Analysis of hysteresis characteristics of fabricated SiNW biosensor in aqueous environment with reference electrode

Jung Han Lee, Jieun Lee, Min-Chul Sun, W. Lee, M. Uhm, Seonwook Hwang, I. Chung, D. M. Kim, Dae Hwan Kim, Byung-Gook Park
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Abstract

A silicon nanowire field effect transistor (SiNW FET) was fabricated through the fabrication method compatible with that of MOSFET including back-end process without lift-off process. However, when it is working in an aqueous solution, the SiNW device as well as other transducer devices has various inherent instability problems such as hysteresis characteristics. We observed the hysteresis in DI water (DW) and confirmed that it is caused by mobile ion effect in DW with various experimental results.
用参比电极分析制备的SiNW生物传感器在水环境中的滞后特性
采用与MOSFET兼容的后端工艺制备了硅纳米线场效应晶体管(SiNW FET)。然而,当它在水溶液中工作时,SiNW器件以及其他换能器器件具有各种固有的不稳定性问题,例如滞后特性。我们观察了去离子水(DW)中的迟滞现象,并通过各种实验结果证实了迟滞是由DW中的移动离子效应引起的。
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