To reach Basler’s high goals for the sprint sensor, the positive properties of current sensor technologies were combined.
The well- known image quality of CCD sensors was combined with the high speed of CMOS to achieve a “best of both worlds” result. The sprint development project resulted in a unique sensor design with a high QE (quantum efficiency) of up to 60%, a fill factor of 100%, and a very high SNR (signal-to-noise ratio) at low light conditions.This means that users will see very low noise levels and unique speed levels. A maximum line rate of 140 kHz can be reached at either 2k or 4k resolution.With 8k resolution a line rate of up to 70 kHz can be reached.The fact that there is no gap between the two active lines in the sensor makes it easy to fit the camera into both existing and new applications with no spatial artifacts.
The well- known image quality of CCD sensors was combined with the high speed of CMOS to achieve a “best of both worlds” result. The sprint development project resulted in a unique sensor design with a high QE (quantum efficiency) of up to 60%, a fill factor of 100%, and a very high SNR (signal-to-noise ratio) at low light conditions.This means that users will see very low noise levels and unique speed levels. A maximum line rate of 140 kHz can be reached at either 2k or 4k resolution.With 8k resolution a line rate of up to 70 kHz can be reached.The fact that there is no gap between the two active lines in the sensor makes it easy to fit the camera into both existing and new applications with no spatial artifacts.
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