Consider the circuit shown below. Let us assume gmro = 100, 9m/ID= 10V-1 and IB =...

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Consider the circuit shown below. Let us assume gmro = 100, 9m/ID= 10V-1 and IB = 10uA. For simplicity, we consider only the load capacitor C₁ = 0.5pF at the output the only capacitance in the circuit. We want to design this amplifier to achieve a gain-bandwidth of 100 MHz. ↓ B M6 Vin1 M3 M₁ 1:K Vout1 V* VB Vout2 CL M5 M4 M₂ Vin2 Figure for Problem 4.5 (a) Derive the algebraic expression for the small-signal differential-mode gain ADM-DM(S). (b) Calculate gm. (c) Calculate the location of the pole. (d) Draw Bode plot for ADM-DM(S). (e) Calculate the current mirror ratio K. Consider the circuit shown below. Let us assume gmro = 100, 9m/ID= 10V-1 and IB = 10uA. For simplicity, we consider only the load capacitor C₁ = 0.5pF at the output the only capacitance in the circuit. We want to design this amplifier to achieve a gain-bandwidth of 100 MHz. ↓ B M6 Vin1 M3 M₁ 1:K Vout1 V* VB Vout2 CL M5 M4 M₂ Vin2 Figure for Problem 4.5 (a) Derive the algebraic expression for the small-signal differential-mode gain ADM-DM(S). (b) Calculate gm. (c) Calculate the location of the pole. (d) Draw Bode plot for ADM-DM(S). (e) Calculate the current mirror ratio K.

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a To derive the algebraic expression for the smallsignal differentialmode gain ADMDM we need to anal... View the full answer