Kappa PS4C-285 Cooled Monochrome Digital Cameras
Offering Wholesale, OEM, USA / International, GSA Government / Educational, Reseller / Retail, & Quantity Prices and Specifications / Datasheets, Installation Guides, and Operational Manuals.
Price Documents
→ Number of pixels (HxV): 1392 x 1040 effective
→ Spectral sensitivity (without IR -filter): 320 nm - 1100 nm
→ Full well capacity: 23 000e¯
→ A/D-conversion factor: 5.6 e¯ / increment
→ Dynamic: 63 dB (measured in dark image, at 66 ms exposure time at 0 dB gain)
→ Slow Scan Mode: 66 dB (switchable on/off, camera-output 25% of the fps-default values) → Sensitivity: 0.0000017 |ux at 20 min exposure time (measured at 18 dB gain, gamma = 1, 50 % level, 3000K)
→ Exposure time manaul: 1 µs up to 20 min
→ Exposure time automatic (AE): 1 µs up to 66 ms
→ Camera output format full frame: 1430 x 1050 pixel, 15 fps
→ Camera output format binning: 2 fold; 4 fold; 8 fold
→ Camera output format partial scan: image size freely adjustable
→ Double-stage Pelter cooling via software switchable: on/regulated/max/Slow Scan Mode
→ Temperature of the sensor unregulated: Delta T 42K
→ Temperature of the sensor regulated: -15ºC (ambient temperature from 15ºC up to 27ºC)
The PS4C-285 digital PS cameras have been designed especially for software integrations. The matching Kappa sdk3 offers state-of-the-art software environment based on .net and C-API.
Kappa's PS4C 285 cooling element allows for sensor temperatures of -10 °C at ambient temperatures of up to +30°C, thus enabling exposure times of several minutes while maintaining good dynamic performance. In fluorescent microscopy applications this helps to visualize structures which would be almost invisible even to the well-adapted eye.
To help reduce readout noise Kappa PS4C285 cameras can be read out with a reduced clock rate. Electronic noise is kept at bay by using high-quality components and employing sophisticated circuitry.
Similar Models:
DX4C-285: 2/3" Sony ICX285AL, EXview HD
DX40C-285: Color
PS40-285: 2/3" Sony ICX285AQ, EXview H
