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Microwave performance of SOI lateral dual carrier field effect transistors and integrated circuits (SOI LDCFET and SOI DCFEIC)

机译:SOI横向双载流子场效应晶体管和集成电路(SOI LDCFET和SOI DCFEIC)的微波性能

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We have discovered and studied a new mode of operation of transistors and integrated circuits-dual carrier field effect transistors (DCFETs) and integrated circuits (DCFEICs). In this paper we present the device physics theory and some of the DC measurement results of one type of structure for our new mode of operation. We show that, with mature SOI technology, the SOI lateral DCFET (LDCFET) is predicted to have a better performance than the SOI MOSFET. With proper design, the cutoff frequency can be as high as 6000 GHz with an effective channel length of 0.0368 /spl mu/m and good microwave performance.
机译:我们已经发现并研究了晶体管和集成电路的新工作模式-双载流子场效应晶体管(DCFET)和集成电路(DCFEIC)。在本文中,我们介绍了设备物理理论以及一种针对新型操作模式的结构的直流测量结果。我们证明,随着成熟的SOI技术的发展,预计SOI横向DCFET(LDCFET)的性能将优于SOI MOSFET。通过适当的设计,截止频率可以高达6000 GHz,有效通道长度为0.0368 / spl mu / m,并且具有良好的微波性能。

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