Spectroscopy Cameras

Breakthrough eXcelon CCD Technology Now Enhances Sensitivity for Low-Light, NIR Imaging and Spectroscopy
Princeton Instruments is pleased to introduce eXcelon deep-depletion CCDs and cameras for low-light, near-infrared (NIR) imaging and spectroscopy. New eXcelon deep-depletion technology provides significant improvements over standard deep-depletion technology, including reduced etaloning and higher quantum efficiency (QE) across a broader wavelength range (200 to 1100 nm). The new CCDs, with 1340 x 100, 1340 x 400, 1024 x 1024, and 1340 x 1300 resolutions, are available in Princeton Instruments PIXIS and Spec-10 deep-cooled, low-noise camera platforms. As well as being ideal for broad UV-NIR detection, new eXcelon deep-depletion technology is also especially well suited to low-light, NIR imaging and spectroscopy applications, including NIR Raman spectroscopy, solar wafer/cell inspection, NIR luminescence, and astronomy.
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New....eXcelon - breakthrough back-illuminated CCD and EMCCD Detector Technology Sets a New Standard for Sensitivity
Princeton Instruments (Trenton, USA), e2v (Chelmsford, UK), and Photometrics (Tucson, USA) are pleased to announce the launch of new eXcelonTM back-illuminated charge-coupled device (CCD) and electron-multiplication CCD (EMCCD) detector technology that is ready to revolutionize scientific imaging and spectroscopy. Princeton Instruments will introduce several new cameras based on this exclusive technology during the 2010 Photonics West Conference, January 26–28.
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Princeton Instruments Launches New Line of Low-Light CCD Cameras Using Breakthrough eXcelon Back-Illuminated Sensor Technology
Princeton Instruments is pleased to introduce a series of highly sensitive CCD cameras for scientific imaging and spectroscopy applications. Based on Princeton Instruments’ popular deep-cooled PIXIS platform, the new cameras utilize proprietary eXcelon back-illuminated sensor technology to provide significant improvements in sensitivity and fringe suppression. Available in 1340x100, 1340x400, 1340x1300, 512x512, 1024x1024 and 2048x2048 pixel array formats, these eXcelon-enabled cameras offer superior performance for a variety of applications, including astronomical imaging, Raman spectroscopy, Bose-Einstein Condensate (BEC) imaging, and solar panel inspection.
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Princeton Instruments Enhances ProEM EMCCD Camera Performance by Incorporating Breakthrough eXcelon Back-Illuminated Sensor Technology
Princeton Instruments is pleased to announce the addition of proprietary eXcelon back-illuminated sensors to its popular ProEM deep-cooled EMCCD camera platform. New eXcelon-enabled ProEM cameras provide significant improvements in sensitivity and fringe suppression. Available in 512x512 and 1024x1024 frame-transfer pixel array formats, these next-generation ProEM cameras offer superior performance for a variety of applications, including single-molecule fluorescence imaging, time-resolved astronomy, and plasma diagnostics.
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