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HyperScan - Hyperspectral Sensor for Stationary (Scanning) and Airborne Applications

 Click on photos to enlarge

 

Instruction_Manual-V2'0.pdf

HyperScan_Spec_ Sheet_ver1.2.pdf

SENSOR CHARACTERISTICS

Features  
Imaging Hyperspectral
Lenses Interchangeable, apochromat, from 8 mm to 70 mm; other lenses can be accommodated
f/# 2
Binning Asymmetric (spectal, spatial)
Spectral resolution 1.3 nm/pixel
Spatial resolution 696 pixels
Slit width 25 µm (interchangeable)
Dark frame collection Automatic
Spectral range* 400 - 1,000 nm
Dispersion 100 nm/mm
Second order rejection Built in
Scanning mode/resolution Scan-step / Continuous Scan / Fixed Mirror
Scan angle (total field of regard) Configurable (from -30° to + 30° off center)
Calibration Radiometric, spectral
Keystone/smile distortions <1 pixel
Detector (Other CCDs may be accomodated on a custom basis)
Detector resolution, pixel size 696 x 520, 13.7µm
Frame rate (max) 20 Hz full frame, 165 Hz binned
Detector type TE cooled CCD
Exposure control 10 µs - 17.9 min (user selectable based on signal level)
Detector diagonal 11.9 mm
Binning Asymmetric (from 8 x 1 to 8 x 8)
Resolution/dynamic range 12 bits
CCD type Monochrome
Digital interface Firewire (IEEE 1394)
Software
Camera control via Firewire (live preview, capture, camera settings, binning)
Motor control via USB2.0
Real time waterfall and frame display
Dark frame collection
ROI selection
Histogram feedback
Scan angle control
Mechanical
Length x Width x Height 13.6 in (405 mm) x 6.9 in (175 mm) x 11.8 in (300 mm)
Mass 9.5 kg
Sensor mount Side, up, or down looking
Airborne application with locked mirror
Electrical
Supply voltage, max current 110-220 VAC or 12 VDC battey; 5 Amps
Image transfer Firewire
Motor Control USB2.0

*Custom SWIR versions (900-1,700 nm, and 1,000 - 2,500 nm) also available.

 

 

 

 

 

 

 

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Last modified: March 6, 2008