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Homework answers / question archive / ELECTRICAL AND ELECTRONIC ENGINEERING PROGRAMME Assignment: Analyse DC & AC circuits using kirchhoff’s laws and network theorems SAFETY REGULATIONS AND GUIDELINES FOR STUDENTS Students performing experimental work in the Engineering laboratory must follow and abide by the following safety regulations and guidelines
ELECTRICAL AND ELECTRONIC ENGINEERING PROGRAMME
Assignment: Analyse DC & AC circuits using kirchhoff’s laws and network theorems
SAFETY REGULATIONS AND GUIDELINES FOR STUDENTS
Students performing experimental work in the Engineering laboratory must follow and abide by the following safety regulations and guidelines. Students must complete a safety declaration form before they are allowed to work in the laboratory.
GENERAL
OBJECTIVES:
After completing the assignment, you should be able to:
? Design an AC Circuit and analyse using kirchhoff’s laws and network theorems.
INTRODUCTION:
In this assignment, you will design an AC Circuit with some design criteria and explore the kirchhoff’s laws and network theorems for the AC Circuit. Then, validate the Thevenin’s and Norton’s Theorem. The design circuit will be constructed and measured in the virtual laboratory TinkerCad. The theorical calculation of the circuit and measured circuit response values will then be compared. Next, the Thenenin’s and Norton’s Theorem is used to find the Thevenin and Norton equivalent circuit and this circuit is constructed. The Thevenin and Norton equivalent simulation circuit response will then be compared with the design circuit where the real, reactive, and apparent power at the load is calculated.
EQUIPMENTS / MATERIALS:
In view of COVID-19 Pandemic, the assignment this semester (August 2021) will be conducted online. Please create a free account at https://www.multisim.com and www.tinkercad.com. You can use any of the following components from the website provided:
ASSIGNMENT:
Design a circuit that consists of resistors, inductors, capacitors, and an AC power source with the following criteria:
Next, choosing one component as the load, analyze the circuit designed and determine:
Show the calculation used to obtain each of the values and construct your circuits in TinkerCad to validate your results in a practical domain.
REPORT:
Assignment should be submitted online in a standard report format in PDF filetype, including the following sections:
MARKING RUBRICS:
The total score of the assignment will be 100, which will be then converted to 20% of the final grade. The assignment will be assessed with the following rubrics:
REPORT |
Score |
Outstanding |
Mastering |
Developing |
Beginning |
Format |
/ 10 |
9-10 |
7-8 |
5-6 |
0-4 |
Abstract and Introduction |
/ 20 |
17-20 |
13-16 |
9-12 |
0-8 |
Materials and Methods |
/ 20 |
17-20 |
13-16 |
9-12 |
0-8 |
Results and Discussions |
/ 40 |
33-40 |
25-32 |
17-24 |
0-16 |
Conclusions |
/ 10 |
9-10 |
7-8 |
5-6 |
0-4 |
ASSIGNMENT SCORE |
/ 100 |
|
|
|
|
FINAL SCORE |
/ 20 |