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A unified model for high-frequency current noise of MOSFETs

机译:MOSFET高频电流噪声的统一模型

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摘要

At high frequency, the MOSFET drain current noise and induced gate noise are generally accepted as dominated by the thermal noise as the MOSFET is operating in strong inversion region. However, controversy exists about the high-frequency noise in subthreshold region. This paper proposes unified high-frequency drain current noise and induced gate noise models valid in strong-, moderate- and weak-inversion regions. These models are necessary for the completeness of device noise model and helpful for low-noise high-frequency amplifier design with deep submicrometer technologies with MOSFETs operating in moderate inversion region.
机译:在高频下,由于MOSFET工作在强反型区域,因此MOSFET的漏极电流噪声和感应的栅极噪声通常被热噪声所占据。但是,关于亚阈值区域中的高频噪声存在争议。本文提出了在强,中,弱反演区域有效的统一高频漏极电流噪声和感应栅极噪声模型。这些模型对于器件噪声模型的完整性是必不可少的,并且对于采用深亚微米技术且在中等反转范围内运行MOSFET的低噪声高频放大器设计很有帮助。

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