2009
DOI: 10.1364/jot.76.000757
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Linear 288×4-format photodetector with a bidirectional time-delay-and-storage regime

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“…For photon detectors with different cut-off lengths, the detectivity D* λ (λ) is increasing with wavelength decrease to a great degree compensating the /W for λ max ≈ 10.5-11 μm and FOV ≈ 30° (λ u ≈ 7.8 μm, λ co ≈ 11.2 μm, photon fluxes N ph ≈ ) for arrays with time delay and integration (TDI) function over 4 sensitive elements (see [26]), which gives the possibility to obtain NETD ≈ 9 mK. TDI function allows to increase the sensitivity approximately as square root of the number of elements.…”
Section: Photon Detectors Upper Limit Performancementioning
confidence: 99%
“…For photon detectors with different cut-off lengths, the detectivity D* λ (λ) is increasing with wavelength decrease to a great degree compensating the /W for λ max ≈ 10.5-11 μm and FOV ≈ 30° (λ u ≈ 7.8 μm, λ co ≈ 11.2 μm, photon fluxes N ph ≈ ) for arrays with time delay and integration (TDI) function over 4 sensitive elements (see [26]), which gives the possibility to obtain NETD ≈ 9 mK. TDI function allows to increase the sensitivity approximately as square root of the number of elements.…”
Section: Photon Detectors Upper Limit Performancementioning
confidence: 99%