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Hitachi KP-DE500 Highly Sensitive EMCCD Color or Monochrome Camera
The Hitachi KP-DE500 (color camera) and Hitachi KP-E500 (monochrome camera) are highly sensitive EM-CCD cameras with a new half inch color or monochrome EM-CCD to achieve exceptional sensitivity.
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Introducing the Hitachi KP-DE500 The Hitachi KP-DE500 (color/monochrome camera) and KP-E500 (monochrome camera) are highly sensitive EM-CCD cameras that use thermoelectric cooling to reduce the effects of dark current noise by using a new digital signal processor (DSP) providing sharp, clear images. Electron Multiplied EM-CCD Imaging Sensor Equipped with a new ½” EM-CCD sensor and the use of electron multiplication is used to achieve exceptional sensitivity. Offering a resolution of 480x350, the KP-DE500 can detect light at 0.0009 lx in color mode and 0.00005 lx in mono mode. KP-E500 monochrome version, offers even higher sensitivity with light detection at an amazing 0.00003 lx. Highly Sensative with Thermoelectric Cooling Traditionally, a highly sensitive camera will use an Image Intensifier Tube that can burn, and result in shortened life span of the camera. Using the KP-DE500/DP-E500 with thermoelectric cooling, the EM-CCD sensor will outlast the traditional cameras while delivering reliable picture clarity and digital noise reduction. KP-DE500 Sensitivity The KP-DE500 is 100 times more sensitive than a standard camera KP-DE500: Color Mode
KP-DE500: Monochrome Mode
For higher sensitivity in low light conditions, the KP-E500 Monochrome Camera is available. KP-E500: Monochrome only
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Outside US: +1-845-343-4077 How does an EMCCD Camera Work?Based on a standard interline transfer CCD, an extended readout register is added to the silicon image sensor that amplifies the image signals through a process called impact ionization. As the pixel signals are shifted towards the readout amplifier they pass through a high voltage multiplication gain register and the high energy electrons create secondary electrons as they are knocked free. This dramatically increases the signal-to-noise ratio and allows the system gain to be increased delivering ultra high gain and exceptional lowlight imaging performance. |
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