首页> 外文会议>Thermal, Mechanical and Multi-Physics Simulation and Experiments in Microelectronics and Microsystems (EuroSimE), 2012 13th International Conference on >3-D finite elements simulation of drop test reliability on a Chip Scale Package: Focus on the component architecture and materials
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3-D finite elements simulation of drop test reliability on a Chip Scale Package: Focus on the component architecture and materials

机译:芯片级封装上跌落测试可靠性的3-D有限元仿真:关注组件架构和材料

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摘要

Chip Scale Package (CSP) fulfills the demand for small, light and portable handheld electronic devices and is one of the most advanced packaging concepts. Reliability of this package becomes more critical since their solder joins endure harsh mechanical loads such as drop impact during transportation or operations. Cracking of solder interconnections is often caused by excessive bending of circuit board subject to input acceleration created from dropping handled electronic products. It is known that the dynamic strains and stress states of solder bumps directly affect their reliability during drop impact.
机译:芯片级封装(CSP)满足了对小型,轻巧和便携式手持电子设备的需求,并且是最先进的封装概念之一。这种封装的可靠性变得尤为重要,因为它们的焊料会承受苛刻的机械负载,例如在运输或操作过程中跌落冲击。焊料互连的开裂通常是由电路板过度弯曲引起的,该弯曲是由于落下处理的电子产品而产生的输入加速度所致。众所周知,焊锡凸块的动态应变和应力状态会在跌落冲击期间直接影响其可靠性。

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