Opto-Mechanics for SNAP at UM

Slides:



Advertisements
Similar presentations
Plato at ASI Tues 05/May/09Dave Walton Plato meeting Rome Tues 5/May/09 Focal Plane Dave Walton UCL/MSSL, + Leicester University Miguel Mas INTA/CAB +
Advertisements

A vertical-flexure CCD module Bruce C. Bigelow University of Michigan Department of Physics 10/7/04.
IRSIS : Preliminary Fiber bundle design Original datas : Fiber focal plane of F/5,5 telescope primary focal plane - TBC Telescope FOV : 15’x15’
Delta II –7920 Fitup Study Model TMA-56 f10 optics In-Line configuration Delta II Launch Vehicle 7920 H 10L Composite Fairing.
Ceramic Focal Plane Components For SNAP B. C
M2FS: Michigan/Magellan Fiber System. M2FS (Michigan/Magellan Fiber System) Fiber-fed MOS w/2 independent and identical spectrograph arms 256 total fibers.
The Research School of Astronomy and Astrophysics of the Australian National University at Mt Stromlo Observatory is developing a wide-field Cassegrain.
NGAO Alignment Plan See KAON 719 P. Wizinowich. 2 Introduction KAON 719 is intended to define & describe the alignments that will need to be performed.
1 Large Synoptic Survey Telescope Review Kirk Gilmore - SLAC DOE Review June 15, 2005.
Berkeley workshop summary Redundancy : dual detector Field of view : 3”x6” Spectrograph length goal: < 400 mm Isostatic mount on the base plate with control.
Space Frame Structures for SNAP Bruce C. Bigelow University of Michigan Department of Physics 11/04/04.
HARPS... North Geneva Observatory, Switzerland Francesco Pepe et al.
1st Eddington Workshop. Córdoba, June 14th, 2001 J. Miguel Mas-Hesse 1 EddiCam: The Eddington Photometric Camera Preliminary design.
Engineering: NAHUAL Ireland Acquisition Camera, Focal Plane Mechanisms and Layout Tully Peacocke, National University of Ireland Maynooth Carlos del Burgo,
Presentation EddiCam consortium, FF, Madrid 13/06/2002 Eddington programmatic status Fully approved by SPC as part of ESA’s science program as project.
Determinate Space Frame Telescope Structures for SNAP Bruce C. Bigelow University of Michigan Department of Physics 7/28/04.
1 FRIDA Engineering Status 17/05/07 Engineering Status May 17, 2007 F.J. Fuentes InFraRed Imager and Dissector for Adaptive Optics.
Oct 17, 2001SALT PFIS Preliminary Design Review Optical Integration and Test Plan 1 Southern African Large Telescope Prime Focus Imaging Spectrograph Optical.
PACS IIDR 01/02 Mar 2001 Instrument Interfaces1 PACS FPU Opto-mechanical Design Overview and Interfaces J. Schubert MPE.
Standardized CCD and MCT detector mounting configurations B. C. Bigelow, UM Physics 2/2/05.
Magellan F/5 System Status A.Szentgyorgyi/SAO/25 Sept 2004.
High Resolution Echelle Spectrograph for Chinese Weihai 1m Telescope. Leiwang, Yongtian Zhu, Zhongwen Hu Nanjing institute of Astronomical Optics Technology.
Integral Field Spectrograph Eric PRIETO CNRS,INSU,France,Project Manager 11 November 2003.
1 3/24/05Bruce C. Bigelow -- UM Physics Hexapod Detector Mounts B. C. Bigelow, UM Physics 3/24/05.
SNAP Integration Model V. S14 The SNAP Integration Model Mechanical [ SC4 Breakout ] Robin Lafever LBNL Engineering.
Telescope Integration and Tests Tuesday Afternoon.
Optical Subsystem Roy Esplin Dave McLain. Internal Optics Bench Subassembly 2 Gut Ray Dichroic Beamsplitter (MWIR reflected, LWIR transmitted) LWIR Lens.
3.1 Optomechanical systems (1) Scientific and engineering resources are available to carry out the optomechanical work on DECam. The highly distributed.
Progress Report Geo-CAPE Coastal Ecosystem Dynamics Imager (CEDI) IRAD Repackaging Study Jason Budinoff / GSFC Cathy Marx / GSFC May 12, 2011.
