Kodak image sensor kaf-4320 Manuel D’Utilisation

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PRODUCT SUMMARY  
KODAK KAF-4320 IMAGE SENSOR 
2084 (H) X 2085 (V) FULL FRAME CCD IMAGE SENSOR
DESCRIPTION 
The KODAK KAF-4320 Image Sensor is a high 
performance monochrome area CCD (charge-coupled 
device) image sensor with 2084H x 2085V photoactive 
pixels. It is designed for a wide range of image sensing 
applications in the 350 nm to 1000 nm wavelength band. 
A dynamic range of >32,000:1 is possible with read out 
time less than 0.5 seconds. 
The sensor is built with a true two-phase CCD technology 
employing a transparent gate. This technology simplifies 
the support circuits that drive the sensor, reduces the 
dark current without compromising charge capacity, and 
significantly increases to optical response compared to 
traditional front illuminated full frame sensors. 
Twenty-four micron pixels are arranged into an array of 
2084x2085 photosites. One quarter of the image is read 
from each of four outputs. Each output is driven by a low 
impedance two stage source follower that provides a 
high conversion gain, allowing low noise at pixel rates of 
3MHz per output (net readout rate of 12MHz). 
APPLICATIONS 
•  Medical Imaging 
•  Scientific Imaging 
 
  
 
Parameter Typical 
Value 
Architecture  
Full-Frame CCD 
Total Number of Pixels  
2092 (H) x 2093 (V)  
Number of Active Pixels  
2084 (H) x 2085 (V) = approx. 4.3M  
Pixel Size  
24 µm (H) x 24 µm(V)  
Imager Size  
50.02 mm (H) x 50.02 mm (V)  
Die Size  
8.4mm (H) x 5.5mm (V)  
Output Sensitivity  
10µV/e
-
  
Saturation Signal  
500,000 electrons  
Readout Noise  
20 electrons (3 MHz)  
Outputs  
4  
Dark Current (T = 25° C) 
<15pA/cm
2
Dark Current Doubling Temperature   6.4° C  
Dynamic Range  
20,000: 1  
Blooming Suppression  
None  
Maximum Data Rate  
3 MHz 
Package PGA 
Package 
Cover Glass 
Clear 
 
www.kodak.com/go/imagers