Abstract
Effects of well doping density on the performance of GaAs/AlGaAs p-type quantum well infrared photodetectors are systematically studied. We find that for devices covering the 3–5 μm wavelength region and operating at about 100 K, the optimum two-dimensional doping density is in the range 1–2×1012 cm−2, which maximizes the background limited infrared performance temperature and dark current limited detectivity. Increasing the doping density not only enhances the peak absorption but also broadens the linewidth pronouncedly.
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