pco.2000
cooled 14 bit CCD camera

The pco.2000 high resolution 14 bit CCD cooled camera comprises advanced CCD and electronics technology. With the approach to integrate the image memory into the camera itself, it enables fast image recording with 160 MB/s. The system features thermoelectric cooling, a high resolution and low noise. It consists of a compact camera with an external intelligent power supply.

The image data is transferred via customer selectable standard data interfaces to your computer. The available exposure times range from 500 ns to 49 days. These features make the pco.2000 camera perfectly suited for low light camera and piv camera applications. 

  • pco.2000 CCD camera system front left image
  • pco.2000 CCD camera system front right view image
  • pco.2000 CCD camera system rear view image Camera Link
  • pco.2000 CCD camera system rear view image Firewire
  • pco.power front view image (power supply for pco.2000)
  • pco.power rear view image (power supply for pco.2000)
  • resolution (2048 x 2048pixel)
  • cooled 14bit dynamic range
  • image rate of 14.7 fps @ full resolution
  • low noise of 6 e- rms @ 10 MHz
  • thermoelectrical cooling of delta -50°C vs. ambient
  • image memory in camera (camRAM up to 4GB)
  • standard interfaces (USB 3.0, camera link, GigE / USB 2.0)
  • ultra stable offset

product data sheet contact

  • parameter unit setpoint pco.2000
    resolution (hor x ver) pixel 2048 x 2048
    pixel size (hor x ver) µm 7.4 x 7.4
    peak quantum efficiency % @ 500 nm typ. 55
    dynamic range A/D bit 14
    readout noise e- rms @ 10 MHz 6
    frame rate fps @ full frame 14.7
    exposure time range s 500 ns .. 49 days
    binning (hor) pixel analog 1, 2
    binning (ver) pixel analog 1, 2, 4, 8
    optical input Nikon F-mount,
    C-mount
    data interface GigE, USB 2.0, USB 3.0,
    Camera Link (base)
    cooled CCD
    temperature
    @ difference vs. ambient -50
  • Quantum efficiency curves of the pco.2000 monochrome CCD image sensor (measured and supplied by Kodak).