Infrared detector array boasts 25% enhancement in measurement stability

Infrared detector array boasts 25% enhancement in measurement stability

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The infrared detector is well suited for applications such as gas analysis, spectroscopy, process and quality control, thermal imaging applications and manufacturing or assembly process lines. The LMA ´s superior measurement stability is made possible by three key factors. First, the 256-element array (consisting of six compensation elements…
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The infrared detector is well suited for applications such as gas analysis, spectroscopy, process and quality control, thermal imaging applications and manufacturing or assembly process lines. The LMA ´s superior measurement stability is made possible by three key factors. First, the 256-element array (consisting of six compensation elements and 250 active elements) provides real-time measurement compensation for environmental changes.

The measurement is adjusted based on a comparison of the six compensation elements and three active elements on each side of the array. Secondly, the new LMA design reduces the effects of system noise by up to 10%, optimizing the measurement resolution. Finally the LMA ´s built-in shielding isolates the array from environmental variables that could reduce measurement accuracy.

The new optional cooler controller further optimizes measurement stability by providing the means to fine-tune the temperature set point via included software, allowing the array to be set at the optimal operating temperature for a particular target application.

The LMA technology is available in both rectangular (PbS and PbSe) and square (PbSe) configurations in an industry-standard 28-pin package.  The optional refined cooler controller can be integrated with a USB electronics drive board.

Visit Cal Sensors at www.calsensors.com

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