Example 13.7: For the figure below,a) Calculate the overall voltage gain Avs = Vo/Us.b) Find the output resistance Ro.-Vcc오Rc1 >10ΚΩRsQ₁5002RE 5K2VEEFigure 13.11: A DC-coupled two-stage BJT amplifier for Example 13.7.ahfo=50hie = 1.1khoe 24μ A/Vhre=2.5 104-OVh = -0.98hib = 21.602hob= 0.49μ A/Vhrb=2.59 104hic = 51hic = 1.1khoc = 25μ A/Vhrc = 1

The given circuit diagram is shown below, Where,hfe=50hfb=-0.98hie=1.1 kΩhib=21. 6Ωhoo=24 μ…

Example 13.7: For the figure below, a) Calculate the overall voltage gain Avs = vo/vs. b) Find the output resistance Ro. -Vcc 오 R₁ 5002 Rc1 · 10kΩ O Ó VEE RE Q₂ • 5ΚΩ hfo = 50 hie = 1.1k hoo=24μ A/V hre=2.5 104 -OV h = -0.98 hib = 21.652 hob= 0.49μ A/V hrb=2.59 104 hic = 51 hic = 1.1k hoc = 25μ A/V hre=1

Example 13.7: For the figure below, a) Calculate the overall voltage gain Avs = vo/vs. b) Find the output resistance Ro. -Vcc 오 R₁ 5002 Rc1 · 10kΩ O Ó VEE RE Q₂ • 5ΚΩ hfo = 50 hie = 1.1k hoo=24μ A/V hre=2.5 104 -OV h = -0.98 hib = 21.652 hob= 0.49μ A/V hrb=2.59 104 hic = 51 hic = 1.1k hoc = 25μ A/V hre=1

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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