Latest News
2012-05-04 - Discover the first High Dynamic Range VGA InGaAS sensor at DSS Show 2012...
NIT will participate to the Defense Security and Sensing 2012 in Baltimore, April 23-27, where we will exhibit the World first VGA InGaAS sensor with [...]
2012-02-20 - NEW PRODUCT INTRODUCTION : A stereoscopic camera based upon NIT Native WDR CMOS sensor...
NIT has introduced a stereoscopic camera based upon its global shutter high dynamic range CMOS sensor NSC1001. This unit and [...]
2012-01-26 - Come to see us at OPTRO, booth 25 and see our Native Wide Dynamic Range™ sensors...
NIT will exhibit at the forthcoming show OPTRO 2012 in Paris, February 8-10, and will present its Native [...]
New Product Announcement : NSC0905FO, an HDR sensor...
The NSC0905FO is a 1280x1024 pixel Native Wide Dynamic Range™ sensor coupled to a flat fiber optic. This sensor has a pixel size of 10.6um and offers more than 120 dB of dynamic range.
The diagonal size of the NSC0905FO allows matching the standard 18mm phosphor I2 tube interface without losing spatial resolution.
Other applications include X-ray or gamma-ray imaging through the deposition of fluorescent material layers at the fiber optic surface.
The NSC0905FO has a maximum frame rate of 60 Hz full frame and offers on chip 2x2 binning and center zooming.
Thanks to its Native Wide Dynamic RangeTM of more than 120 dB the sensor does not require any setting or exposure time control. Power consumption of the sensor is less than 150 mW.
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The NSC0905FO is a 1280x1024 pixel Native Wide Dynamic Range™ sensor coupled to a flat fiber optic. This sensor has a pixel size of 10.6um and offers more than 120 dB of dynamic range. The diagonal size of the NSC0905FO allows matching the standard 18mm phosphor I2 tube interface without losing spatial resolution. Other applications include X-ray or gamma-ray imaging through the deposition of fluorescent material layers at the fiber optic surface. |
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The NSC0905FO has a maximum frame rate of 60 Hz full frame and offers on chip 2x2 binning and center zooming. Thanks to its Native Wide Dynamic Range Image of the NSC0905FO coupled to an I2 tube™ of more than 120 dB the sensor does not require any setting or exposure time control. Power consumption of the sensor is less than 150 mW. |