Introduction The Tanon – 6200 system is the ideal luminescent imager. It uses a back-illuminated/blue-enhanced EMCCD camera with high quantum efficiency.The camera is cooled to absolute temperatures to minimize background noise and and enhance the Signal-to- Noise radio. F/0.95 lens upgrade the sensitivity. The system produce luminescent images of very faint samples at speeds faster than exposure time of film-based detection. Features Super cooling to -30℃(absolute) for optimal imaging with low-light applications. True 16-bit date and a dynamic range that covers 4 orders of magnitude to maximize limit of detection. The operation of excitation sources , motorized lens , the imaging taken and CCD cooling on-off are controlled by the GIS 1-D software. Technical parameters Camera : High-sensitivity monochrome EMCCD camera Sensor : e2v Back-illuminated, blue-enhanced EMCCD Camera cooling system : Peltier Cooling range (absolute) : -30℃ Quantum efficiency : High QE: 96% Dark current : 0.5e-/pixel/sec. @ -30º C Readout noise : ≤1 e- RMS at 5 MHz Exposure time : 1ms-60min Pixel array size (H×V) : 1024 x 1024 A/D conver : 16 bit (0-65535) Pixel size (H×V) : 16um×16um Binning : 1×1,2×2 Dynamic range : >4.6 OD Motorized lens : F/0.85,1 inch lens, Software - controlled Focus Zoom : Two locality sample platform Excitation sources : Overhead LED white light Filter station : No Filter : No Sample area : 15×15cm Sample thickness : 0.01mm~10cm Operating system compatibility : Windows Xp, Windows 7, Windows 8
Introduction The Tanon – 6200 system is the ideal luminescent imager. It uses a back-illuminated/blue-enhanced EMCCD camera with high quantum efficiency.The camera is cooled to absolute temperatures to minimize background noise and and enhance the Signal-to- Noise radio. F/0.95 lens upgrade the sensitivity. The system produce luminescent images of very faint samples at speeds faster than exposure time of film-based detection.
