Electronic Circuit Design Assignment - Bahria University, Assignments of Electronic Circuits Design

An assignment for the electronic circuit design (een-225) course at bahria university, islamabad. The assignment is for class bee-4a and is instructed by engr. Shahab shahid khawaja. It includes two questions related to a two-stage, capacitively coupled amplifier. Students are required to calculate the voltage gain of each stage, the overall voltage gain, and express the gains in logarithmic scale. They are also required to simulate the circuit in ni multisim and plot relevant waveforms. (3 marks for q1, 2 marks for q2)

Typology: Assignments

2020/2021

Uploaded on 03/28/2021

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EE,
Bahria University, Islamabad
Electronic Circuit Design (EEN-225) Assignment-1(CLO-1)
Instructor: Engr. Shahab Shahid Khawaja Class: BEE-4A
Name: _________________________ Enrolment: ___________________________
Q1. For the two-stage, capacitively coupled amplifier in Fig, figure out:-
a) Voltage gain of each stage
b) Overall voltage gain
c) Express the gains found in both parts in logarithmic scale.
Show all intermediate steps and working required to reach your results. (3 marks)
Q2. For the circuit above simulate it in NI Multisim and plot the relevant waveforms for signals
that you have already calculated in Q1. The student version of this software can be downloaded
from
https://www.ni.com/en-lb/support/downloads/software-products/download.multisim.html#31206
0 . (2 marks)
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EE,

Bahria University, Islamabad

Electronic Circuit Design (EEN-225) Assignment -1(CLO-1)

Instructor : Engr. Shahab Shahid Khawaja Class: BEE-4A

Name: _________________________ Enrolment: ___________________________

Q1. For the two-stage, capacitively coupled amplifier in Fig, figure out :- a) Voltage gain of each stage b) Overall voltage gain c) Express the gains found in both parts in logarithmic scale. Show all intermediate steps and working required to reach your results. (3 marks) Q2. For the circuit above simulate it in NI Multisim and plot the relevant waveforms for signals that you have already calculated in Q1. The student version of this software can be downloaded from https://www.ni.com/en-lb/support/downloads/software-products/download.multisim.html#

  1. (2 marks)

Be Inspired,

But Don’t

Copy