FFEATTURES SSPPEECCTTRRAALL RREESSPPONNSSEE š This is typical, not guaranteed. 0 10 20 30 40 50 60 70 80 90 100 400 500 600 700 800 900 1000 1100 Wavelength (nm) Quantum efficiency (%) Electron Multiplying TDI CCD Camera C9100-03 EM-TDI CCD Camera APPLIICATIIONS High speed and high resolution scanning for low light application e.g. Ultra low light fluorescence imaging Continuous imaging for moving object, flowing material and large size sample TDI mode and Area mode in one camera Resolution 1000(H) × 1000(V) Pixel clock 35 MHz Line rate up to 30.9 kHz in TDI mode High EM gain (2000x) 14 bit A/D converter Stable cooling at - 50 °C Electrical shutter Cyclic trigger The C9100-03 is a unique EM (Electron Multiplying) CCD camera with TDI readout mode. The combination of this EM and TDI (Time Delay Integration) technology enables seamless high speed scanning for ultra low light objects. Significant performance of high gain, excellent signal to noise ratio, high resolution and high speed are combined with a proprietary hermetic vacuum chamber evacuated to approx.1.3×10-6 Pa (10-8 Torr). Furthermore, the camera controls cooling temperature stably at -50 °C even when the ambient temperature is fluctuated from 0 °C to +40 °C. This stable cooling temperature contributes to the uniform electron multiplying factor. 2000 times gain factor is possible while operating at 30.9 kHz line rate and 14 bit digitization. Integration of the high vacuum, stable deep cooling and optimally designed electronics enables to minimize the camera noise. The readout noise of this camera is less than one electron at maximum EM gain. In addition to that integration of on-chip EM gain feature and stable deep cooling performance contribute to increase signal level significantly against camera noise. The C9100-03 is recommended for any application requiring, high speed, high sensitivity and high resolution imaging under ultra low light condition. TDI (Time Delay Integration) is a particular readout method of the CCD. When charges are readout from the CCD, the CCD vertically transfers the charges line by line. If the charge transferring speed and the object moving speed are matched perfectly, it enables exposure time for the moving object to be as long as the charge transferring time of the vertical stages in the CCD. This method is called TDI, the technology enables to capture image of moving object with high speed and high sensitivity. Scanning direction Object motion Lens Camera Signal intensity TDI Sensor Perfectly seamless image acquisition with high sensitivity and high-speed

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