In the circuit in the figure, V¡ = 20 mV, V cc = 15 V, B = 110, ro= 30 kQ, R c = 4.7 KQ, R F1 = 100 k2, R F2 = 47 kQ2. Also, given that the internal resistance of the ac source is Rs = 1.49 KQ and theload connected to the output is R₁ = 7.2 k2, what is the value of the output voltage (Vo)?NOTE: The output impedance of the transistor ro must be taken into account in the calculations.V₁HEVccto V₂G

Answered: Image /qna-images/answer/a436c6a6-8189-4caa-99a3-a2b261b30cba.jpg

In the circuit in the figure, V; = 20 mV, V cc = 15 V, B = 110, ro= 30 kn, R c = 4.7 k2, RF1 = 100 KQ, R F2 = 47 k. Also, given that the internal resistance of the ac source is R s = 1.49 ka load connected to the output is R₁ = 7.2 k2, what is the value of the output voltage (Vo)? NOTE: The output impedance of the transistor ro must be taken into account in the calculations. C₁ RF, RF, m =C₂ Vcc Rc HV₂ C₂

In the circuit in the figure, V; = 20 mV, V cc = 15 V, B = 110, ro= 30 kn, R c = 4.7 k2, RF1 = 100 KQ, R F2 = 47 k. Also, given that the internal resistance of the ac source is R s = 1.49 ka load connected to the output is R₁ = 7.2 k2, what is the value of the output voltage (Vo)? NOTE: The output impedance of the transistor ro must be taken into account in the calculations. C₁ RF, RF, m =C₂ Vcc Rc HV₂ C₂

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter21: Resistive-capacitive Series Circuits

Section: Chapter Questions

Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...

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