vin=5mV R2 22 'C1 10V R1 Rc 3.6k 10k C3 Rlaod 10K Beta-300 ww yout 2.2k Re 1K www 20 C2 Do In the amplifier shown above, the output voltage will be approximately equal to: 117 117mV 234 234mV 585mV vin=1mV C1 R1 90k 22 R2 w www 16V Rc 2.2k C3 Rlaod 20k 10k Re 0.68k Beta-210 22 C2 yo v out In the circuit from above, we disconnect the load, such that the circuit will be OPEN at the output. The voltage gain in that case (Ay) will be approximately equal to: 0117 105 107 any... 110 3 16V -w C1 R1 90k vin 1mV Rc 2.2k C3 Rlaod 20k Beta-210 yout R2 22 ww 10k Re 0.68k C2 20 In the circuit shown, the voltage gain Ay is approximately equal to: 105 157 150 all... 155 31 16V www R1 90k C1 Rc 2.2k C3 Rlaod 20k Beta-210 vout m vin 1mV R2 www 10k Re 0.68k C2 DO In the same circuit, the input impedance Z; is approximately equal to: 90K 10K 9K 5.5K 2.7K