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Extraction of DC base parasitic resistance of bipolar transistors based on impact-ionization-induced base current reversal

机译:基于冲击电离引起的基极电流反向提取双极型晶体管的DC基极寄生电阻

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摘要

A method for the evaluation of the DC base parasitic resistance, R/sub B/, of bipolar transistors is described. The method is based on impact-ionization-induced base current reversal and enables R/sub B/ to be evaluated independently from the emitter parasitic resistance in a wide range of emitter current and collector-base voltage, without requiring any special device structure. The method can also extract R/sub B/ in the impact-ionization regime, where current crowding due to negative base current induces an increase in R/sub B/ at increasing emitter current.
机译:描述了一种评估双极晶体管的直流基极寄生电阻R / sub B /的方法。该方法基于碰撞电离引起的基极电流反转,并且能够在较宽的发射极电流和集电极-基极电压范围内独立于发射极寄生电阻评估R / sub B /,而无需任何特殊的器件结构。该方法还可以在碰撞电离状态下提取R / sub B /,其中由于负基极电流引起的电流拥挤会在发射极电流增加时引起R / sub B /增大。

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