Eagle Deep Cooled Vacuum CCD Camera for High-Resolution Imaging

Specifications

Sensor Type: CCD
# Pixels (Width): 2048
# Pixels (Height): 2048
Pixel Size (Square): 13.5 um
Peak Quantum Efficiency: 90 %
Full Frame Rate: 2 fps
Bit Depth: 16 bit
Readout Noise @75kHz: 2.3 e- rms
Readout Noise @2MHz: 9 e- rms
Dark Current @ Minimum Temperature: <0.0001 @ Δ-116ºC e-/p/s
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Features


  • Lifetime Vacuum Guarantee: Ensures protection and integrity of the sensor for reliable performance.

  • Extremely Low Dark Current: Deep cooled to > -110°C delta, allowing for long exposure times and enhanced image quality.

  • Back Illuminated 4MP Sensor from e2v: Offers a large field of view, ideal for comprehensive imaging applications.

  • High Resolution: 2048 x 2048 active pixel array with 13.5µm x 13.5µm pixels for ultra-sharp image resolution.

  • High Quantum Efficiency: >90% at 525nm and 50% at 380nm & 720nm, ensuring optimum photon collection.

  • Low Readout Noise: 2.3 e- rms at 75kHz pixel readout rate, minimizing noise for clearer images.

  • Programmable Binning: Up to 64×64 pixels, offering flexibility in data acquisition and processing.

  • Wide Spectral Response: Covers 300nm-1050nm, suitable for a variety of imaging applications.

  • Advanced Cooling: Active cooling with TEC and PentaVac™ Technology, achieving ΔT > 110°C for stable performance.

  • Mechanical Shutter: Features a 45mm aperture for precise control over exposure.

  • Versatile Lens Mount: Comes with a Nikon F mount, with other options available on request.

  • Robust Build: Operating temperature range from -20°C to +55°C and storage from -40°C to +70°C.

  • Compact and Lightweight: Dimensions of 141mm x 133mm x 110mm and weight of 3.0kg (excluding lens).

  • Comprehensive Applications: Ideal for adaptive optics, astronomy, calcium signaling, fluorescence imaging/spectroscopy, and particle imaging velocimetry (PIV).

Applications


  • Adaptive Optics & Astronomy: High sensitivity imaging for celestial studies and wavefront sensing.

  • Fluorescence Imaging & Spectroscopy: Captures low-light fluorescence with superior resolution.

  • Calcium Signaling Studies: Enables precise imaging of cellular calcium dynamics.

  • Particle Imaging Velocimetry (PIV): High-resolution flow visualization and analysis.

  • High Resolution Fluorescence Imaging: Ideal for detailed biological and chemical imaging applications.