The stability analysis of MOSFET used in RFIC design is presented in detail.
本文详细分析了用于射频集成电路设计的mos场效应管的稳定特性。
The aim of this thesis is to present CMOS RFIC design in the standard digital CMOS technology.
本文的设计则旨在用标准的数字CMOS工艺来完成射频电路的设计。
Hopefully, it can be applied to further theory research and optimum design of RFIC spiral inductors on si.
该模型可望用于硅基射频集成电路中电感的优化设计和进一步的理论探讨。
For RFIC design it reduces simulation time without sacrificing accuracy on large structures under a half wavelength.
针对RFIC设计，其可以在半波长的大型结构上不用牺牲精确性而减少模拟时间。
This review presents many RF transistor technologies for RFIC applications in cellular and personal communications service (PCS) markets.
介绍分析了在蜂窝和个人通信业务(PCS)市场中适用于RFIC的多种射频晶体管技术。
In recent years, with wireless communication capacity and promotion of speed of system, system's performance to RFIC put forward high request.
近年来，随着无线通信系统的容量和速率的提升，系统对RFIC的性能提出了更高的要求。
The paper introduced the up to date technology-reagent free ion chromatography (RFIC) and summarized several hot applications using ion chromatography.
本文对离子色谱技术的最新进展-只加水技术进行了总结，并对离子色谱几个最新的热点应用进行了介绍。
Recently, with the continual progress in CMOS process and an explosive growth in wireless communications, it has made the research on RFIC become the hotspot.
近年来，随着CMOS工艺的不断进步，以及无线通信系统的蓬勃发展，使得射频集成电路成为了研究热点。
In voxel-wise study, the extended rFIC-mask shows two peaks (anterior and posterior insula) for each of the positive causal effect of rFIC-to-dACC and negative causal effect.
在基于体素的分析中，岛叶区域在正和负的因果效应中都表现出前后两个极值点。
On-chip passive inductors, basic elements of wireless mobile communication circuits, are highly required in RFIC and widely used in simulating unit modules such as LNA, VCO and filters.
无源片上电感是RF IC中需求很高的器件，被广泛地应用在LNA、VCO、滤波器等模拟单元模块中，构成了无线移动通信电路的基础。
On-chip passive inductors, basic elements of wireless mobile communication circuits, are highly required in RFIC and widely used in simulating unit modules such as LNA, VCO and filters.
无源片上电感是RF IC中需求很高的器件，被广泛地应用在LNA、VCO、滤波器等模拟单元模块中，构成了无线移动通信电路的基础。
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