Pyreos

Line Sensors

Pyreos has developed a product family of uncooled packaged line sensor array components that have a multiplexed analogue output. These offer exceptional performance and value to customers requiring in depth analyses across the near infrared, mid infrared or far infrared spectra, from ~1.2-30 microns.

These detectors expand the possibilities for mid IR analysis as well as offering  a low cost  alternative to expensive InGaAs, lead salt and cooled detectors. Our line sensors are perfect for applications including IR spectroscopy, medical products, laser calibration meters, multi-gas analysers, and industrial processes analysis to name but a few of the potential applications.

The line arrays are all packaged into one standard robust metal package, and can be fitted with your choice of IR filter window. Current filter window options kept in stock include; near IR, anti—reflection coated Germanium, 8-14 micron, and a small selection of linear variable filters. We are more than happy to fit a different filter window to suit your specific need, and we have access to several IR filter suppliers full catalogue of filter options to help ensure you get the optimum solution.

Not the resolution or physical size you require? Contact us for a custom IR sensor array design that can be exclusive to you. We can also provide IR line sensor die for customers to package into there exisitng packages if preferred.

To support our customers development and evaluation activities we also offer a demonstration kit that allows simple and straightforward analysis of the signal output via a computer. Please contact us for more information about our line sensor products and customisation.

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  • 1 x 128 line array - this is our entry level product enabling in depth IR analysis at a very affordable price
  • 1 x 510 line array - for those applications that require the highest resolution and precision
  • Evaluation kit        - used with all line sensor array products enabling immediate pc control and fast flexible evaluation

 

 

 
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