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pco.dimax cs4 - high speed camera

pco.dimax cs4 - PCO high speed camera

The pco.dimax cs camera series has been specifically designed for harsh and demanding applications, inter alia, vehicle crash tests or microscopy experiments. Therefore, the cameras are compact, lightweight and ruggedized, allowing for being mounted in a multitude of positions (onboardoff-board).

The pco.dimax cs4 achieves frame rates of up to 1102 fps at a resolution of 2016 x 2016 pixels. Its excellent light sensitivity and outstanding image quality classify the slow motion videos for precise analysis and measurements. Multiple lens mounts (incl. electronic lens control), HD-SDI video output and the automatic image calibration feature make the cameras a versatile and powerful tool.

Key features of pco.dimax cs4:

- 1102 fps @ 2016 x 2016 resolution
- 85 x 85 x 102.5 mm compact measurement
- 12 bit dynamic range
- 9 GB internal camera memory
- high-G ruggedized body (150G for 11 ms)
- secure trigger & sync modes
- excellent light sensitivity
- quick-change lens adapter
- automatic image calibration
- HD-SDI output
- electronic Canon lens control (optional)

Technical data of pco.dimax cs4:

parameterunitsetpointpco.dimax cs3
resolution (hor x ver)pixel1920 x 1440
pixel size (hor x ver)11.0 x 11.0
peak quantum efficiency%@ 600 nm typ.50
dynamic range A/Dbit12
readout noisee- rms22
frame ratefps1603
exposure time ranges1.5 µs - 40 ms
region of interest (ROI)steps of24 x 4 pixel (centered)
optical inputF-mount, C-mount
data interfaceGigE

QE curves of pco.dimax cs4:

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pco.dimax cs4 - high speed camera

pco.dimax cs4 - high speed camera

The pco.dimax cs camera has been specifically designed for harsh and demanding applications, inter alia, vehicle crash tests or microscopy experiments. Therefore, the cameras are compact, lightweight and ruggedized, allowing for being mounted in a multitude of positions.

The pco.dimax cs4 achieves frame rates of up to 11102 fps at 2016 x 2016 pixels. Its excellent light sensitivity and outstanding image quality classify the slow motion videos for precise analysis and measurements.

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