, … • Design of main structureimplementation in the available volume,… • Design of detector packagingThermal insulator, radiation shielding, electronic packaging,… • Design of interface / cold plateTrade off material, … In progress Starting In progress Pierre-Eric BLANC