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A novel SOI lateral bipolar transistor with 30GHz fmax and 27V BVCEO for RF power amplifier applications

机译:具有30GHz F MAX 和27V BV CEO 的新型SOI横向双极晶体管,用于RF功率放大器应用

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This paper describes a lateral bipolar transistor build on SOI substrate (ie. SOI-LBJT) for RF power amplifier applications. The lateral design concept significantly reduces parasitic resistances and capacitances, and enables very high operating frequency and good trade-off to breakdown voltages. This concept is validated by fabricated SOI-LBJT, which delivers frequency (ft/fmax = 12/30GHz) and breakdown voltage (BVCEO=27 V) that approaches the Johnson's limit. This is the first reported Si-BJT that reaches Johnson's limit with BVCEO above 10V.
机译:本文介绍了用于RF功率放大器应用的SOI基板(即,SOI-LBJT)上的横向双极晶体管构建。横向设计概念显着降低了寄生电阻和电容,并实现了非常高的工作频率和良好的折衷电压。该概念由制造的SOI-LBJT验证,其提供频率(F T / F MAX = 12 / 30GHz)和击穿电压(BV CEO = 27 v)接近约翰逊的极限。这是第一个报告的SI-BJT,通过BV CEO 以上10V地达到了约翰逊的极限。

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