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A dynamic-threshold SOI device with a J-FET embedded source structure and a merged body-bias-control transistor. I. A J-FET embedded source structure properties

机译:一种动态阈值SOI器件,具有J-FET嵌入式源结构和合并的体偏置控制晶体管。一,J-FET嵌入式源极结构特性

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摘要

The floating-body effects in SOI CMOSFETs are fully suppressed by embedding a J-FET source structure immediately beneath the source/drain junction. The drain of the J-FET consists of a Schottky barrier diode; the holes generated in the body can easily be ejected into the source through the forward-biasing of this diode. The source-drain breakdown voltage and drain-induced barrier-lowering characteristics of this device are the same as those of a bulk device. With this structure, the body potential syncrhronously couples to the gate bias in the dynamic mode without potential hysteresis when the body-to-source resistance is properly designed. The inverter-chain delay time should be 45% of that of a bulk device operating at 1 V without an excess load.
机译:通过在源极/漏极结的正下方嵌入J-FET源极结构,可以完全抑制SOI CMOSFET中的浮体效应。 J-FET的漏极由肖特基势垒二极管组成。通过该二极管的正向偏置,可以轻松地将体内产生的空穴喷射到源极中。该器件的源极-漏极击穿电压和漏极引起的势垒降低特性与大容量器件相同。采用这种结构,当适当设计体-源电阻时,体电势在动态模式下同步耦合到栅极偏置而没有电势滞后。逆变器链的延迟时间应为大容量设备在1 V无负载时的延迟时间的45%。

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