Topic outline

• Welcome To Electrical Circuits
  

  Welcome To Electrical Circuits

  Dear Students,

  Welcome to Electrical Circuits with Lab (CSE132 and CSE133). Hope you are safe and healthy. I am Sakib Mahmood Chowdhury, Lecturer, Department of Computer Science and Engineering (CSE) and the course teacher of this wonderful course.

  We all know that this is the all time challenging situation of the world as well as Bangladesh. I am congratulating you all to participate in the world class online DIU BLC Classroom in this pandemic. I will try my best to provide all the necessary supports to you, so that you would be able to learn smoothly and effectively using the available online tools and also using the wonderful tools provided by our beloved institution Daffodil International University.

  Thank you and Take Care

   

  

  • Details of Course Teacher Forum

    Mark as done

    Course Teacher: Sakib Mahmood Chowdhury
    Designation: Lecturer

    Office Address: Daffodil International University
    Email: sakib.bets@gmail.com

    Phone: 01676233267

  • Discussion Forum

    Mark as done
  • Announcements Forum

  • Course Rationale

    This course will provide the basic knowledge of Electrical Circuits. Students should be able to identify, define, and describe different components and relevant terms. This course will help the students to gain theoretical knowledge and will also help to do hardware implementation in the course of Basic Electronics, Digital Electronics, Data Communications, Embedded Systems, Robotics etc.

    Mark as done
  • Course Objective

    The objective of this course is to provide an introduction to Fundamental electrical concepts and give brief knowledge about Laws of electrical circuits and methods of network analysis. This course covers DC voltage, current, resistance, and power, Principles of DC measuring apparatus. Alternating current- instantaneous and r.m.s current, voltage and power, average power, average power for various combinations of R, L and C circuits.

    Mark as done
  • Course Outcomes (CO’s)

    • CO1    To be able to know different electrical terms and define them with examples
    • CO2    To be able to describe the basic principles, laws, and theorems of electrical circuits
    • CO3    To be able to analyze and solve different types of basic electrical circuits
    • CO4    To be able to design, build and test different types of basic electrical circuits projects

    Mark as done
  • Assessment Plan Folder

    Mark as done
  • Course Outline based on OBE Folder

    Mark as done
  • Reference Textbooks Folder

    Mark as done

    1. Fundamentals of Electric Circuits- Charles K. Alexander & Matthew N.O. Sadiku

    2. Introductory Circuit Analysis (10th edition)-Boylestad

    

  • Lab Manual Folder

    Mark as done

    Students will be able to find Lab Manual here

  • Class Recording (Section C) URL

    Mark as done
  • Class Recording (Section R-1) URL

    Mark as done
  • Lab Recording (Section C) URL

    Mark as done
• Links
  

  Links

  • Links of the Topics

    CT     Assignment 

    Week1   Week2   Week3   Week4   Week5   Week6   Week7   Week8 (Midterm Exam)   Week9   Week10   Week11   Week12 (Presentation)   Week13   Week14 (Final Exam) 
    

    Mark as done
• Week 01 : Introduction
  

  Week 01 : Introduction

  • Lesson 01 Folder

    Mark as done

    Basic discussions of Electric Charge, Current and Voltage, DC and AC Current, Resistance, Power and Energy, Electric Elements.

    Expected Outcome:

    ·       Students should have general ideas about the basic elements of Electrical Circuits.

    
    Book Chapter:

    Chapter 01 (Page: 4) - Charles K. Alexander and Matthew N.O. Sadiku

    Lecture Materials 

      

  • Introduction to Electrical Circuits and Ohm's Law

    Mark as done
  • Lab Session 1 Folder

    Mark as done

    Experiment Name:

    • Introduction to different elements of Electrical Circuits Lab.

    Expected learning outcome:
    

    • Gain knowledge about different elements of electrical circuits

    Reference:

    • Lab Manual
• Week 02
  

  Week 02

  • Lesson 02 Folder

    Mark as done

    Basic Laws: Ohm’s Law, Open and Short Circuit, Branches, Node and Loop, Kirchhoff’s Current Law (KCL), Kirchhoff’s Voltage Law (KVL) 

    Expected Outcome:

    ·       Students should have general ideas about the basic Laws and structure of Electrical Circuits.

    
    Book Chapter:
    

    Chap 2 (Page: 30) - Charles K. Alexander and Matthew N.O. Sadiku

    Lecture Materials 

    
    

  • Lab Session 2 Folder

    Mark as done

    Experiment Name:

    • Verification of Ohm’s Law.

    Expected learning outcome:
    

    • Able to determine different parameter of electrical circuits practically

    • Able to verify the law by comparing the practical value and theoretical value

    Reference:

    • Lab Manual
  • Review and Discussion on past lectures Forum

    Mark as done
• Week 03
  

  Week 03

  • Lesson 03 Folder

    Mark as done

    Series Circuits and Voltage Divider Rule (VDR), Parallel Circuits and Current Divider Rule (CDR), Series-Parallel dc Circuits

    Expected Outcome:

    ·       Students should be able to identify series and parallel dc circuits and current and voltage division in a circuit.

