This paper presents a method to predict the reliability of electronic components subjected to intense vibration. A range of discrete SMT package types were experimentally tested, including resistors, transistors, capacitors and SOIC packages, failure was detected in real-time. Important results from this paper are that local PCB curvature strongly correlates with failure rates, whilst local PCB acceleration has no correlation. The method and findings shown in this paper are essential reading for anyone considering creating their own failure test
Reliability tests, which combine different loading types, come into the focus of research activities...
In this work the life time of solder joints of SMD components is studied under vibration loading. Th...
International audienceIn the first part of this paper some problems related to the reliability of th...
Vibrations are one the important parameter which influence the reliability of structures, also of mi...
Ball grid arrays attached to printed wiring boards with conventional tin-lead solder (63/37) and one...
Reliability quantification is one of the most important tasks in Reliability Engineering. During the...
This paper summarizes the main features of a Monte Carlo approach to calculate safety factors to be ...
Abstract Aerospace vehicles are mostly exposed to random vibration loads during its operational life...
Vibration loading can have a significant impact on the reliability of electronic components. Due to ...
Today’s analyses of electronics reliability at the system level typically use a “black box approach”...
AbstractThis study investigates vibration fatigue durability of solder interconnects of surface moun...
In this paper, the reliability prediction of a power electronics building block (PEBB) printed circu...
The reliability of printed circuit boards under dynamic loads is a key issue in the handheld electro...
An independent study has been carried out to assess the extent to which the physics-of-failure (PoF)...
An analytical predictive model has been developed for the evaluation of the nonlinear dynamic respon...
Reliability tests, which combine different loading types, come into the focus of research activities...
In this work the life time of solder joints of SMD components is studied under vibration loading. Th...
International audienceIn the first part of this paper some problems related to the reliability of th...
Vibrations are one the important parameter which influence the reliability of structures, also of mi...
Ball grid arrays attached to printed wiring boards with conventional tin-lead solder (63/37) and one...
Reliability quantification is one of the most important tasks in Reliability Engineering. During the...
This paper summarizes the main features of a Monte Carlo approach to calculate safety factors to be ...
Abstract Aerospace vehicles are mostly exposed to random vibration loads during its operational life...
Vibration loading can have a significant impact on the reliability of electronic components. Due to ...
Today’s analyses of electronics reliability at the system level typically use a “black box approach”...
AbstractThis study investigates vibration fatigue durability of solder interconnects of surface moun...
In this paper, the reliability prediction of a power electronics building block (PEBB) printed circu...
The reliability of printed circuit boards under dynamic loads is a key issue in the handheld electro...
An independent study has been carried out to assess the extent to which the physics-of-failure (PoF)...
An analytical predictive model has been developed for the evaluation of the nonlinear dynamic respon...
Reliability tests, which combine different loading types, come into the focus of research activities...
In this work the life time of solder joints of SMD components is studied under vibration loading. Th...
International audienceIn the first part of this paper some problems related to the reliability of th...