Princeton Instruments

COSMOS Large Format Scientific CMOS Camera

PI-COSMOS-4226
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The COSMOS is a large-format, low-noise scientific CMOS camera designed for astronomy and demanding low-light imaging applications. Featuring an innovative back-illuminated sCMOS sensor with up to 4096×4096 pixel resolution, it achieves <1.0 e- rms read noise and >90% quantum efficiency. Deep thermoelectric cooling to -45°C ensures negligible dark current for long exposures. Available in multiple sensor sizes (4226, 4240, 2020, 2040).

Key Features

  • Large-format sCMOS sensor up to 4096×4096
  • Ultra-low read noise <1.0 e- rms
  • High quantum efficiency >90%
  • Thermoelectric cooling to -45°C
  • Full-frame rates up to 48 fps
  • CosmosConnect fiber-optic interface for remote operation
  • Rolling and global shutter modes

Applications

  • Astronomical imaging
  • Adaptive optics
  • Lucky imaging
  • Satellite tracking
  • Large-area fluorescence imaging

Specifications

Parameter Value
Wavelength Range Min 300 nm
Wavelength Range Max 1000 nm
Sensor Type Back-Illuminated sCMOS
Pixel Size 11.0 µm
Resolution 4096x4096 px
Frame Rate 48.0 fps
Cooling Method Thermoelectric (TE)
Cooling Temperature -45.0 °C
Spectral Range 300-1000 nm
Quantum Efficiency 90.0 %
Dark Current 0.2 e⁻/px/s
Weight 8.5 kg

Source: Princeton Instruments Product Page

Wavelength Range300.0 – 1000.0 nm
Dark Current0.2 e/px/h
Quantum Efficiency90.0%
Weight8.5 kg
Sensor TypeBack-Illuminated sCMOS
Pixel Size11.0 μm
Resolution4096x4096
Frame Rate48.0 fps
Cooling MethodThermoelectric (TE)
Cooling Temperature-45.0 °C
Spectral Range300-1000
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Product Family: sCMOS Cameras (2 variants)

Product ▴▾ SKU Size ▴▾ Clear Aperture ▴▾ Operating Wavelength ▴▾
KURO Back-Illuminated sCMOS Camera PI-KURO-2048B Contact
COSMOS Large Format Scientific CMOS Camera Current PI-COSMOS-4226