For a couple of years now, reliability of integrated circuits has been an important topic in research and industry. The main focus has mostly been on degradation due to ageing. A lot of methods were published on different aspects from physical degradation modeling to system-level considerations. However, a lot of open issues remain. Persisting challenges and potential solution approaches are discussed in this paper. Although the detailed implementation of advanced methods is left for future research, simulation examples demonstrate the significance of ageing simulations
Integrated circuit reliability is a major quality criterion in the semiconductor industry. Different...
Reliability of electronics is in the automotive industry very important. The average age of cars in ...
The focus of this thesis is on the development and implementation of aging-aware design methods, whi...
Identifying the mechanisms that trigger future chip reliability issues, plus ways to implement aging...
Aging simulations on circuit level allow IC designers to verify their circuits with respect to relia...
The continuous decrease of structure size in modern semiconductor technology entails increasing depe...
The behaviour of electronic circuits is influenced by ageing effects. Modelling the behaviour of cir...
This paper describes the outcome of a study into the feasibility of a reliability circuit simulator ...
Continuous shrinking of design window for circuit reliability requires more accurate aging simulatio...
As CMOS technologies have shrunk to tens of nanometers, aging problems have emerged as a major chall...
More and more applications of integrated circuits are safety-critical or require particularly long l...
As technology scaling enters the nanometer regime, device aging effects cause quality and reliabilit...
This book focuses on modeling, simulation and analysis of analog circuit aging. First, all important...
The significance of transistor degradation due to aging mechanisms such as BTI or HCI has increased ...
Product development based on highly integrated semiconductor circuits faces various challenges. To e...
Integrated circuit reliability is a major quality criterion in the semiconductor industry. Different...
Reliability of electronics is in the automotive industry very important. The average age of cars in ...
The focus of this thesis is on the development and implementation of aging-aware design methods, whi...
Identifying the mechanisms that trigger future chip reliability issues, plus ways to implement aging...
Aging simulations on circuit level allow IC designers to verify their circuits with respect to relia...
The continuous decrease of structure size in modern semiconductor technology entails increasing depe...
The behaviour of electronic circuits is influenced by ageing effects. Modelling the behaviour of cir...
This paper describes the outcome of a study into the feasibility of a reliability circuit simulator ...
Continuous shrinking of design window for circuit reliability requires more accurate aging simulatio...
As CMOS technologies have shrunk to tens of nanometers, aging problems have emerged as a major chall...
More and more applications of integrated circuits are safety-critical or require particularly long l...
As technology scaling enters the nanometer regime, device aging effects cause quality and reliabilit...
This book focuses on modeling, simulation and analysis of analog circuit aging. First, all important...
The significance of transistor degradation due to aging mechanisms such as BTI or HCI has increased ...
Product development based on highly integrated semiconductor circuits faces various challenges. To e...
Integrated circuit reliability is a major quality criterion in the semiconductor industry. Different...
Reliability of electronics is in the automotive industry very important. The average age of cars in ...
The focus of this thesis is on the development and implementation of aging-aware design methods, whi...