Rehm, RobertRobertRehmWalther, MartinMartinWaltherRutz, FrankFrankRutzSchmitz, J.J.SchmitzLuppold, WolfgangWolfgangLuppoldWauro, M.M.WauroNiemasz, JasminJasminNiemaszWörl, AndreasAndreasWörlMasur, J.-M.J.-M.MasurKirste, LutzLutzKirsteScheibner, R.R.ScheibnerZiegler, J.J.Ziegler2022-03-112022-03-112011https://publica.fraunhofer.de/handle/publica/37459910.1109/IQEC-CLEO.2011.61938842-s2.0-848620714582-s2.0-84893635518High-performance dual-color infrared imaging systems have been realized with InAs/GaSb type-II superlattices. The detectors offer a spatial resolution of 288x384 pixels with a simultaneous, co-located detection at 3-4 m (blue channel) and 4-5 m (red channel), respectively. Against a 300 K background, a thermal resolution of 18 mK in the blue and 10 mK in the red channel has been achieved. The detectors are well suited for low-false alarm imaging of hot carbon dioxide signatures on a millisecond time scale.en667conference paper