The CAMRAD research and development project aims at developing a new high performance CMOS radiation hard camera technology that can withstand several MGy(SiO2) of ionizing radiation without shielding and without significant image quality degradation. Such a technology will significantly benefit to the dismantling and decontamination industries by enabling the monitoring and inspection of radioactive areas that cannot be observed today. This paper presents the overall project as well as the results of the technology exploration phase aiming at selecting the best materials, designs and hardening techniques to reach the ambitious goal of CAMRAD
Radiation Hardening of Digital Color CMOS Camera-on-a-Chip Building Blocks for Grad Total Ionizing D...
International audienceThe impact of the manufacturing process on the radiation-induced degradation e...
Total ionizing dose effects are studied on a radiation hardened by design (RHBD) 256×256 -pixel CMOS...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
Radiation Hardening of Digital Color CMOS Camera-on-a-Chip Building Blocks for Grad Total Ionizing D...
International audienceThe impact of the manufacturing process on the radiation-induced degradation e...
Total ionizing dose effects are studied on a radiation hardened by design (RHBD) 256×256 -pixel CMOS...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
The impact of the manufacturing process on the radiation-induced degradation effects observed in CMO...
Radiation Hardening of Digital Color CMOS Camera-on-a-Chip Building Blocks for Grad Total Ionizing D...
International audienceThe impact of the manufacturing process on the radiation-induced degradation e...
Total ionizing dose effects are studied on a radiation hardened by design (RHBD) 256×256 -pixel CMOS...