Description
Built for Adaptive Optics' highest performance
With frame rates over 3000 fps in full-frame the HNü 240 camera provides exactly what is to be expected from a high-end EMCCD Adaptive Optics (AO) optimized camera: virtually no noise with the high frame rates necessary to outpace atmospheric distortion.
The HNü 240 also has the 240 x 240 pixels resolution critical to focal plane wavefront sensing and direct exoplanets imaging. Integrating the patented CCD Controller for Counting Photons, it creates fewer clock-induced charges than other EMCCD cameras. In short, it is the finest camera for your next great space discovery.
HNu 240 EMCCD High-End Adaptive Optics (AO) Optimized Camera
Specifications
Sensor Type: | EMCCD |
---|---|
# Pixels (Width): | 240 |
# Pixels (Height): | 240 |
Pixel Size (Square): | 24 um |
Peak Quantum Efficiency: | 95 % |
Full Frame Rate: | 3015 fps |
Bit Depth: | 14 bit |
Operation Rate: | over 3000 fps full frame |
Background Noise: | < 0.003 e–/pixel/frame |
First Pixel Latency Of: | 35.5 µs |
Readout Rate Of: | 30 MHz |
Resolution Of: | 240 x 240 pixels with pixel area of 24 μm x 24 μm |
Features
- Patented electronics for unmatched low noise and photon counting performances
- Faster acquisition speeds with 30 MHz readout
- Windows and Linux compatibility
Applications
This EMCCD Camera is ideally suited for Space and Defense applications:
- Adaptive optics
- Space surveillance (SSA & SDA)
- Exoplanet direct imaging
Frequently Asked Questions
What is the frame rate of the HNu 240 camera?
What is the resolution of the HNu 240 camera?
What applications is the HNu 240 camera suited for?
Does the HNu 240 camera have noise-filtering algorithms?
What are the computer requirements for the HNu 240 camera?
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