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Layout Dependent Effects mitigation in current mirrors

机译:缓解当前镜像中的布局相关效果

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This paper presents a study on how the different physical realization of the transistors constituting a circuit, keeping the same (W/L) ratio, can dramatically alter the circuit specifications, and even functionality. This goes back to the Layout Dependent Effects (LDE), and its effect is increasingly important as the technology scales down into deep sub-micron processes. In this study, different layouts for each building block of an analog circuit, are formulated composing different aspect ratios, and every time the layouts are simulated to see the effect of the extracted views on the schematic results. Different current mirror configurations using a 65nm process are used to show the Shallow Trench Isolation (STI) and Well Proximity Effects (WPE).
机译:本文提出了一项研究,即构成电路的晶体管的不同物理实现方式(保持相同的(W / L)比率)如何显着改变电路规格甚至功能。这可以追溯到布局相关效应(LDE),随着技术逐渐扩展到深亚微米工艺,其效应变得越来越重要。在这项研究中,针对模拟电路的每个构建块制定了不同的布局,组成了不同的纵横比,并且每次对布局进行仿真时,都会看到提取的视图对原理图结果的影响。使用65纳米工艺的不同电流镜配置用于显示浅沟槽隔离(STI)和阱邻近效应(WPE)。

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