Q1. Following Figure shows the VTC of gates M M M M M Vout 12V 0.2V...

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Q1. Following Figure shows the VTC of gates M M₁ M₂ M₂ M₂ Vout 12V 0.2V M₂ Vou' 12V- respectively. Vout 1.2V 0.3V M₂ 0.2V 0.7V 0.2V IV 0.2V IV Vin I. Draw the butterfly diagram of the gates M₁, M2 and M3. [9] II. [4] Comment if the gates M₁, M2 and M3 are digital or not based on butterfly diagram. Now consider only cascade of M2 and M3. Draw single VTC for the cascade considering V2 III. as input and V4 as output of cascaded gate. [7] IV. Compute the numerical values of the noise margins in Volts for the cascade VTC. [4] V. Draw butterfly diagram for the cascade of the two gates [4] VI. Determine whether the cascade of the two gates is digital or not? [2] Q1. Following Figure shows the VTC of gates M M₁ M₂ M₂ M₂ Vout 12V 0.2V M₂ Vou' 12V- respectively. Vout 1.2V 0.3V M₂ 0.2V 0.7V 0.2V IV 0.2V IV Vin I. Draw the butterfly diagram of the gates M₁, M2 and M3. [9] II. [4] Comment if the gates M₁, M2 and M3 are digital or not based on butterfly diagram. Now consider only cascade of M2 and M3. Draw single VTC for the cascade considering V2 III. as input and V4 as output of cascaded gate. [7] IV. Compute the numerical values of the noise margins in Volts for the cascade VTC. [4] V. Draw butterfly diagram for the cascade of the two gates [4] VI. Determine whether the cascade of the two gates is digital or not? [2]