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Non-destructive testing method for chip warpage -Applications of synchrotron radiation X-ray

机译:芯片翘曲的无损检测方法-同步辐射X射线的应用

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Warpage has become a very critical reliability problem for the advanced electronic packaging technique. One or more chips are stacked on the substrates for a device. The device thus contains materials that have different physical properties. The most prominent problem would be the differences in the thermal expansion coefficient for these materials. During fabrication, thermal energy was applied to the chips; the expansion of these materials would induce thermal stress and warpage on the chips that would be harmful to the long-term reliability. When a current is applied to the device, the Joule heating may further enhance the warpage of the chips. Si-on-Si interposer samples are introduced to minimize the issue. It is important to develop a quick and non-destructive method to insitu analyze the warpage level at different conditions. Synchrotron radiation X-ray is used for measuring the strain and the warpage of the Si dies.
机译:对于先进的电子封装技术,翘曲已成为非常关键的可靠性问题。一个或多个芯片堆叠在用于设备的基板上。因此,该设备包含具有不同物理特性的材料。最突出的问题是这些材料的热膨胀系数不同。在制造过程中,将热能施加到芯片上。这些材料的膨胀会在芯片上引起热应力和翘曲,这将损害长期可靠性。当将电流施加到装置时,焦耳热可进一步增强芯片的翘曲。引入了Si-on-Si中介层样本,以最大程度地减少该问题。开发一种快速,无损的方法来原位分析不同条件下的翘曲水平非常重要。同步辐射X射线用于测量Si模具的应变和翘曲。

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