iKon-L HF 4MP High Energy Imaging Camera with Fibre Optic Detection

Specifications

Sensor Type: CCD
# Pixels (Width): 2048
# Pixels (Height): 2048
Pixel Size (Square): 13.5 um
Peak Quantum Efficiency: 96 %
Full Frame Rate: 0.95 fps
Bit Depth: 16 bit
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Features


  • High Energy Imaging: Designed for scientific imaging, featuring a 4 Megapixel sensor with fibre optic indirect detection for enhanced performance.

  • Large Sensor Size: 2048 x 2048 active pixels with a generous 27.6 x 27.6 mm sensor size for a large field of view and high resolution.

  • Optimal Pixel Size: 13.5 x 13.5 µm pixel size ensures an optimal balance of dynamic range and resolution.

  • Exceptional Sensitivity: Peak QE of 95% at 550 nm for high detector sensitivity, aligning with peak scintillator emission.

  • Advanced Cooling: TE cooling to -35°C minimizes dark current and pixel blemish, ideal for long exposure times.

  • Versatile Readout Options: Up to 5 MHz pixel readout with options for slower readout to reduce noise or faster speeds for dynamic processes.

  • Ultra-Low Noise: Intelligent low-noise electronics provide an ultra-silent system noise environment.

  • Dual Output Modes: Choose between High Sensitivity for low-light applications or High Capacity for maximum dynamic range with extensive binning.

  • Cropped Sensor Mode: Specialized acquisition mode for continuous imaging with fast temporal resolution.

  • Enhanced Baseline Clamp: Essential for the quantitative accuracy of dynamic measurements.

  • USB 2.0 Connectivity: Easy USB plug-and-play setup with no need for a controller box.

  • Flexible Mounting Options: Securely mount the camera from either the front or side position.

  • Soft Dock Feature: Unique spring-loaded fibre optic design allows for safe and secure mounting against fragile instrumentation.

  • High Energy Indirect Detection Imaging: Combines high transmission and spatial resolution optical performance with ultra-low noise, thanks to the iKon-L platform.

Applications


  • High Energy Indirect Detection Imaging: Designed for efficient X-ray and high energy photon detection with fibre optic coupling.

  • Phase Contrast Tomography: Suitable for detailed 3D imaging in scientific and industrial research.

  • Low-Light Scientific Imaging: Ideal for fluorescence, scintillator-coupled, and photon-limited applications.

  • Material Science and Semiconductor Analysis: Enables high resolution analysis of microstructures.

  • Advanced Research Laboratories: Optimal for integration into ultrafast optical science and spectroscopy setups.