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- W2078726445 abstract "Field-effect transistor-based chemical sensors fall into two broad categories based on the principle of signal transduction—chemiresistor or Schottky-type devices and MOSFET or inversion-type devices. In this paper, we report a new inversion-type device concept—fully depleted exponentially coupled (FDEC) sensor, using molecular monolayer floating gate fully depleted silicon on insulator (SOI) MOSFET. Molecular binding at the chemical-sensitive surface lowers the threshold voltage of the device inversion channel due to a unique capacitive charge-coupling mechanism involving interface defect states, causing an exponential increase in the inversion channel current. This response of the device is in opposite direction when compared to typical MOSFET-type sensors, wherein inversion current decreases in a conventional n-channel sensor device upon addition of negative charge to the chemical-sensitive device surface. The new sensor architecture enables ultrahigh sensitivity along with extraordinary selectivity. We propose the new sensor concept with the aid of analytical equations and present results from our experiments in liquid phase and gas phase to demonstrate the new principle of signal transduction. We present data from numerical simulations to further support our theory." @default.
- W2078726445 created "2016-06-24" @default.
- W2078726445 creator A5090524562 @default.
- W2078726445 date "2010-01-19" @default.
- W2078726445 modified "2023-10-18" @default.
- W2078726445 title "Molecular Sensing Using Monolayer Floating Gate, Fully Depleted SOI MOSFET Acting as an Exponential Transducer" @default.
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- W2078726445 doi "https://doi.org/10.1021/nn900901f" @default.
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