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Technique for enhancing thermal and mechanical characteristics of an underfill material of a substrate/die assembly

机译:用于增强衬底/管芯组件的底部填充材料的热和机械特性的技术

摘要

During the formation of an underfill material provided between a carrier substrate and a semiconductor chip, a common motion of particles contained in the underfill material is initiated towards the semiconductor chip, thereby adjusting the thermal and mechanical behavior of the underfill material. For instance, by applying an external force, such as gravity, a depletion zone with respect to the filler particles may be created in the vicinity of the carrier substrate, while a high particle concentration may be obtained in the vicinity of the semiconductor chip. Hence, thermal and mechanical stress redistribution by means of the underfill material may be enhanced.
机译:在形成在载体衬底和半导体芯片之间的底部填充材料的过程中,底部填充材料中包含的颗粒的共同运动朝着半导体芯片开始,从而调节底部填充材料的热和机械性能。例如,通过施加诸如重力的外力,相对于填料颗粒的耗尽区可在载体基板附近形成,而可在半导体芯片附近获得高颗粒浓度。因此,可以增强利用底部填充材料的热应力和机械应力的重新分布。

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