Test for Reliability is a test flow where an Integrated Circuit (IC) device is continuously stressed under several corner conditions that can be dynamically adapted based on the real-time observation of the critical signals of the device during the evolution of the test. We present our approach for a successful Test-for-Reliability flow, going beyond the objectives of the traditional reliability approach, and covering the entire process from design to failure analysis
Assessing the effectiveness of reliability growth testing allows decisions to be made about the mana...
Failure analysis (FA) is an important function in the development and manufacturing of integrated ci...
textAs high-density, low-cost, high-performance computing devices become more ubiquitous, there is ...
Integrated electronic systems are increasingly used in an wide number of applications and environmen...
Integrated circuits have evolved from early transistor technology as a result of the increasing reli...
Test is often seen as a necessary evil; it is a fact of life that ICs have manufacturing defects and...
Reliability testing of electronics is performed to ensure that products function as planned in speci...
International audienceAs semiconductor technologies evolve, the development of methodologies and too...
3D integration comes with the introduction of many new processes and materials that may affect behav...
As processor reliability becomes a first order design con-straint, this research argues for a need t...
High operational reliability of an electronic material or a device intended for aerospace applicatio...
AbstractA complete product design cycle should include the following three stages: target setting, p...
Aging phenomena are first evidenced at device level to cell level considering a precise knowledge of...
The growing usage of electronic systems in safety- and mission-critical applications, together wi...
Dealing with static and dynamic parameter varia-tions has become a major challenge for design and te...
Assessing the effectiveness of reliability growth testing allows decisions to be made about the mana...
Failure analysis (FA) is an important function in the development and manufacturing of integrated ci...
textAs high-density, low-cost, high-performance computing devices become more ubiquitous, there is ...
Integrated electronic systems are increasingly used in an wide number of applications and environmen...
Integrated circuits have evolved from early transistor technology as a result of the increasing reli...
Test is often seen as a necessary evil; it is a fact of life that ICs have manufacturing defects and...
Reliability testing of electronics is performed to ensure that products function as planned in speci...
International audienceAs semiconductor technologies evolve, the development of methodologies and too...
3D integration comes with the introduction of many new processes and materials that may affect behav...
As processor reliability becomes a first order design con-straint, this research argues for a need t...
High operational reliability of an electronic material or a device intended for aerospace applicatio...
AbstractA complete product design cycle should include the following three stages: target setting, p...
Aging phenomena are first evidenced at device level to cell level considering a precise knowledge of...
The growing usage of electronic systems in safety- and mission-critical applications, together wi...
Dealing with static and dynamic parameter varia-tions has become a major challenge for design and te...
Assessing the effectiveness of reliability growth testing allows decisions to be made about the mana...
Failure analysis (FA) is an important function in the development and manufacturing of integrated ci...
textAs high-density, low-cost, high-performance computing devices become more ubiquitous, there is ...