模拟,射频和ESD器件的挑战和解决方案,为14nm FinFET技术和超越

Jagar Singh, C. Jerome, A. Wei, R. Miller, B. Arnaud, Cheng Lili, H. Zang, Punchihewa Kasun, Prabhu Manjunatha, Senapati Biswanath, Anil Kumar, S. Pandey, N. M. Iyer, Anurag Mittal, R. Carter, Lun Zhao, E. Manfred, S. Samavedam
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引用次数: 12

摘要

基于鳍片的模拟、无源、射频和ESD器件面临着严重的性能挑战,如二极管的理想性差、漏损高、击穿电压(BV)低、理想性差的BJTs、横向扩散MOS (LDMOS)的失配、弱重surf作用和低漏极电流(Id/μm)、模拟CMOS的RF和1/f噪声下降等。本文描述了保持流程简单和低成本的创新解决方案。这些新器件设计具有优异的性能,例如接近完美理想(η)≈1.01的二极管,低泄漏,高BV和具有优异模拟性能的bjt。基于鳍片的LDMOS和ESD器件在Id/μm和ESD人体模型(HBM)性能方面分别优于传统平面器件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analog, RF, and ESD device challenges and solutions for 14nm FinFET technology and beyond
Fin-based analog, passive, RF and ESD devices have serious performance challenges, such as poor ideality, higher leakage, low breakdown voltage (BV) of diodes, BJTs with poor ideality, mismatch, weak re-surf action and low drain current(Id/μm) of Laterally diffused MOS (LDMOS), degraded RF and 1/f noise of analog CMOS, etc. Innovative solutions which maintain process simplicity and low cost are described in this paper. These new device designs demonstrate excellent performance, such as near perfect-ideality(η)≈1.01 diodes, low leakage, high BV, and BJTs with excellent analog behavior. Fin-based LDMOS and ESD devices outperform conventional planar devices in terms of Id/μm and ESD human body model (HBM) performance, respectively.
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