The cascaded amplifier of figure below uses a common collector first stage followed by a common emittersecond stage. For transistor Q₁, hoc = 0, hic = 1k, hrc = 1, and hfc = -100. For Q2, hre = hoe = 0, hfe =100, and hie 1kQ. Find the following;Rs = 0itCcR1 {90kΩR2 $100kR3a. The overall voltage gain ratio.b. The overall current gain ratio.c. H - parameter equivalent circuit.it9kQ+15VR4 90kR5R7[10ΚΩR65ΚΩitCc9kCB5ΚΩ

The ac circuit is given as Data are given as For transistor Q1ho1=0,hi1=1kΩ,hr1=1,hf1=100,For…

The cascaded amplifier of figure below uses a common collector first stage followed by a common emitter second stage. For transistor Q₁, hoc = 0, hic = 1k, hrc = 1, and hfc = -100. For Q2, hre = hoe = 0, hfe = 100, and hie 1k2. Find the following; =

The cascaded amplifier of figure below uses a common collector first stage followed by a common emitter second stage. For transistor Q₁, hoc = 0, hic = 1k, hrc = 1, and hfc = -100. For Q2, hre = hoe = 0, hfe = 100, and hie 1k2. Find the following; =

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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Question

The cascaded amplifier of figure below uses a common collector first stage followed by a common emitter
second stage. For transistor Q₁, hoc = 0, hic = 1k, hrc = 1, and hfc = -100. For Q2, hre = hoe = 0, hfe =
100, and hie 1kQ. Find the following;
Rs = 0
it
Cc
R1 {90kΩ
R2 $100k
R3
a. The overall voltage gain ratio.
b. The overall current gain ratio.
c. H - parameter equivalent circuit.
it
9kQ
+15V
R4 90k
R5
R7
[10ΚΩ
R6
5ΚΩ
it
Cc
9kCB
5ΚΩ

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