LSST camera verification testing and characterization - Archive ouverte HAL
Communication Dans Un Congrès Année : 2024

LSST camera verification testing and characterization

Aaron Roodman (1) , Andrew Rasmussen (1) , Andrew Bradshaw (1) , Eric Charles (1) , Jim Chiang (1) , Seth Digel , Richard Dubois (1) , Tony Johnson , Steve Kahn (1) , Shuang Liang (1) , Stuart Marshall (1) , Homer Neal (1) , Andres Plazas , Kevin Reil (1) , Eli Rykoff (1) , Rafe Schindler (1) , Theo Schutt (1) , Yousuke Utsumi (1) , Joanne Bogart , Tim Bond (1) , Boyd Bowdish (1) , Stephen Cisneros (1) , Alan Eisner (1) , Mark Freytag (1) , Diane Hascall (1) , Travis Lange (1) , Juan Carlos Lazarte , Margaux Lopez (1) , Chris Mendez (1) , Scott Newbry (1) , Martin Nordby (1) , Dmitry Onoprienko (1) , Shawn Osier (1) , Hannah Pollek (1) , Brian Qiu (1) , Owen Saxton (1) , Stephen Tether (1) , Gregg Thayer (1) , Max Turri (1) , John Banovetz (2) , Paul O'Connor (3) , Vincent Riot (3) , Justin Wolfe (4) , Craig Lage (4) , Daniel Polin (4) , Adam Snyder (4) , Anthony Tyson (4) , Renee Nichols (5) , Steve Ritz (5) , Adrian Shestakov (5) , Duncan Wood (5) , Alex Broughton (6) , Hyeyun Park (7) , Johnny Esteves (8) , Aurélien Barrau (9) , Johan Bregeon (9) , Celine Combet (9) , Guillaume Dargaud (9) , Eric Lagorio (9) , Myriam Migliore (9) , Francis Vezzu (9) , Pierre Antilogus (10) , Pierre Astier (10) , Guillaume Daubard (10) , Claire Juramy (10) , Didier Laporte (10) , Thibault Guillemin (11) , Eric Aubourg (12) , Alexandre Boucaud (12) , Camille Parisel (12) , Francoise Virieux (12) , Patrick Breugnon (13) , Pierre Karst (13) , Aurelien Marini (13) , Merlin Fisher-Levine (14) , Chris Waters (14)
Seth Digel
  • Fonction : Auteur
Tony Johnson
  • Fonction : Auteur
Andres Plazas
  • Fonction : Auteur
Joanne Bogart
  • Fonction : Auteur
Juan Carlos Lazarte
  • Fonction : Auteur

Résumé

The LSST Camera is the sole instrument for the Vera C. Rubin Observatory and consists of a 3.2 gigapixel focal plane mosaic with in-vacuum controllers, dedicated guider and wavefront CCDs, a three-element corrector whose largest lens is 1.55m in diameter, six optical interference filters covering a 320–1050 nm bandpass with an out-of-plane filter exchange mechanism, and camera slow control and data acquisition systems capable of digitizing each image in 2 seconds. In this paper, we describe the verification testing program performed throughout the Camera integration and results from characterization of the Camera’s performance. These include an electro-optical testing program, measurement of the focal plane height and optical alignment, and integrated functional testing of the Camera’s major mechanisms: shutter, filter exchange system and refrigeration systems. The Camera is due to be shipped to the Rubin Observatory in 2024, and plans for its commissioning on Cerro Pachon are briefly described.
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Dates et versions

hal-04668431 , version 1 (12-11-2024)

Identifiants

Citer

Aaron Roodman, Andrew Rasmussen, Andrew Bradshaw, Eric Charles, Jim Chiang, et al.. LSST camera verification testing and characterization. SPIE Astronomical Telescopes + Instrumentation 2024 Ground-based and Airborne Instrumentation for Astronomy X, Jun 2024, Yokohama, Japan. pp.536-551, ⟨10.1117/12.3019698⟩. ⟨hal-04668431⟩
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