Rockwell Scientific Astronomy Products Michael MacDougal June 22, 2005 Scientific Detector Workshop 2005 - PowerPoint PPT Presentation

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Rockwell Scientific Astronomy Products Michael MacDougal June 22, 2005 Scientific Detector Workshop 2005

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Title: Rockwell Scientific Astronomy Products Michael MacDougal June 22, 2005 Scientific Detector Workshop 2005


1
Rockwell Scientific Astronomy ProductsMichael
MacDougalJune 22, 2005Scientific Detector
Workshop 2005
  • IR HAWAII-2RGs in production
  • HyViSI HAWAII-2RGs shipping
  • SIDECAR ASIC control electronics for HxRG
  • Next generation Extending the HxRG family

2
2K x 2K IR FPAs Customers Taking Delivery and
Obtaining Images
4 HAWAII-2RG FPAs
4 HAWAII-2RG FPAs
4 HAWAII-2 FPAs
Courtesy Canada-France-Hawaii Telescope
JWST NIRCam Testing
Courtesy Joint Astronomy Center, UKIRT
Astronomy FPAs
  • LPE
  • H1 SWIR PACE
  • H1RG/H2RG SWIR PACE
  • MBE
  • H1RG/H2RG SWIR
  • H1RG/H2RG MWIR
  • Si
  • H1RG/H2RG HyViSI

Idk less than 0.005 e-/sec
3
Hybrid Visible Silicon Imager (HyViSITM)
  • Delivered 2Kx2K HAWAII-2RG HyViSI
  • Pixel operability (QEgt60) 99.996
  • Read noise lt13 e- CDS at 100kHz
  • Response non-uniformity lt 4
  • Three-side buttable

4
SIDECAR ASICControl Electronics on a Chip
  • Chips expected to be available at the end of the
    year
  • Interface HW (to USB) and software will also be
    available

5
Extension of HAWAII FamilyIncreasing the number
of pixels
Guide mode read/reset opt.
Stitching
On-chip butting
Reference pixels
HAWAII - xRG Extension
Smaller pixels, Improved flexibility
performance, Scalable resolution
2006
4096 x 4096 110 million FETs 0.25 µm CMOS 10, 15
µm pixel size
6144 x 6144 248 million FETs 0.25 µm CMOS 10 µm
pixel size
6
Deep Impact A NASA Discovery MissionRSCs
HAWAII-1R will analyze 4.5-billion-yr-old comet
dust, never accessed before!
  • Reason for mission There are many theories
    about comets that are unconstrained by
    observation M. OHearn, PI, Univ of Maryland
  • Will tell us about the beginning of our solar
    system
  • Deep impact scheduled to occur on 4th of July,
    2005
  • Comet Tempel-1 a 4.5 billion-year-old time
    capsule
  • Spacecraft will be recording visible and IR data
    during and after the impact using a high
    resolution spectroscopy instrument featuring
    RSCs 4.8um cutoff HAWAII-1R in custom flight
    packaging

HAWAII-1R 103
Jan. 13 photograph taken by Mt Palomar's 200
inch telescope as the Deep Impact spacecraft was
at a distance of about 260,000 kilometers
(163,000 miles) from Earth and moving at a speed
of about 16,000 kilometers per hour (10,000 miles
per hour).
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