= 4mA/V²,VTN = VTN2 Q2. (35p) For the circuit given below the transistor parameters are: Kn1 = Kn2 2V, λι = λ = 0. a) De

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= 4mA/V²,VTN = VTN2 Q2. (35p) For the circuit given below the transistor parameters are: Kn1 = Kn2 2V, λι = λ = 0. a) Determine IDQ1, IDQ, VDSQ1, VDsQ2. b) Determine 9m1, 9m2. c) Calculate R₁ (equivalent resistance seen after the signal source) and R. (equivalent resistance seen before the load resistor). d) Draw small signal equivalent circuit with T model for both of the transistors and determine the overall small- signal voltage gain "o/vy 10 V CCI CC3 vo M₂ RD= 5 ΚΩ Vi + RG = 400 ΚΩ M₁ CC2 -10 V HH R$1 = 10 kQ2 Rs2 = 10 kQ2 -10 V + 10 V www.li = R₁ = RL= 2 ΚΩ