Infrared Sensor Chip Systems for ESA’s Euclid Mission
The Prime Focus Imaging Spectrograph Design and Capabilities
SEVIRI Scan Mirror M. Lampton UCB SSL Oct SEVIRI Spinning Enhanced Visible IR Imager Main instrument aboard MSG-1 (Meteosat Second Generation) Zerodur.
Henry Heetderks Space Sciences Laboratory, UCB
Test Readiness Review 23 October 2003 CRAL - LYON.
Delta II 7925H - 10L Baseline workup Launch Vehicle TheirsOurs Delta II 7925H Launch Vehicle 10L Composite Fairing 10L Stretch Composite Payload Fairing.
An alternative spectrograph mount Bruce C. Bigelow University of Michigan Department of Physics 5/14/04.
Oct 17, 2001SALT PFIS Preliminary Design Review1 Southern African Large Telescope Prime Focus Imaging Spectrograph Mechanical Mechanism Design Michael.
Binospec - Next Generation Optical Spectrograph for the MMT
S-17 Reference Model Status Robin Lafever 21 October 2004.
GIST 24 Meeting GERB Hardware Status 14 th December 2005 Eric Sawyer.
Page 1HMI/AIA Science Meeting – February 13, 2006 HMI Instrument Status HM/AIA Science Meeting February 13, 2006 Barbara Fischer HMI Deputy Program Manager.
Incoming instruments. New instruments IMACS MOEMultiobject echellette LDSS upgradeMultiobject optical spectroscopy CorMASSLow-res visiting NIR spectrograph.
V3 SLAC DOE Program Review Gunther Haller SLAC June 13, 07 (650) SNAP Electronics.
ISWG - December 7, Destiny, The Dark Energy Space Telescope.
Another Modular Focal Plane: Part 1 – Sub-modules Bruce C. Bigelow University of Michigan Department of Physics 5/17/04.
Wes Ousley June 28, 2001 SuperNova/ Acceleration Probe (SNAP) Thermal.
SNAP CCD packaging study Flex-fold Internal flexure frame Robin Lafever September 2003 CCD Aluminum Nitride Invar frame CRIC, Clocks Molybdenum frame CCD.
BSMIan Pain, UK ATC SPIRE Instrument Intermediate Design Review April 23, RAL 1 Beam Steering Mirror Sub-System IIDR Overview Ian Pain UK ATC Colin.
Cloudland Instruments Hawkeye Mechanical Design Snapshot Compiled April 8th, 2016.
NIRSpec - the JWST Multi-Object Spectrograph P. Ferruit (ESA), S. Arribas (CSIS), S. Birkmann (ESA), T. Böker (ESA), A. Bunker (Oxford), S. Charlot (IAP),
Astronomical Spectroscopic Techniques. Contents 1.Optics (1): Stops, Pupils, Field Optics and Cameras 2.Basic Electromagnetics –Math –Maxwell's equations.
Integral Field Spectrograph Opto-mechanical concepts PIERRE KARST, JEAN-LUC GIMENEZ CPPM(CNRS),FRANCE.
Telescope Assembly, Integration and Verification (AIV) WBS 04C. 14 J
Wide-Field Imager for Solar PRobe Plus (WISPR)
Astronomical Spectroscopic Techniques
4x8 Mosaic Camera Development
IR Detector - Test cryostat : Machining
An IFU slicer spectrometer for SNAP
iSHELL Design Review Cryostat & Optics Bench
Department of Physics, University of Michigan
Integration, Test, and Verification
Henry Heetderks Space Sciences Laboratory, UCB
SLAC DOE Program Review
Space Frame Telescope Structures for SNAP: Part II
SNAP NIR Detector Packaging Development: Universal SiC Package
Another Modular Focal Plane: Part 2 – FP assembly
Department of Physics, University of Michigan
Instrument Overview Larry Springer HMI Program Manager
THERMAL CONTROL SYSTEM
Standardized CCD and MCT detector mounting configurations
Presentation transcript:

Opto-Mechanics for SNAP at UM B. C. Bigelow, UM Physics 10/6/04

Opto-Mechanics for SNAP at UM Overview of talk: Design of focal plane mosaic components and assemblies Design and analysis of telescope and instrument structures Optics – support of optics specifications and procurement Design of misc. mechanics and sub-systems 10/6/04 B. C. Bigelow - UM Physics

