New EyeR Core Thermal Imager

July 12, 2011 - PRLog -- The new EYE-R core™ is the next generation in thermal imaging engine. Designed to offer ultra low power consumption offers powerful built in FPGA, tecless and shutter less operation and utilises the latest 640x480 17µm pixel imager.  This has provided a dramatic improvement in video quality combined with a significant increase in picture resolution against the 25µ pitch predecessor.

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http://www.premierelect.co.uk/thermal%20imaging.html
for further information

Shutter less technology allows uncooled IR engines and cameras to operate continuously without the need for a mechanical shutter for NUC (Non Uniformity Correction) operations. By eliminating the need for a shutter, these engines are constantly open; experiencing no image freezes - critical to applications such as missile warning systems. Shutter less engines are also smaller and lighter than conventional engines, operate silently, have a faster start up time, consume less power and have better MTBF. The NUC function is achieved by using look up tables and  carried out on the fly.

Visit

http://www.premierelect.co.uk

for further information




Packed in a small, lightweight, low power format this thermal imaging engine is based on a 640x480 pixels 17micron ASi microbolometer detector. It is tuned to the long wave infrared band with a sensitivity of

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