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BJT-BJT, FET-BJT, and FET-FET

机译:BJT-BJT,FET-BJT和FET-FET

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摘要

Cascode amplifiers have three configurations: bipolar junction transistor-bipolar junction transistor (BJT-BJT), field-effect transistor (FET)-BJT, and FET-FET. Although the high-frequency behaviors of these configurations are not the same in practice, in most textbooks only the BJT-BJT configuration is analyzed. High-frequency response of the BJT-BJT cascode amplifier is limited by three factors: 1) the source impedance or the output impedance of the previous stage; 2) the output impedance or the load of the amplifier; and 3) the dc bias current of the amplifier. In order to cope with these limitations, this article presents a modified cascode amplifier. In this new configuration, only a single transistor is added to the elements of each of the aforementioned cascode amplifiers. Corresponding to each configuration, a modified configuration results in greater or approximately equal gain and higher bandwidth.
机译:级联放大器具有三种配置:双极结型晶体管-双极结型晶体管(BJT-BJT),场效应晶体管(FET)-BJT和FET-FET。尽管这些配置的高频行为在实践中并不相同,但是在大多数教科书中,仅分析了BJT-BJT配置。 BJT-BJT共源共栅放大器的高频响应受三个因素限制:1)前级的源阻抗或输出阻抗; 2)输出阻抗或放大器的负载; 3)放大器的直流偏置电流。为了克服这些限制,本文提出了一种改进的共源共栅放大器。在这种新配置中,仅单个晶体管被添加到每个上述共源共栅放大器的元件。对应于每个配置,修改的配置导致更大或更接近相等的增益和更高的带宽。

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