Rohs conform камера инструкция

rohs conform камера инструкция
For lack of a better choice, the same technology has been adopted for localization microscopy. Our “quiet” electronics successfully lower the limit of detection, allowing you to take full advantage of high frame rates and see your signal with fewer photons. With CCDs there are never any issues regarding which model to use because the typical read noise for all pixels is very similar; thus rms and median are equivalent.

Minimum exposure time is in standard scan.*2 Full well capacity / Readout noise in slow scan*3 Proprietary mode equivalent of Camera Link 80-bit configuration*4 The true 16 bit image data is achieved through seamless merging of the output from two 11 bit A/D converters. Lightsheet Readout Mode (Patented) To enable the best speeds and synchronization for light sheet microscopy, the ORCA-Flash4.0 V2 configured with the Camera Link interface can be read out in one sweep across the sensor from top to bottom or bottom to top using our new Lightsheet Readout Mode. The recently viewed function can only work if JavaScript is turned on. Low noise The ORCA-Flash4.0 V2 has the lowest read noise at 100 frames/s of any CCD or sCMOS camera. The ORCA-Flash4.0 V2’s median noise data of 1.0 electrons (typical) is included only to facilitate apparent comparison with other sCMOS cameras.

New in the ORCA-Flash4.0 V2 is an additional slow scan readout mode with read noise of just 1.4 electrons rms (0.8 electrons median). Both the USB and Camera Link configurations of the camera have this low noise capability. With the ORCA-Flash4.0 V2 already delivering wide field of view, large dynamic range, and fast frame rates, this QE enhancement only makes it more versatile and powerful.If you have not yet experienced the ORCA-Flash4.0 V2 sCMOS, now is the time. With sCMOS, the structure of the sensor inherently has more pixel variation and the extreme low noise of the sensor makes variation more statistically significant. This enhanced QE means that you have a possibility of detecting the faintest of signals. Or, for moderately dim samples, that the ideal image is achievable with shorter exposure times, perhaps saving your cells from phototoxicity or bleaching.

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