The subthreshold leakage current in an NMOS transistor is given by the following expression: iD = ISe^VGS/nVT. The constant value IS in this expression is proportional to e-Vt/nVT (Do not confuse Vt with VT, Vt is the threshold voltage value and V, is the thermal voltage value). Assume n = 2, if the threshold voltage of an NMOS transistor is reduced by 0.1V, by what factor the static power dissipation increase?

The subthreshold leakage current in an NMOS transistor is given by the following expression: iD = ISe^VGS/nVT. The constant value IS in this expression is proportional to e-Vt/nVT (Do not confuse Vt with VT, Vt is the threshold voltage value and V, is the thermal voltage value). Assume n = 2, if the threshold voltage of an NMOS transistor is reduced by 0.1V, by what factor the static power dissipation increase?

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The subthreshold leakage current in an NMOS transistor is given by the following expression: iD = ISe^VGS/nVT. The constant value IS in this expression is proportional to e-Vt/nVT (Do not confuse Vt with VT, Vt is the threshold voltage value and V, is the thermal voltage value). Assume n = 2, if the threshold voltage of an NMOS transistor is reduced by 0.1V, by what factor the static power dissipation increase?

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