# Thevenin and Superposition Theorems - Faculty of Electrical ...

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8 Οκτ 2013 (πριν από 4 χρόνια και 7 μήνες)

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LAB SHEET-ExPeriment
1
Electrotechnic
Lab
(SKEE
2742),FKE
UTM Skudai
FACULTY
OF ELECTRICAL ENGINEERING
Review
:3
Release Date
: Feb 2013
Last Amendment :2011
ProcedureNumber
:PK-UTM
SUbiECt : ELECTRICAL
ENGINEERING
"
LABORATORY
Subject Code : SKBE2742
ffiHIM
FACULTY
OF ELECTRICAL ENGINEERING
UNIVERSITI
TEKNOLOGI MALAYSIA
SKUDAI CAMPUS
JOHOR
SKEE,
2742
ELE CTROTECHNIC
LABORATORY
(Experiment 1)
THEVENIN
& SUPERPOSITION
THEOREMS
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Approved by:
Name:
Signature
& Stamp:
\.Ul-1
Date
'HlJ;"H-[1g'gffip**"'.t
Prepared by:
]. PM. Dr. Azhar b.
Khairuddin
Safawi b. Mokhtar
3. Dr.
Md. Pauzi b. Abdullah
4. Dr. Mohd Hafiz b.
Habibuddin
5. Dr. Dalila bt. Mat
Said
6. Faridah bt.
Hussin
7. Norzanah
bt' Rosmin
signature
.
".1n;"
rfriki:#il*
Fakulti
Kejuruteraan Elektril'
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rr4ala
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s i i:
LAB SHEET-Experiment
I
Electrotechnic Lab
(SKEE
2742),FKE UTM Skudai
I.PRELIMINARY EXERCISE
(10
marks)
Important Note: You are required to do this exercise
BEFORE the lab session
i. Describe briefly the Superposition and Thevenin theorems by using an
example from
your
own circuit.
ii. For the circuit
in Figure 1, by using Superposition theorem, calculate Il and
Pr at Rr: 10 C), 20 {r,30 C),40 O, 50 Q and 60 O.
iii. Repeat step ii by using Thevenin theorem.
iv. Perform the circuit analysis using PSPICE to validate
your
results.
v. Discuss briefly the irnportance of Thevenin
and
Superposition
heorems itn
circuit analysis.
Recommended
Reference
:
oFundamental
of Electric Circuit 4th edition'
,
McGraw Hill.
15V
10v
Figure 1.
20a
2
1",
LAB SHEET-ExPeriment
I
Electrotechnic
Lab (SKEE 2742),FKE UTM Skudai
II.EXPERIMENT:
3.
a.
b.
c.
d.
'Thevenin
and Superposition
Theorems'
IMPORTANT: You need to complete the
PRELIMENARY EXCERCISE before the
laboratory session.
1. Aim:
To solve circuit analysis
problem by using Superposition theorem and
Thevenin theorem.
2. Equipments
provided :
DC
power
supply,
Instructions
:
Precaution:
i. Set the supply
voltage value to the conect experimental
value before connect
it to the
circuit.
ii. Make
sure the multimeter or ammeters are connected
at a right terminal.
iii. Do not switch
on the supply until the instructor
checks all connections.
Based on the circuit in Figure 1, setup an experiment
to measure the current and
voltage of the
load for R;: 10 A,20 Q, 30 O,
40 C),
50
Q and 60 Q;
i.
based on the original circuit.
ii. by using
superposition theorem.
iii. by using
Thevenin thborem.
Calculate the
power absorbed by Rl from the measurements
in step 2 a.
Compare and
comment on the results of both
theorems against the original circuit
in
terms of voltage,
current and power.
Discuss the