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ABSTRACT The carrier transport in uniaxial strained Si N channel metalvn oxide semiconductor field effect transistor (NMOSFET) irradiated by gamma rays is analyzed. Based on the total dose irradiation effect,… Click to show full abstract
ABSTRACT The carrier transport in uniaxial strained Si N channel metalvn oxide semiconductor field effect transistor (NMOSFET) irradiated by gamma rays is analyzed. Based on the total dose irradiation effect, an analytical model of two-dimensional sub-threshold current for differential capacitance of uniaxial strained Si Nano NMOSFET is established. Based on this model, numerical calculation is carried out by MATLAB. The influence of geometric parameters and total dose on differential capacitance is simulated. Meanwhile, the simulation results match the experiment result very well, which validates the accuracy of the model. Therefore, the model provides a good reference for the irradiation reliability of uniaxial strained Si nano NMOSFET and the application of strained integrated circuits.
Journal Title: Radiation Effects and Defects in Solids
Year Published: 2019
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