Photometrics CoolSNAP HQ Monochrome Interline Camera, Roper Scientific, Inc. (CAT#: STEM-MPO-0017-YJL)

Photometrics CoolSNAP HQ Monochrome Interline Camera, model Cool Snap, is manufactured by Roper Scientific, Inc..
CoolSNAP HQ is cooled to -30°C, minimizing the dark charge to 0.05 e-/pixel/sec. CCD temperature is regulated to +/- 0.05°C and is settable between room temperature and -30°C.
CoolSNAP HQ is implemented with 10MHz and 20MHz speeds with two different analog circuits leading to the analog-to-digital converter (ADC). This enables optimum noise performance at both speeds. At 20MHz, it offers 10 frames per second (fps) with a read noise of 8 e- rms, whereas the 10MHz operation allows lower read moist at the expense of frame rate..
A unique feature of CoolSNAP HQ is that is allows two different CCD clocking schemes that best bring out the advantages of the EXView technology in terms of both speed and NIR sensitivity.

Condition: Used
Image Type: Mono
Resolution: 1392 x 1040
Pixel Size: 6.45µm x 6.45µm
Digitization Rate: 10MHz and 20 MHz
Readout Noise: 8 e- rms at 20MHz / 6 e- rms at 1 MHz>br> Cooling: Thermoelectric to -30°C (forced air)
CCD image sensor: Sony ICX285; progressive-scan CCD
CCD format
77 x 6.6-mm imaging area (optically centered)
Linear full well
15,000 e- (single pixel);
30,000 e-(2x2 binned pixel)
Read noise
6 e- rms @ 10 MHz
8 e- rms @ 20 MHz
Nonlinearity: <1%
Readout bits/speed: 12 bits @ 20 MHz or 10 MHz; software selectable
Frame readout: 100 ms/frame
CCD temperature: -30 °C regulated
Video output: RS170/PAL selectable
Dark current: 0.05 e-/p/s (-30 °C)
Operating environment: 0 to 30 °C ambient, 0 to 80% relative humidity noncondensing

10-MHz and 20-MHz digitization: Dual-mode reading for high speed and high sensitivity.
Image capture.
1392 x 1040 imaging array: resolves fine details.
6.45 x 6.45-µm pixels: ideally matched to optical microscopes.
Interline, progressive scan CCD: Electronic shutter eliminates camera vibration and quick triggering is convenient.
Flexible sorting and readout: increase the frame rate while increasing the light sensitivity.
12-bit digitization: quantizes bright and dark signals in the same image.
Thermoelectric cooling: long integration time and high sensitivity.
Enhanced quantum efficiency: Provides higher sensitivity, especially in the near-infrared, than typical line-to-line cameras.
C-Bracket: Easy to install on microscopes, standard lenses, or optical equipment.
PCI interface: suitable for PC, Macintosh or Linux.
Video output: Compatible with standard video equipment.

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