首页> 外文会议>International Conference on Fracture and Strength of Solids(FEOFS 2005) pt.1; 20050404-06; Bali(ID) >Warpage Analysis of FBGA (Fine Ball Grid Array) Package by the Altered EMC (Epoxy Molding Compound) Filler Contents
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Warpage Analysis of FBGA (Fine Ball Grid Array) Package by the Altered EMC (Epoxy Molding Compound) Filler Contents

机译:通过更改的EMC(环氧树脂模塑料)填充物含量分析FBGA(精细球栅阵列)封装的翘曲分析

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摘要

In a semiconductor packaging process, the warpage greatly has influenced the reliability of the package as well as the workability. The strip warpage in FBGA package result from the structure of constitutes and the thermal mismatch by the mechanical or thermal properties such as CTE (Coefficient of Thermal Expansion) and Modulus of EMC, substrate, chip and adhesive materials. Therefore, the optimization of material properties and the package structure design has been needed by the numerical analysis. EMC used as one of the package constituents has a decisive effect on the trend of warpage, and the filler content is dominant in the EMC property. In this research, firstly the effect of the filler contents is evaluated in the warpage of FBGA package and the numerical analysis is performed with the high temperature - material properties to deal with the warpage under the actual measurement value.
机译:在半导体封装过程中,翘曲极大地影响了封装的可靠性以及可加工性。 FBGA封装中的条带翘曲是由结构和热失配所引起的,这种失配是由机械或热性能(例如CTE(热膨胀系数)和EMC模量,基板,芯片和粘合材料)引起的。因此,数值分析需要对材料性能和包装结构设计进行优化。用作包装成分之一的EMC对翘曲趋势具有决定性的影响,而填料含量在EMC性能中占主导地位。在这项研究中,首先在FBGA封装的翘曲中评估填料含量的影响,并根据高温-材料特性进行数值分析,以在实际测量值下应对翘曲。

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