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首页> 外文期刊>IEEE Electron Device Letters >Elevated field insulator (ELFIN) process for device isolation of ultrathin SOI MOSFETs with top silicon film less than 20 nm
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Elevated field insulator (ELFIN) process for device isolation of ultrathin SOI MOSFETs with top silicon film less than 20 nm

机译:高场绝缘子(ELFIN)工艺用于器件隔离,其顶部硅膜小于20 nm的超薄SOI MOSFET

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摘要

New device isolation process, called elevated field insulator (ELFIN) process, for ultrathin SOI devices with top silicon film less than 20 nm has been proposed and successfully demonstrated. In ELFIN process, gate oxidation and subsequent gate poly-Si deposition is followed by conventional STI process. ELFIN process has a field region elevated compared with active silicon region, leading to prevention of silicon edge from being wrapped around by gate poly-Si. It is found that thin-film SOI NMOSFETs with ELFIN process have better reverse narrow channel effect about 50% at W/sub G/=0.3 /spl mu/m than that with conventional shallow trench isolation (STI) process.
机译:已经提出并成功证明了用于顶部硅膜小于20 nm的超薄SOI器件的新器件隔离工艺,称为高场绝缘体(ELFIN)工艺。在ELFIN工艺中,栅极氧化和随后的栅极多晶硅沉积之后是常规的STI工艺。 ELFIN工艺的场区比有源硅区高,从而可防止硅边缘被栅极多晶硅包裹。发现与常规浅沟槽隔离(STI)工艺相比,采用ELFIN工艺的薄膜SOI NMOSFET在W / sub G / = 0.3 / spl mu / m时具有更好的反向窄沟道效应,约为50%。

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