Understanding and predicting Reliability in the fast moving consumer electronics industry is becoming more and more difficult, while pressure is increasing to maintain low warranty failure costs while developing new products in very short design cycles. The old approach of concentrating purely on Parts Count / Stress, Design Reliability and Design Margin simply do not protect the manufacturer from possible excessive warranty costs. Increased focus on Early Life Reliability testing and assessment is now more critical than ever
The revolutionary changes in automotive industry toward fully connected automated electrical vehicle...
Semi-conductor devices are very sensitive and thus prone to impurities, particles, and minor defects...
Modern electronics typically consist of microprocessors and other complex integrated circuits (ICs) ...
Development of consumer goods that meet the buying and using expectations of the consumers is no lon...
Identifying the mechanisms that trigger future chip reliability issues, plus ways to implement aging...
International audienceWith CMOS technology scaling, it becomes more and more difficult to guarantee ...
The rapid pace of change at Ike end of the 20th Century should continue unabated well into the 21st ...
Currently, many businesses in the consumer electronics industry are facing an increasing number of c...
Reliability and warranty are very important in the context of new products. This paper gives an over...
The revolutionary changes in automotive industry towards fully connected automated electrical vehicl...
This paper presents product reliability on component basis and investigates the possible effects on ...
Aging phenomena are first evidenced at device level to cell level considering a precise knowledge of...
In safety related applications and in products with long lifetimes reliability is a must. More...
Encouraging electronic engineers to consider how their designs operate in the field, and more import...
Product development based on highly integrated semiconductor circuits faces various challenges. To e...
The revolutionary changes in automotive industry toward fully connected automated electrical vehicle...
Semi-conductor devices are very sensitive and thus prone to impurities, particles, and minor defects...
Modern electronics typically consist of microprocessors and other complex integrated circuits (ICs) ...
Development of consumer goods that meet the buying and using expectations of the consumers is no lon...
Identifying the mechanisms that trigger future chip reliability issues, plus ways to implement aging...
International audienceWith CMOS technology scaling, it becomes more and more difficult to guarantee ...
The rapid pace of change at Ike end of the 20th Century should continue unabated well into the 21st ...
Currently, many businesses in the consumer electronics industry are facing an increasing number of c...
Reliability and warranty are very important in the context of new products. This paper gives an over...
The revolutionary changes in automotive industry towards fully connected automated electrical vehicl...
This paper presents product reliability on component basis and investigates the possible effects on ...
Aging phenomena are first evidenced at device level to cell level considering a precise knowledge of...
In safety related applications and in products with long lifetimes reliability is a must. More...
Encouraging electronic engineers to consider how their designs operate in the field, and more import...
Product development based on highly integrated semiconductor circuits faces various challenges. To e...
The revolutionary changes in automotive industry toward fully connected automated electrical vehicle...
Semi-conductor devices are very sensitive and thus prone to impurities, particles, and minor defects...
Modern electronics typically consist of microprocessors and other complex integrated circuits (ICs) ...