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Polysilicon interconnections (FEOL): Fabrication and characterization

机译:多晶硅互连(FEOL):制造和表征

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Three dimensional silicon integration technologies are gaining considerable attention as the traditional CMOS scaling becoming more challenging and less beneficial. The advanced packaging solutions based on thin silicon carrier are being developed to interconnect integrated circuits and other devices at high densities. A key enabling technology element of the silicon carrier is through silicon via (TSV), which can provide vertical interconnects in stacked ICs. In this paper, we present vias-first process to realize vertical interconnects that is fully FEOL compatible. The vias are filled by doped polysilicon and wafers with such pre-fabricated vias can be used as the starting wafers for any CMOS device processing. The process details and their characterization are elaborated along with the physical and electrical analysis of such vias.
机译:随着传统的CMOS缩放变得越来越具有挑战性和效益越来越低,三维硅集成技术正受到越来越多的关注。正在开发基于薄硅载体的先进封装解决方案,以高密度互连集成电路和其他器件。硅载体的关键使能技术要素是硅通孔(TSV),它可以在堆叠的IC中提供垂直互连。在本文中,我们提出了先通孔工艺以实现与FEOL完全兼容的垂直互连。通孔被掺杂的多晶硅填充,具有这种预制通孔的晶片可以用作任何CMOS器件处理的起始晶片。详细介绍了工艺细节及其特性,以及此类通孔的物理和电气分析。

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