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Given: VTH = 0.4V for NMOS VTH = -0.4V for PMOS unCox = 200uA/V2 upCox = 100uA/V2 a) Compute the DC current ID. Assume = 0 Assume the mosfets are saturated. Ans. 40uA b) Compute the DC voltage VGS2. Ans. 0.44V c) What is the highest value that vo can have while keeping the mosfets saturated? Ans. 1.7V d) What is the lowest value that vo can have while keeping the mosfets saturated? Ans. 0.39V

Given: VTH = 0.4V for NMOS VTH = -0.4V for PMOS unCox = 200uA/V2 upCox = 100uA/V2 a) Compute the DC current ID. Assume = 0 Assume the mosfets are saturated. Ans. 40uA b) Compute the DC voltage VGS2. Ans. 0.44V c) What is the highest value that vo can have while keeping the mosfets saturated? Ans. 1.7V d) What is the lowest value that vo can have while keeping the mosfets saturated? Ans. 0.39V

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Given: VTH = 0.4V for NMOS VTH = -0.4V for PMOS unCox = 200uA/V2 upCox = 100uA/V2 a) Compute the DC current ID. Assume = 0 Assume the mosfets are saturated. Ans. 40uA b) Compute the DC voltage VGS2. Ans. 0.44V c) What is the highest value that vo can have while keeping the mosfets saturated? Ans. 1.7V d) What is the lowest value that vo can have while keeping the mosfets saturated? Ans. 0.39V

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