首页> 外文会议>Electronic Components and Technology Conference, 1995. Proceedings., 45th >Electrical packaging requirements of CMOS ULSI devices, andfundamental electrical performance limits of single chip packages
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Electrical packaging requirements of CMOS ULSI devices, andfundamental electrical performance limits of single chip packages

机译:CMOS ULSI器件的电气包装要求,以及单芯片封装的基本电气性能限制

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Due to low cost manufacturing and a well establishedinfrastructure for large volume off-shore assembly, Single Chip Packages(SCPs) continue to be the work-horse packages for a wide range ofpresent and future CMOS ULSI devices. To understand the overallcollective chip-package electrical limits, one should first understandin detail the electrical requirements of the device that is going to behoused in that package. In this work a detailed methodology is developedto calculate the CMOS devices' electrical packaging requirements.Several closed-form equations are derived for present and future CMOSULSI devices. Both the speed constrained and current sink/sourceconstrained drivers are considered. Based on these closed formequations,the electrical packaging requirements of CMOS ULSI devices canbe generated
机译:由于低成本制造和完善 大规模离岸组装的基础设施,单芯片封装 (SCP)仍然是广泛的 当前和将来的CMOS ULSI器件。了解整体 集体芯片封装的电气限制,首先应该了解 详细说明将要使用的设备的电气要求 放在那个包装里。在这项工作中,制定了详细的方法 计算CMOS器件的电气封装要求。 针对当前和未来的CMOS推导了几个封闭形式的方程式 ULSI设备。速度受限和电流吸收/源极 考虑约束驱动程序。基于这些封闭形式 方程,CMOS ULSI器件的电气封装要求可以 被产生

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