Advanced ESD power clamp design for SOI FinFET CMOS technology

S. Thijs, D. Trémouilles, D. Linten, N. M. Iyer, A. Griffoni, G. Groeseneken
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引用次数: 9

Abstract

Two novel ESD power clamp design techniques for SOI FinFET CMOS technology are reported. First, a layout improvement technique is discussed for stacked gated diodes, which reduces the required area for a given ESD robustness and at the same time reduces the on-resistance of the clamp. Secondly, circuit design techniques are used to convert a standard RC-triggered active ESD clamp into a bi-directional design, thereby alleviating the need for a separate reverse protection diode. The concepts can be applied for planar SOI as well.
先进的ESD电源钳设计,用于SOI FinFET CMOS技术
本文报道了两种用于SOI FinFET CMOS技术的新型ESD电源钳设计技术。首先,讨论了堆叠门控二极管的布局改进技术,该技术减少了给定ESD稳健性所需的面积,同时降低了钳位的导通电阻。其次,电路设计技术用于将标准的rc触发有源ESD钳位转换为双向设计,从而减轻了对单独的反向保护二极管的需求。这些概念也可以应用于平面SOI。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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