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DIGITAL CAMERA A game changer from inc^ptiooj^icl a joroven performer since its initial release, the ORCA-Flash4.0 V2 offers unrivaled flexibility across a wide range of imaging applications. Easily change from USB to Camera Link connectivity. Switch from a blazing fast scan to a virtually noiseless slow scan by a simple click ij^oftware. Use our Lightsheet Readout Mode™ fair seamless integration with light sheermicroscopy systems. Robust triggering allows the ORCA-Flash4.0 V2 to drive other devices or be driven by them. And then there's the highest QE of any sCMOS camera on the market. Exceptional quantum efficiency electrons median Standard scan electrons median | camera Link] at 4.0 megapixels
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What's New in the ORCA-Flash4.0 V2 Two Scan Speeds While the read noise at standard scan is only 1.9 electrons rms (1.3 electrons median), there are some experiments for which even lower noise is more important than raw speed. New in the ORCA-Flash4.0 V2 is an additional slow scan readout mode with read noise of just 1.5 electrons rms (0.9 electrons median). Both the USB and Camera Link configurations of the camera have this low noise capability. Lightsheet Readout ModeTM To enable the best speeds and synchronization for light sheet microscopy, the ORCA-Flash4.0 V2 configured with the...
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Readout noise distribution Read noise: rms or median? RMS and median are both valid statistical models for evaluating the central tendencies of data distributions, such as pixel noise. With CCDs there are never any issues regarding which model to use o because the typical read noise for all pixels is very similar; thus rms and median are equivalent. 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. But when it comes to evaluating camera performance, the truly meaningful spec is...
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High sensitivity means extreme versatility The ORCA-Flash4.0 V2 is changing the game of scientific imaging. For years, cooled CCDs have been the go-to technology for fluorescence applications such as GFP or multi-channel imaging that require high signal to noise, high contrast images. EM-CCDs have been scientists' choice for low-light, often high speed applications such as TIRF or spinning disk confocal. For lack of a better choice, the same technology has been adopted for localization microscopy. The ORCA-Flash4.0 V2 offers such a multitude of benefits that it not only easily accomplishes...
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ORCA-Flash4.0 V2 Conduct your research ImageConductor connectivity TM Every ORCA-Flash4.0 V2 includes ImageConductor connectivity™ so that it’s enabled for both USB 3.0 (default) and high speed Camera Link. If your imaging tempo is 30 frames/s, then the default configuration with USB 3.0 is right for you. If you need something a little more lively… presto, just add a Camera Link board now or later to achieve 100 frames/s of full 4-megapixel images. Both 30 frames/s USB 3.0 100 frames/s Camera Link options deliver the same low noise, high quantum efficiency imaging for unprecedented...
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Up to 40 min. of continuous full speed, full resolution acquisition*1 *1 This was tested with Dell T5500 (E5640 2.66GHz) + RAIDO (LSI MegaRAID SAS 9260-4i) and 4 pes SATA SSD drives (SAMSUNG MZ-7PC512) Windows7 64 bit Allegro or presto? You be the Conductor. When conducting imaging with a camera that has 4 194 304 pixels with 16-bit data depth, a single image is 8 megabytes. But capturing a single frame is child's play. What really matters is sustained, sequential image capture. Hamamatsu's ImageConductor gives you control over which speed works for you. In the default configuration, the...
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*2 Full well capacity / Readout noise median in slow scan *3 Minimum exposure time in internal trigger mode varies depending on sub-array setting. Minimum exposure time is in standard scan
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ORCA-Flash4.0 V2 Dimensional outlines Camera head (approx. 2.0 kg) Unit: mm C-Mount 85.5 13.5 125 85 Configuration example C-mount TV camera adapter Relay lens (0.5×, etc.) ORCA-Flash4.0 V2 digital camera set ORCA-Flash4.0 V2 HCImage*4 HSR*4 AC adapter Standard Commercially available software Option S SD C-mount lens USB 3.0 interface board and cable PC Laptop PC Camera Link interface board and cable *4 HCImage/HSR software provides standard image measurement functions. Please contact your local Hamamatsu Sales Office or distributor regarding actual configuration. Cover image: Rat...
カタログの8ページ目を開くHAMAMATSUのすべてのカタログと技術パンフレット
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PHOTON COUTING HEAD4 ページ
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FLAT PANEL TYPE4 ページ
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SPAD MODULES5 ページ
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LIGHTNINGCURE29 ページ
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Xenon Flash Lamps19 ページ
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ORCA-FUSION C14440-20UP12 ページ
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NanoZommer series8 ページ
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C13410 series4 ページ
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C13410-06A4 ページ
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PMA-128 ページ
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L125424 ページ
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FLAT EXCIMER16 ページ
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Optical Gauge series23 ページ
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L15208-013 ページ
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L15856-013 ページ
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L14001-012 ページ
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L11854-336-052 ページ
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L14351-024 ページ
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GC-113A2 ページ
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IMAGEMX2 series8 ページ
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ORCA-Fusion BT9 ページ
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DIUTHAME12 ページ
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J128532 ページ
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J12432-012 ページ
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J10919 SERIES2 ページ
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Si APD S14644 series6 ページ
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C15780-4014 ページ
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H15460-404 ページ
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R14755U-1002 ページ
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Photo IC for rangefinder14 ページ
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Si APD S14124-203 ページ
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Si photodiode S100433 ページ
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Si photodiode S96745 ページ
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Si photodiode S85593 ページ
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Si photodiode 81933 ページ
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Si photodiode S76864 ページ
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Si photodiode S25514 ページ
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C13398 series5 ページ
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InGaAs Image sensors17 ページ
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Si APD S14645 series6 ページ
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Si APD S14643-026 ページ
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MEMS mirror S13124-0110 ページ
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LIGHT SOURCES23 ページ
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PHOTOTUBES8 ページ
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FLAME SENSOR UVTRON4 ページ
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PSD8 ページ
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InGaAs Photodiodes20 ページ
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Infrared Detectors36 ページ
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Photo IC8 ページ
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Image Sensors48 ページ
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Si Photodiodes48 ページ
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Si APD16 ページ
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MPPC®, MPPC modules34 ページ
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Photonic Devices44 ページ
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IMAGE INTENSIFIERS20 ページ
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FLOW CELLS4 ページ
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COMPACT HIGH VOLTAGE2 ページ
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SCANBLOCK C105164 ページ
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UV TRONR DRIVING2 ページ
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High sensitivity2 ページ
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Si photodiodes41 ページ
カタログアーカイブ
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Opto-semiconductor Catalog38 ページ
