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B) For the circuit in the following Figure. (20 points) a. Determine the following DC values for the amplifier: VB, VE, IE, IC, VC, VCE, re′ b. Determine the following values for the amplifier: Rin(base), Rin(tot), Rout, Av. c. Assume that a 600 Ω, 12 μV rms voltage source is driving the amplifier. Determine Av′ and the overall voltage gain by considering the attenuation in the base circuit and RL. d. Find the total output voltage. e. Draw the AC load line.

B) For the circuit in the following Figure. (20 points) a. Determine the following DC values for the amplifier: VB, VE, IE, IC, VC, VCE, re′ b. Determine the following values for the amplifier: Rin(base), Rin(tot), Rout, Av. c. Assume that a 600 Ω, 12 μV rms voltage source is driving the amplifier. Determine Av′ and the overall voltage gain by considering the attenuation in the base circuit and RL. d. Find the total output voltage. e. Draw the AC load line.

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B) For the circuit in the following Figure. (20 points) a. Determine the following D C values for the amplifier: V B , V E , I E , I C , V C , V C E , r e ′ b. Determine the following values for the amplifier: R in(base) , R in(tot) , R out , A v . c. Assume that a 600 Ω , 12 μ V rms voltage source is driving the amplifier. Determine A v ′ and the overall voltage gain by considering the attenuation in the base circuit and R L . d. Find the total output voltage. e. Draw the AC load line.

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B) For the circuit in the following Figure. (20 points) a. Determine the following DC values for the amplifier: VB, VE, IE, IC, VC, VCE, re′ b. Determine the following values for the amplifier: Rin(base) , Rin(tot) , Rout , Av. c. Assume that a 600 Ω, 12 μV rms voltage source is driving the amplifier. Determine Av′ and the overall voltage gain by considering the attenuation in the base circuit and RL. d. Find the total output voltage. e. Draw the AC load line.

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