漂移区对LDMOS中1/f噪声的影响

A. Dikshit, V. Subramanian, S. Pandharpure, S. Sirohi, T. Letavic
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引用次数: 15

摘要

利用实测数据和器件仿真分析了漂移区对LDMOS器件线性区和饱和区闪烁噪声的影响。在线性区域,漂移区域的噪声来自栅极-漏极重叠区域,并且对于较长的通道长度器件是显著的。对于通道长度较短的器件,栅极-漏极重叠区域的次表面电流流动降低了漂移区域噪声的贡献。在饱和区域,噪声依赖于准饱和状态,只有在信道饱和时才达到最小值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influence of drift region on the 1/f noise in LDMOS
The effect of drift region on the flicker noise in LDMOS devices in the linear and saturation regions is analyzed using measured data and device simulations. In the linear region, noise in the drift region arises from gate-drain overlap region and is significant for longer channel length devices. For shorter channel length devices, the sub-surface current flow in the gate-drain overlap region reduces the contribution of noise from the drift region. In the saturation region, noise is dependent on quasi-saturation condition, and reaches its lowest value only when the channel is saturated.
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