Zyla 4.2 Scientific CMOS Camera
Andor TechnologyRequest Info
Andor Technology plc has launched the Zyla 4.2 scientific CMOS camera for research and OEM applications such as ion signaling microscopy, superresolution microscopy and light-sheet microscopy, and total internal reflection fluorescence.
With a rate of 100 fps, the 4.2-megapixel camera delivers 72% quantum efficiency, <1 e− read noise and a 33,000:1 dynamic range in a compact, low-vibration design. It also provides comprehensive on-head field-programmable gate array real-time data processing.
It can be thermoelectrically cooled to 0 °C and uses a low-noise fan, rendering it suitable for vibration-sensitive setups. Incorporating proprietary dark-noise suppression technology, it yields a dark current of 0.14 e− per pixel per second. The camera is available in a −10 °C water-cooled variant.
The company says that, although scientific CMOS cameras do not possess the raw sensitivity of higher-end EMCCD cameras for extreme low-light applications, such as single-molecule detection, they do outperform interline CCDs across several key parameters, and they are also good for live-cell imaging.
https://andor.oxinst.com
/Buyers_Guide/Andor_Technology/c853
Published: October 2013
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