The potential performance of infrared focal plane arrays operating at room temperature under both diffraction-limited and background-limited conditions is modeled. Operation at the diffraction limit ensures the ultimate in system… Click to show full abstract
The potential performance of infrared focal plane arrays operating at room temperature under both diffraction-limited and background-limited conditions is modeled. Operation at the diffraction limit ensures the ultimate in system range performance whilst at the same time providing a limit on available system sensitivity. The model is applied to predict the available room-temperature system performance of both photon and thermal detector architectures across the complete infrared spectrum. The limitations required of various system parameters to achieve background- and diffraction-limited performance are discussed.
               
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