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An assessment of the state-of-the-art 0.5 μm bulk CMOStechnology for RF applications

机译:最新的0.5μm体CMOS评估射频应用技术

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We demonstrate that, given the appropriate layout geometry,state-of-the-art, salicided n-MOSFETs with 0.5 μM drawn gates exhibitsimilar gm (160 mS/mm), fT (20 GHz), fMAX (37 GHz), and FMIN (1.9 dB @ 3.4 GHz) as the morecostly, metal-reinforced SOI or SOS devices of identical gate length.The record fMAX value for 0.5 μm bulk CMOS is comparableto that of self-aligned, double-polysilicon BJTs
机译:我们证明,鉴于适当的布局几何形状, 最先进的,含有0.5μm拉长门的摇动N-MOSFET 类似G m (160ms / mm),f t (20 ghz),f max (37 ghz)和f min (1.9 db @ 3.4 ghz)越多 昂贵,金属加固SOI或相同栅极长度的SOS器件。 记录f max 值为0.5μm散装cmos是可比的 为了自对齐,双重多晶硅bjts

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