Estimating Low-Temperature RTS Rate in MCT FPA Through High-Temperature Noise Measurements

Today, one of the main challenges in the quantum infrared detection field is to increase the operating temperature in order to reduce size, weight and power-cost (SWAP). However, this leads to two major issues: an increase in the number of random telegraph signal (RTS) pixels and a residual fixed pa...

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Veröffentlicht in:Journal of electronic materials 2024-10, Vol.53 (10), p.5813-5819
Hauptverfasser: Claret, Antoine, Cervera, Cyril, Baier, Nicolas, Gravrand, Olivier, Kerlain, Alexandre, Rubaldo, Laurent, Goiffon, Vincent
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Sprache:eng
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