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Consider this inverter circuit with the following parameters: VTn = 1 V, Kn′ = 1 mA/V2, (W/L)n = 1, λn = 0 V−1, VTp = −1 V, Kp′ = 1 mA/V2, (W/L)p = 1, λp = 0 V−1, VDD = 5 V a) If Vin = 0 V, what region will the PMOS and NMOS devices operate in? Find Vout. b) If Vin = 5 V, what region will the PMOS and NMOS devices operate in? Find Vout. c) If Vin = 3.5 V, what region will the PMOS and NMOS devices operate in? Find Vout .

Consider this inverter circuit with the following parameters: VTn = 1 V, Kn′ = 1 mA/V2, (W/L)n = 1, λn = 0 V−1, VTp = −1 V, Kp′ = 1 mA/V2, (W/L)p = 1, λp = 0 V−1, VDD = 5 V a) If Vin = 0 V, what region will the PMOS and NMOS devices operate in? Find Vout. b) If Vin = 5 V, what region will the PMOS and NMOS devices operate in? Find Vout. c) If Vin = 3.5 V, what region will the PMOS and NMOS devices operate in? Find Vout .

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Consider this inverter circuit with the following parameters: V T n = 1 V , K n ′ = 1 m A N 2 , ( W / L ) n = 1 , λ n = 0 V − 1 , V T p = − 1 V , K p ′ = 1 m A 2 , ( W / L ) p = 1 , λ p = 0 V − 1 , V D D = 5 V a) If Vin = O V , what region will the PMOS and NMOS devices operate in? Find Vout. b) If V i n = 5 V , what region will the PMOS and NMOS devices operate in? Find V out. c) If Vin= 3.5 V , what region will the PMOS and NMOS devices operate in? Find V out .

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