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In this work, we characterized an X‐ray position sensitive gaseous detector based in a triple stack of gas electron multipliers. The readout circuit is divided in 256 strips for each dimension and using a resistive chain interconnecting the strips, we are able to reconstruct the radiation interaction points by resistive charge division. The detector achieved gains above 10 4 , energy resolution of 15.28% (full width at half maximum) for 5.9 keV X‐rays, and position resolution of 1.2 mm, while operating in Ar/CO 2 (90/10) at atmospheric pressure.

Characterization of a triple‐GEM position sensitive detector for X‐ray fluorescence imaging