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Consider the NMOS circuit in Figure P16.22. The transistor parameters are (W/L)X = (W/L)Y = 12, (W/L)L = 1, and VT N = 0.4 V. Neglect the body effect. (a) Determine vO when vX = vY = 2.9 V. (b) What are the values of vGSX , vGSY , vDSX , and vDSY ? [Hint: Set the drain current in each device equal to each other. Also, neglect the terms v2O , v2DSX , and v2DSY ].

Consider the NMOS circuit in Figure P16.22. The transistor parameters are (W/L)X = (W/L)Y = 12, (W/L)L = 1, and VT N = 0.4 V. Neglect the body effect. (a) Determine vO when vX = vY = 2.9 V. (b) What are the values of vGSX , vGSY , vDSX , and vDSY ? [Hint: Set the drain current in each device equal to each other. Also, neglect the terms v2O , v2DSX , and v2DSY ].

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Consider the NMOS circuit in Figure P16.22. The transistor parameters are ( W / L ) X = ( W / L ) Y = 12 , ( W / L ) L = 1 , and V T N = 0.4 V . Neglect the body effect. (a) Determine v O when v X = v Y = 2.9 V . (b) What are the values of v G S X , v G S Y , v D S X , and v D S Y ? [Hint: Set the drain current in each device equal to each other. Also, neglect the terms v O 2 , v D S X 2 , and v D S Y 2 ] .
Figure P16.22

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