L’étude s’inscrit dans le cadre d’un projet Européen 3Dice, dont l’objectif est d’améliorer la fiabilité mécanique d’un composant microélectronique innovant. La miniaturisation du composant induit des difficultés lors de la caractérisation mécanique. Le développement de méthodes de caractérisation est nécessaire. La flexibilité du composant microélectronique est de plus en plus demandée. Les joints de connexion subissent souvent un pré-chargement. La tolérance du joint aux pré-chargements est intéressante à étudier. Cette thèse s’est déroulée autour de ces deux problématiques. Les méthodes de caractérisation de la couche mince métallique, la résine chargée en silice et le joint de connexion sont développées. L’étude de la fatigue du joint...
Introduction: In recent years, solder joints have been continuously incorporated in electronics pack...
CiS Research Institute for Micro-Sensors and Photovoltaics is an R&D service provider that carries o...
The Stud Bump Bonding (SBB) flip chip technology on Molded Interconnect Devices (MID) is a highly pr...
A flip chip component is a silicon chip mounted to a substrate with the active area facing the subst...
This paper demonstrates a combined approach of numerical analysis and experimental investigations to...
Flip chip interconnect systems are becoming increasingly popular in the electronics industry due to ...
The continuing demand towards high-density and low profile integrated circuit packaging has accelera...
Flip chip assembly on flexible organic substrates is facing increasing interest. In consumer product...
Dans le cadre de l'intégration « 3D », une technologie d'assemblage par report de puces sur tranche ...
One major concern over thermally induced mechanical stress is that it causes reliability problems in...
This paper presents the results of a series of experiments and combined numerical simulations for ad...
Stress-strain analyses for Sn-Pb cutectic solder joints in a thin single outline package (STOP), a b...
Flip-Chip Aufbauten auf organischem Substrat und rückseitig aufgebrachtem Kühlkörper werden auf ihre...
Ce travail s'intègre dans les domaines de l'analyse et de la prédiction de la fiabilité des assembla...
The visco-plastic behaviour of solder joints of two models of a flip chip FC48D6.3C457DC mounted on ...
Introduction: In recent years, solder joints have been continuously incorporated in electronics pack...
CiS Research Institute for Micro-Sensors and Photovoltaics is an R&D service provider that carries o...
The Stud Bump Bonding (SBB) flip chip technology on Molded Interconnect Devices (MID) is a highly pr...
A flip chip component is a silicon chip mounted to a substrate with the active area facing the subst...
This paper demonstrates a combined approach of numerical analysis and experimental investigations to...
Flip chip interconnect systems are becoming increasingly popular in the electronics industry due to ...
The continuing demand towards high-density and low profile integrated circuit packaging has accelera...
Flip chip assembly on flexible organic substrates is facing increasing interest. In consumer product...
Dans le cadre de l'intégration « 3D », une technologie d'assemblage par report de puces sur tranche ...
One major concern over thermally induced mechanical stress is that it causes reliability problems in...
This paper presents the results of a series of experiments and combined numerical simulations for ad...
Stress-strain analyses for Sn-Pb cutectic solder joints in a thin single outline package (STOP), a b...
Flip-Chip Aufbauten auf organischem Substrat und rückseitig aufgebrachtem Kühlkörper werden auf ihre...
Ce travail s'intègre dans les domaines de l'analyse et de la prédiction de la fiabilité des assembla...
The visco-plastic behaviour of solder joints of two models of a flip chip FC48D6.3C457DC mounted on ...
Introduction: In recent years, solder joints have been continuously incorporated in electronics pack...
CiS Research Institute for Micro-Sensors and Photovoltaics is an R&D service provider that carries o...
The Stud Bump Bonding (SBB) flip chip technology on Molded Interconnect Devices (MID) is a highly pr...