For the following circuit, use R = 100 , C = 10 F, R = 1...

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For the following circuit, use R₁ = 100 , C₁ = 10 μF, R₁ = 1 KQ, R₂ = 220 KM, R3 = 1.5 kn, R₁ = 500 , Vcc= +15 V, - VEE= -15 V, and ß = 100. a. Confirm that the circuit is in the active mode b. Draw the small signal model of the circuit c. Find the amplifier's ac gain (Vout/ Vin with source and load removed) d. Find the small signal input resistance (with the load attached) e. Find the small signal output resistance (with the source attached) f. Sketch the simplified model for the amplifier g. Find the voltage gain of the circuit (with the source and load attached) h. Find the current gain of the circuit (with the source and load attached) Vcc Vs Vin R₁ R₂ - VEE R3 - VEE Vout RL 41₁ iout For the following circuit, use R₁ = 100 , C₁ = 10 μF, R₁ = 1 KQ, R₂ = 220 KM, R3 = 1.5 kn, R₁ = 500 , Vcc= +15 V, - VEE= -15 V, and ß = 100. a. Confirm that the circuit is in the active mode b. Draw the small signal model of the circuit c. Find the amplifier's ac gain (Vout/ Vin with source and load removed) d. Find the small signal input resistance (with the load attached) e. Find the small signal output resistance (with the source attached) f. Sketch the simplified model for the amplifier g. Find the voltage gain of the circuit (with the source and load attached) h. Find the current gain of the circuit (with the source and load attached) Vcc Vs Vin R₁ R₂ - VEE R3 - VEE Vout RL 41₁ iout