Optoelectronic sensors degradation induced by the radiations of the space environment

Christophe Inguimbert (1) , Thierry Nuns (1) , Kevin Lemiere (1) , Dominique Hervé (2) , Aurélien Vriet (2) , Juan Barbero (3) , Juan Moreno (3) , Alexandru Nedelcu (4) , Samuel Ducret (4)

1 DPHY, ONERA, Université de Toulouse [Toulouse]
2 SODERN
3 ALTER Technology
4 LYNRED

Space systems are subject to space radiative environment, and potentially to radiations injected in low earth orbit by the explosion of nuclear weapons. Optoelectronic components of space systems are sensitive to the radiation induced degradation of the semiconductor material. This paper presents recent results obtained during a study funded by the EDA [1] (European Defense Agency): JIP-ICET2 A-1341-RT-GP within the CapTech Technologies for Components and Modules' (TCM) in EDA. (Tracking #: SD102-11).

Mots clés: RADIATION EFFECTS; IMAGE SENSORS; PHOTODIODES; SPACE; OPTOELECTRONIC; SPACECRAFT PLASMA ENVIRONMENT; DAMAGE; DEFECT; NIEL

Mots clés: ENVIRONNEMENT SPATIAL; RADIATION; OPTOELECTRONIQUE; DOSE DE DOMMAGE

Domaines: Sciences de l'ingénieur [physics]; Physique [physics]

Christophe Inguimbert, Thierry Nuns, Kevin Lemiere, Dominique Hervé, Aurélien Vriet, et al.. Optoelectronic sensors degradation induced by the radiations of the space environment. OPTRO 2020, Jan 2020, PARIS, France. ⟨hal-02487060⟩