YTU Electrical Circuit Simulation Homework, Assignments of Fundamentals of Electronics

A homework assignment for the Fundamentals of Electrical Networks course at YTU. The assignment involves simulating a DC circuit using Matlab/Simscape and Proteus software. instructions for the simulation and includes a circuit diagram and equations for determining nodal voltages and mesh currents. The homework must be done in groups of up to three students and submitted in PDF format by a specific deadline. The document also includes guidelines for formatting and quality of graphics.

Typology: Assignments

2020/2021

Available from 03/01/2022

Fareed125
Fareed125 🇹🇷

10 documents

1 / 7

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
YTU FACULTY OF ELECTRICAL & ELECTRONICS ENGINEERING
DEPARTMENT OF CONTROL & AUTOMATION ENGINEERING
KOM2721 Fundamentals of Electrical Networks G2
HOMEWORK 2. COMPUTER BASED ANALYSIS Electrical Circuit Simulation 60% Second midterm
Personal Computer
Software
Matlab/Simulink
Proteus
Homework must be done in groups of max. 3 students.
Activity Simulation Uploaded: Date 16/12/2021
PDF Final Report: Date 26/12/2021. Time 23:55.
----------------------------------------------------------------------------------------------------------------------------------------
Write the required information on your own.
You are demanded to meet the requested text length (number of words)
All information must clear. The graphs should be visible in a PDF format. Check the
quality of your graphics before plotting and pasting on your report.
The homework must be delivered at the right time, in a PDF format, and it must be sent
to the class platform https://online.yildiz.edu.tr/. Home-works delivered later are not
evaluated.
Name, Surname:
Student number:
MOHAMMED FARED AL HAFEZ
20016901
MUHAMMED AVCIOĞLU
18016917
AHMED ELSHERIF
21015901
Fundamentals of Electrical Networks
- 3 Circuit Questions with their Answers and
Simulink
Covered Topics :-
1-Nodal Analysis
2-SuperPosition
3-Mesh Analysis
pf3
pf4
pf5

Partial preview of the text

Download YTU Electrical Circuit Simulation Homework and more Assignments Fundamentals of Electronics in PDF only on Docsity!

YTU FACULTY OF ELECTRICAL & ELECTRONICS ENGINEERING

DEPARTMENT OF CONTROL & AUTOMATION ENGINEERING

KOM2721 Fundamentals of Electrical Networks G

HOMEWORK 2. COMPUTER BASED ANALYSIS Electrical Circuit Simulation 60% Second midterm  Personal Computer  Software Matlab/Simulink Proteus

Homework must be done in groups of max. 3 students.

Activity Simulation Uploaded: Date 16/12/

PDF Final Report: Date 26/12/2021. Time 23:55.

 Write the required information on your own.

 You are demanded to meet the requested text length (number of words)

 All information must clear. The graphs should be visible in a PDF format. Check the

quality of your graphics before plotting and pasting on your report.

 The homework must be delivered at the right time, in a PDF format, and it must be sent

to the class platform https://online.yildiz.edu.tr/. Home-works delivered later are not

evaluated.

Name, Surname:

Student number:

MOHAMMED FARED AL HAFEZ 20016901 MUHAMMED AVCIOĞLU 18016917 AHMED ELSHERIF 21015901

1. SIMSCAPE SIMULATION DC CİRCUİT ANALYSİS

AIM: To Simulate the DC Circuit for determining voltages v1 and v2 using Matlab/Simscape. a) Simulate the circuit in Figure 1 and obtain nodal voltages. b) Construct an appropriate set of equations and determine nodal voltages. c) Obtain V1 and V2, verify your solution by simulating the circuit with Matlab/Simscape Figure 1. Nodal voltages Value (V) V V

2. SIMSCAPE SIMULATION OF DC CİRCUİTS FOR VALİDATİNG THE SUPERPOSITION METHOD.

AIM: To Simulate the DC Circuit for determining a voltage by using the superposition method and validate the value by using Matlab/Simscape. (a) For the circuit of Figure 2, use superposition to compute the current vx. (b) Verify your solution by simulating the circuit with Matlab/Simscape. Figure 2

 By using mesh analysis, define three clockwise mesh currents and calculate i1,i2 and i3.

Mesh Currents (A)

i

i

i

-0.