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a) Consider the NMOS differential amplifier given in Fig. 2. Assume VDD = 12 V. Determine the value of Ro to set the current IOQ = 1 mA when V1 = V2 = 0 (KN = 0.43 mA/V2, VTN = 1.2 V) . Fig. 2. NMOS Differential Amplifier b) Determine the value of R1 to set VDSQ = 8 V.

a) Consider the NMOS differential amplifier given in Fig. 2. Assume VDD = 12 V. Determine the value of Ro to set the current IOQ = 1 mA when V1 = V2 = 0 (KN = 0.43 mA/V2, VTN = 1.2 V) . Fig. 2. NMOS Differential Amplifier b) Determine the value of R1 to set VDSQ = 8 V.

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a) Consider the NMOS differential amplifier given in Fig. 2. Assume VDD = 12 V. Determine the value of Ro to set the current IOQ = 1 mA when V1 = V2 = 0 (KN = 0.43 mA/V2, VTN = 1.2 V) . Fig. 2. NMOS Differential Amplifier b) Determine the value of R1 to set VDSQ = 8 V.

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