CU-LASP Test Facilities! and Instrument Calibration Capabilities"
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1 CU-LASP Test Facilities! and Instrument Calibration Capabilities" Ginger Drake Calibration Group Manager
2 Thermal Vacuum Test Facilities" 2 Multiple Optical Beam Instrument (MOBI) Largest of LASP s vacuum chambers Ideal for performing top-level instrument tests Thermal Vacuum tests In-band light testing (EUV-IR) Independently temperaturecontrolled shroud and platen Optional 4-axis precision gimbal pitch, yaw, x, y Interior dimensions: 60 diameter x 72 length Temperature range: -180 C to +150 C Base pressure: 1 x 10-7 Torr
3 Thermal Vacuum Test Facilities" 3 East and West Bemco Chambers Two similar chambers One located inside Class-10,000 cleanroom Platen temperature controlled via recirculating chiller Optimal for smaller-scale tests Mechanism performance Burn-ins Life tests Interior dimensions: 30 Diameter x 48 length Temperature range: -75 C to +80 C Base pressure: 1 x 10-7 Torr
4 Bake Out Facilities" 4 Three vacuum chambers Vacuum bake flight & non-flight components Verify cleanliness and characterize outgassing properties RGA, TQCM and CQCM Acceptable materials include: Metals, PC boards, harnesses, optics, plastics, polymerics, elastomers Air-bake chamber Room temp to +200C Size ranges 13 H x 13 W x 16 D to 22 H x 21 W x 33 D Temperature range +30 C to +125 C
5 Optical Vacuum Test Facilities" 5 Calibration and Test Equipment 2 (CTE 2) Used to calibrate detectors and detector subsystems Optimized for nm Computer-controlled monochromator for wavelength selection Deuterium lamp is primary light source 2 axis steerable beam Incorporates NIST-traceable photodetector for absolute measurements Internal dimensions 15 H x 23 W x 48 D Temperature range -180 C to +80 C
6 Optical Vacuum Test Facilities" 6 Calibration and Test Equipment 3 (CTE 3) Characterization of detectors and detector modules Optimized for nm Two monochromators Grazing, normal incidence Multiple light sources X-ray: Manson, Fe-55 EUV: hollow cathode with various process gases H, He, Ar, N, Ne, etc. UV: deuterium Internal dimensions 24 H x 20 W x 32 L Temperature range -180 C to +80 C
7 Optical Vacuum Test Facilities" 7 Spectral Radiometer Facility (SRF) Absolute spectral irradiance & response calibrations Cryogenic radiometer provides NIST-traceable primary radiometric reference standard Tunable lasers nm 40mW-18W output power Five-axis vacuum manipulator Pitch, yaw, roll, x, y Internal dimensions 23 H x 29 W x 40 L Temperature range +5 C to +50 C
8 Optical Vacuum Test Facilities" 8 Total Solar Irradiance Radiometer Facility (TRF) Total Solar Irradiance (TSI) instrument calibrations 0.01% absolute accuracy 532nm laser light source Cryogenic radiometer provides NIST-traceable primary radiometric reference standard Internal dimensions 24 H x 20 W x 32 L
9 Heliostat Optical Test Facility" 9 Heliostat Lab 3-mirror system directs sunlight into black optics lab Equatorial mount in closedloop control Quad-diode provides real-sun time tracking <10 arc-second tracking error Lab contains class 10,000 clean area with 4 x 8 optical bench for sensitive instruments
10 Environmental Test Chambers" 10 Temperature & Humidity Testing in Atmosphere 4 programmable test chambers Dry N 2 purge available Temperature range -73 C to +200 C Interior dimensions Range of sizes from 13 x 16 x 17 to 30 x 32 x 36
11 Optical Design & Analysis" 11 Design and analysis includes: Imagers Spectrographs Hyperspectral imagers X-ray to IR spectrometers Photometers Star tracker Solar position sensors Test & calibration applications End-to-end instrument performance modeling Stray light analysis Tolerance & STOP analysis Industry-standard software Zemax, FRED
12 3-D Magnetic & Radiation Dose Modeling" 12 Magnetic designs Electron rejection magnet arrays Rejection efficiency models Radiation shielding and dose models Analyze 3-D Solidworks models of instruments High-Z, Low-Z material models Dose, background signal & noise estimates
13 Instrument Calibration & Characterization" 13 Optical focus & alignment In-band temperature-dependent characterization & adjustment of imaging performance Absolute & Relative Radiometric sensitivity Absolute to 0.01% through NISTtraceable standards Test as you fly Characterize instrument performance under thermal & vacuum conditions expected on orbit
14 Custom Detector Design & Fabrication" 14 Electronic Substitution Radiometer Solar Spectral detector >1% absolute accuracy at µw power levels 100ppm absolute accuracy at total Solar signal levels Dust Detector Photomultiplier Tubes (PMTs) Develop Custom detectors with vendors Large-format CCDs Photodiode & diode arrays Hyperspectral CMOS arrays
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