One of the main phenomena that commit the reliability of analog electronic systems working in the outer space is the presence of energetic ions that produce spurious transients after crossing the device. These pulses are transmitted to the network loading the device and can eventually lead to dangerous situations as it has been observed in some spatial missions. This paper shows how the value of the resistor loading the device can affect the shape of the transients
Integrated Circuits in space suffer from reliability problems due to the radiative surroundings. Hig...
It is necessary for space applications to evaluate the sensitivity of electronic devices to radiatio...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
The influence of a load resistor on the shape of the single event transients was investigated in the...
Microelectronic devices and systems have been extensively utilized in a variety of radiation environ...
The reliability of CMOS circuits has worsened due to technology scaling. From the review of previous...
A reliable voltage reference is mandatory in mixed-signal systems. However, this family of component...
New generation electronic devices have become more and more sensitive to the effects of the natural ...
International audienceThe behaviour of Integrated Circuits (IC), in Space, the high atmosphere or ev...
Unlike for memory elements inside integrated circuits, scarce life tests have been performed to stud...
Space is a hostile environment for electronic systems. The levels of ionizing radiation in space can...
Radiation in space is potentially hazardous to microelectronic circuits and systems such as spacecra...
On November 5, 2001, a processor reset occurred on board the Microwave Anisotropy Probe (MAP), a NAS...
Single event effect data is presented on the Analog Devices AD7984. The recent heavy-ion test result...
With the rise of the transistor in the 1970s, electronics shifted from analog circuitry, where value...
Integrated Circuits in space suffer from reliability problems due to the radiative surroundings. Hig...
It is necessary for space applications to evaluate the sensitivity of electronic devices to radiatio...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
The influence of a load resistor on the shape of the single event transients was investigated in the...
Microelectronic devices and systems have been extensively utilized in a variety of radiation environ...
The reliability of CMOS circuits has worsened due to technology scaling. From the review of previous...
A reliable voltage reference is mandatory in mixed-signal systems. However, this family of component...
New generation electronic devices have become more and more sensitive to the effects of the natural ...
International audienceThe behaviour of Integrated Circuits (IC), in Space, the high atmosphere or ev...
Unlike for memory elements inside integrated circuits, scarce life tests have been performed to stud...
Space is a hostile environment for electronic systems. The levels of ionizing radiation in space can...
Radiation in space is potentially hazardous to microelectronic circuits and systems such as spacecra...
On November 5, 2001, a processor reset occurred on board the Microwave Anisotropy Probe (MAP), a NAS...
Single event effect data is presented on the Analog Devices AD7984. The recent heavy-ion test result...
With the rise of the transistor in the 1970s, electronics shifted from analog circuitry, where value...
Integrated Circuits in space suffer from reliability problems due to the radiative surroundings. Hig...
It is necessary for space applications to evaluate the sensitivity of electronic devices to radiatio...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...