International audienceThis article assesses, for the first time, a body/bulk built-in current sensor (BBICS) in a CMOS 65-nm test chip under thermal neutron, high-energy neutron, and laser radiation. Experimental results suggest that the on-chip current sensor is effective to detect transient faults in different case-study subcircuits of the chip exposed to the accelerated radiation effects, opening prospects for embedding this type of sensor in reliable, secure, and low-power integrated circuit application
The irradiations of CMS silicon sensors with fast neutrons are analyzed. CMS silicon sensors are exp...
Neutron bombardment of bipolar transistors creates cluster defects in semiconductor material. The cl...
Central to the design of any detector system is a detailed understanding of the current and power di...
International audienceThis article assesses, for the first time, a body/bulk built-in current sensor...
International audienceThis work assesses for the first time a body built-in current sensor in a CMOS...
International audienceBulk Built-In Current Sensors (BBICS) are fault detection mechanisms embedded ...
International audienceSeveral architectures of Bulk Built-In Current Sensors (BBICS) were recently p...
International audienceToday's integrated circuits are liable to operate under transient faults creat...
International audienceBulk Built-In Current Sensors (bbicss) were introduced to detect the anomalous...
The bulk built-in current sensor (BBICS) is a cost-effective solution for detection of energetic par...
International audienceOver the last few years, many architectures of body or bulk built-in current s...
International audienceSoft error resilience is an increasingly important requirement of integrated c...
International audienceBulk Built-In Current Sensors (BBICSs) are able to detect anomalous transient ...
International audienceSoft error resilience is an increasingly important requirement of integrated c...
International audienceThe peripheral dose distribution is a growing concern for the improvement of n...
The irradiations of CMS silicon sensors with fast neutrons are analyzed. CMS silicon sensors are exp...
Neutron bombardment of bipolar transistors creates cluster defects in semiconductor material. The cl...
Central to the design of any detector system is a detailed understanding of the current and power di...
International audienceThis article assesses, for the first time, a body/bulk built-in current sensor...
International audienceThis work assesses for the first time a body built-in current sensor in a CMOS...
International audienceBulk Built-In Current Sensors (BBICS) are fault detection mechanisms embedded ...
International audienceSeveral architectures of Bulk Built-In Current Sensors (BBICS) were recently p...
International audienceToday's integrated circuits are liable to operate under transient faults creat...
International audienceBulk Built-In Current Sensors (bbicss) were introduced to detect the anomalous...
The bulk built-in current sensor (BBICS) is a cost-effective solution for detection of energetic par...
International audienceOver the last few years, many architectures of body or bulk built-in current s...
International audienceSoft error resilience is an increasingly important requirement of integrated c...
International audienceBulk Built-In Current Sensors (BBICSs) are able to detect anomalous transient ...
International audienceSoft error resilience is an increasingly important requirement of integrated c...
International audienceThe peripheral dose distribution is a growing concern for the improvement of n...
The irradiations of CMS silicon sensors with fast neutrons are analyzed. CMS silicon sensors are exp...
Neutron bombardment of bipolar transistors creates cluster defects in semiconductor material. The cl...
Central to the design of any detector system is a detailed understanding of the current and power di...