Focal Plane Mosaics Focal Plane Mosaics: Previous experience with FPM Large focal plane mosaic review for SNAP MCT and CCD packaging designs and FEA Design of discrete filter frames, aperture masks Design of sub-arrays and FPM assemblies More at http://www.physics.lsa.umich.edu/bigelow/snap/index 10/6/04 B. C. Bigelow - UM Physics

Previous FPA experience - IMACS 67 Mpx mosaic fully assembled 10/6/04 B. C. Bigelow - UM Physics

Previous FPA experience - IMACS NGC 2359, 15x15 arcmin 10/6/04 B. C. Bigelow - UM Physics

Large FPM review ACIS (AXAF Charge-coupled Imaging Spectrograph) 10/6/04 B. C. Bigelow - UM Physics

Kepler focal plane mosaic – 90 Mpx Large FPM review Kepler focal plane mosaic – 90 Mpx 10/6/04 B. C. Bigelow - UM Physics

GAIA astro focal plane mosaic GAIA astro focal plane, 180 CCDs, 2000x4500 px – 1.6Gpx 10/6/04 B. C. Bigelow - UM Physics

GAIA astro focal plane mosaic First GAIA development detectors have been delivered 10/6/04 B. C. Bigelow - UM Physics

Focal Plane Mosaics Focal Plane Mosaics: Previous experience with FPM Large focal plane mosaic review for SNAP MCT and CCD packaging studies Design of discrete filter frames, aperture masks Design of sub-arrays and FPM assemblies Files at http://www.physics.lsa.umich.edu/bigelow/snap/index 10/6/04 B. C. Bigelow - UM Physics

MCT packaging designs H2RG package – 3 flat mounting pads and two locating pins 10/6/04 B. C. Bigelow - UM Physics

Discrete filter/apertures H2RG package with filter frame, filter, and aperture mask 10/6/04 B. C. Bigelow - UM Physics

IR sub-module Sub-array with CRICs, flex circuits, connectors, local IR electronics (cold), sub-plate heater 10/6/04 B. C. Bigelow - UM Physics

Focal plane fully populated 10/6/04 B. C. Bigelow - UM Physics

SNAP structures Design and analysis of structures: Space frames and trusses for OTA Fold and tertiary support trusses Focal plane support truss Spectrograph support truss Athermal struts Composite truss nodes Files at http://www.physics.lsa.umich.edu/bigelow/snap/index 10/6/04 B. C. Bigelow - UM Physics

Secondary Support Structure Secondary mirror support FEA model 10/6/04 B. C. Bigelow - UM Physics

TMA-63 telescope structure 10/6/04 B. C. Bigelow - UM Physics

TMA-65 telescope structure 10/6/04 B. C. Bigelow - UM Physics

TMA-65 telescope structure 10/6/04 B. C. Bigelow - UM Physics

Spectro installed FP assembly with spectrograph included (note redundant str.) 10/6/04 B. C. Bigelow - UM Physics

SNAP optics Optics: Supporting development of telescope optics specifications mirror figure specifications mirror AR coatings Opto-mechanics for mirrors fold mirror models Participating in TDM/TPF-C mirror design reviews at request of M. Lampton and E. Cohen (JPL) 10/6/04 B. C. Bigelow - UM Physics

Misc. opto-mechanics Other sub-systems: Alternative shutter designs Alternative telescope baffles Calibration systems, projector optics, sources (LEDs) 10/6/04 B. C. Bigelow - UM Physics

Alternate shutters Rotating barrel shutter 10/6/04 B. C. Bigelow - UM Physics

Telescope lower baffle Baffles fully enclose optical system, FPA 10/6/04 B. C. Bigelow - UM Physics

Future work Focal Plane Mosaic Preliminary design (detector packages, sub-assys, baseplate) Fabricate prototype parts, vibration and/or thermal testing? Telescope Structures 2.25 - 2.5m telescopes Detail design of nodes, optics interfaces Carbon-fiber prototypes (nodes, struts, structures) Optics TDM/TPF-C developments, design reviews Review of commercial design studies Site visits to optics/OTA vendors 10/6/04 B. C. Bigelow - UM Physics