Assume the NMOS FET has the same k, VT, and λ as in Problem 1. Resistances RD1, RS1, RG1, and RG2 are the same values chosen in Problem 1, so that the Q-point is the same as in Problem 1. a) Find Av if RS = 0 Ω b) Find Av if RS = 250 Ω Assume the NMOS FET has the same k, VT, and λ as in Problem 1. Resistances RD1, RS1, RG1, and RG2 are the same values chosen in Problem 1, so that the Q-point is the same as in Problem 1. a) Find Av if RS = 0 Ω b) Find Av if RS = 250 Ω

VT = 0.6 V,    k = 80 mA/V^2,       lambda = 0 

Assume the NMOS FET has the same k, VT, and λ as in Problem 1. Resistances RD1, RS1, RG1, and RG2 are the same values chosen in Problem 1, so that the Q-point is the same as in Problem 1. a) Find Av if RS = 0 Ω b) Find Av if RS = 250 Ω Assume the NMOS FET has the same k, VT, and λ as in Problem 1. Resistances RD1, RS1, RG1, and RG2 are the same values chosen in Problem 1, so that the Q-point is the same as in Problem 1. a) Find Av if RS = 0 Ω b) Find Av if RS = 250 Ω

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Assume the NMOS FET has the same k, VT, and λ as in Problem 1. Resistances RD1, RS1, RG1, and RG2 are the same values chosen in Problem 1, so that the Q-point is the same as in Problem 1. a) Find Av if RS = 0 Ω b) Find Av if RS = 250 Ω Assume the NMOS FET has the same k, VT, and λ as in Problem 1. Resistances RD1, RS1, RG1, and RG2 are the same values chosen in Problem 1, so that the Q-point is the same as in Problem 1. a) Find Av if RS = 0 Ω b) Find Av if RS = 250 Ω

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