A UNIQUE ULTRA LOW LIGHT HIGH SPEED SCIENTIFIC CAMERA FOR SWIR IMAGING
The project leading to this application has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 673944
THEORY OF OPERATION
The discovery of electron initiated avalanche photodiodes (e-APD) using mercury cadmium telluride (MCT) semiconductor materials permitted a significant breakthrough in SWIR imaging.
C-RED One is using a unique 320 x 256 pixels HgCdTe e-APD array with 24 μm pixel pitch. The sensor allows sub-electron readout noise, taking advantage of the e-APD noise free multiplication gain and non-destructive readout ability.
C-RED One is also capable of multiple regions of interest (ROI) readout allowing faster image rate (10’s of KHz) while maintaining unprecedented sub-electron readout noise.
The sensor is cooled down to cryogenic temperature (80 K) using an integrated pulse tube with a high reliability.
C-RED One is opening a new era in terms of sensitivity and speed in the SWIR scientific cameras domain.
- Long range surveillance and Tracking
- Semiconductor Inspection
- OCT Imaging
- Hyperspectral Imaging
- Fluorescence Microscopy
- Speckle interferometry
- Space Debris Tracking
- Secure Laser Communication
- Fringe Tracking
- Astronomical Observations
- Adaptive Optics
- < 1 electron readout noise
- Up to 3500 FPS full frame
- Multiple readout modes (Global Reset, CDS or non-destructive reads, Rolling reset)
- 80K Operation with integrated pulse tube cooling
- 320 x 256 pixels revolutionary Avalanche Photodiode Detector (e-APD)
- Wavelength from 0.8 to 2.5 µm (with cold optics)
- 70% QE
- 24 µm pixels pitch
- 16 bits precision A/D converter
- Windowing and ROI
- Ultra Low Latency CameraLink™ full interface
- Clock & trigger imput / output for synchronous operation
- Liquid cooling (Ambiant)
- F/4 or F/2 Aperture
- Embedded cold blocking filters (custom filters possible)
- Size : L 365 mm x W 180 mm x H 238 mm
- Weight: 19.4 kg
Read all publications