Homework of Amplifier 1. Assume that a 600 2, 12 µV rms voltage source is driving the amplifier in Figure 1. Determine the overall voltage gain by taking into account the attenuation in the base...


Homework of Amplifier<br>1. Assume that a 600 2, 12 µV rms voltage source is driving the amplifier in Figure 1. Determine the<br>overall voltage gain by taking into account the attenuation in the base circuit, and find the total<br>output voltage (ac and de). What is the phase relationship of the collector signal voltage to the base<br>signal voltage?<br>Voc<br>+18 V<br>3.3 kN<br>C3<br>V<br>R,<br>47 kN<br>C,<br>Vin<br>10 μF<br>10 μF<br>BDC - 75<br>B = 70<br>Figure 1<br>RL<br>10 KN<br>R.<br>12 kN<br>RE<br>1.0 kN<br>10 μF<br>

Extracted text: Homework of Amplifier 1. Assume that a 600 2, 12 µV rms voltage source is driving the amplifier in Figure 1. Determine the overall voltage gain by taking into account the attenuation in the base circuit, and find the total output voltage (ac and de). What is the phase relationship of the collector signal voltage to the base signal voltage? Voc +18 V 3.3 kN C3 V R, 47 kN C, Vin 10 μF 10 μF BDC - 75 B = 70 Figure 1 RL 10 KN R. 12 kN RE 1.0 kN 10 μF

Jun 04, 2022
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