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04) For the amplifier circuit shown in figure below with (a = 1). and (r, = 0). determine: 1- Determine the de voltages; (Vg), (Vc), and (Vce)- 2- Determine (Z,), (Z.), and (Z,) 3- Determine (A»nl), (Apı) and (Aps). 4- (hrp) and (h») 5- Determine the output voltage (V,) if the input signal voltage is (10 mVms).

04) For the amplifier circuit shown in figure below with (a = 1). and (r, = 0). determine: 1- Determine the de voltages; (Vg), (Vc), and (Vce)- 2- Determine (Z,), (Z.), and (Z,) 3- Determine (A»nl), (Apı) and (Aps). 4- (hrp) and (h») 5- Determine the output voltage (V,) if the input signal voltage is (10 mVms).

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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04) %3D For the amplifier circuit shown in figure below with (a = 1). and (r, = 00). determine: 1- Determine the de voltages; (V), (V.), and (VcE)- 2- Determine (Z¡), (Z.), and (Z,) 3- Determine (A»Nl), (Apı) and (Aps). 4- (hfp) and (hp) 5- Determine the output voltage (V,) if the input signal voltage is (10 mV,ms). 6V -22 V 2.2 kn 4.7 kN 4.7 µF, aal 4.7 µF R, 0.1 kn + -> (Z) v. A RL 5.6 kn e (Z.) (Z.) Q5) chown
Transcribed Image Text:04) %3D For the amplifier circuit shown in figure below with (a = 1). and (r, = 00). determine: 1- Determine the de voltages; (V), (V.), and (VcE)- 2- Determine (Z¡), (Z.), and (Z,) 3- Determine (A»Nl), (Apı) and (Aps). 4- (hfp) and (hp) 5- Determine the output voltage (V,) if the input signal voltage is (10 mV,ms). 6V -22 V 2.2 kn 4.7 kN 4.7 µF, aal 4.7 µF R, 0.1 kn + -> (Z) v. A RL 5.6 kn e (Z.) (Z.) Q5) chown
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