    
    Book Chapter:
    

    Chap 2 (Page: 43) - Charles K. Alexander and Matthew N.O. Sadiku

    Lecture Materials 

          1.  Lesson 03

  • Lab Session 3 Folder

    Mark as done

    Experiment Name:

    • Verification of Kirchhoff’s Voltage Law (KVL) & Voltage divider rule (VDR).

    Expected learning outcome:
    

    • Able to determine different parameter of electrical circuits Practically

    • Able to verify the law by comparing the practical value and theoretical value

    Reference:

    • Lab Manual
  • Review and Discussion on past lectures Forum

    Mark as done
• Week 04
  

  Week 04

  • Lesson 4 Folder

    Mark as done

    Equivalent resistance (R_eq)

    Expected Outcome:

    ·       Students should be able to perform equivalent resistance calculation of any complex series-parallel dc network.

    
    Book Chapter:
    

    .        Chap 2 (Page: 47) - Charles K. Alexander and Matthew N.O. Sadiku

    Lecture Materials 

          1. Lesson 04

  • Calculation of Equivalent Resistance

    Mark as done
  • Lab Session 4 Folder

    Mark as done

    Experiment Name:

    • Verification of Kirchhoff’s Current Law (KCL) & Current divider rule (CDR).

    Expected learning outcome:
    

    • Able to determine different parameter of electrical circuits Practically

    • Able to verify the law by comparing the practical value and theoretical value

    Reference:

    • Lab Manual
• Week 05
  

  Week 05

  • Lesson 05 Folder

    Mark as done

    Methods of Analysis(Nodal analysis)

    Expected Outcome:

    ·       Students should be able to perform Node analysis to simplify any complex circuitry network.

    
    Book Chapter:
    

    Chap 2 (Page: 82) - Charles K. Alexander and Matthew N.O. Sadiku

    Lecture Materials 

          1. Lesson 05

  • Lab Session 5 Folder

    Mark as done

    Experiment Name:

    • Verification of Superposition Theorem.

    Expected learning outcome:
    

    • Able to determine different parameter of electrical circuits Practically

    • Able to verify the law by comparing the practical value and theoretical value

    Reference:

    • Lab Manual
  • Review and Discussion on past lectures Forum

    Mark as done
• Week 06
  

  Week 06

  • Lesson 06 Folder

    Mark as done

    Methods of Analysis( Mesh/Loop analysis)

    Expected Outcome:

    ·       Students should be able to perform Loop analysis to simplify any complex circuitry network.

    
    Book Chapter:
    

    .Chap 2 (Page: 93) - Charles K. Alexander and Matthew N.O. Sadiku

    Lecture Materials 

          1. Lesson 06

  • Lab Session 6 Folder

    Mark as done

    Experiment Name:

    • Verification of Thevenin’s Theorem.

    Expected learning outcome:
    

    • Able to determine different parameter of electrical circuits Practically

    • Able to verify the law by comparing the practical value and theoretical value

    Reference:

    • Lab Manual
  • Interactive Content

    Mark as done
• Week 7
  

  Week 7

  • Lesson 7 Folder

    Mark as done

    • Review and Problem Solving

  • Lab Session 7 Folder

    Mark as done

    Experiment Name:

    • Verification of Maximum Power Theorem.

    Expected learning outcome:

    • Able to determine different parameter of electrical circuits Practically
    • Able to verify the law by comparing the practical value and theoretical value

    Reference:

    • Lab Manual
• Week 08
  

  Week 08

  • 
    

    Mark as done
  • Online Open Book Midterm Exam Folder

    Mark as done

    Midterm exam for those who were absent due to overlapping of the exam time.
    

    Time: 12 July 2021, 4:00-6:30pm

    1. Online Open Book Midterm Exam Question

    2. Online_Exam_Response_Submission_Template_Summer 2021

    3. Google Form

• Week 09
  

  Week 09

  • Lesson 08 Folder

    Mark as done

    Alternating current fundamental, Phase and phase difference, R.M.S value, Average value

    Expected Outcome:

    ·       Students should have the basic ideas about Alternating Current(AC) and other properties of AC network.

    Book Chapter:
    

    .        Chapter 08, BASIC ENGINEERING CIRCUIT ANALYSIS - By DAVID IRWIN

    Lecture Materials 

          1. Lesson 07
          2. AC fundamentals

  • Introduction to Alternating Current (AC)

    Mark as done
  • Lab Session 8 Folder

    Mark as done

    Experiment Name:

    • Individuals/Groups Practices of the experiments covered.

    Expected learning outcome:
    

    • Implement and test circuits on bread board and trainer board

    Reference:

    • Lab Manual
• Week 10
  

  Week 10

  • Lesson 09 Folder

    Mark as done

    AC through Resistance, AC through Inductance
    

    Expected Outcome:

    ·       Students should be able to deal with AC properties in a complex resistive network.

    Book Chapter:
    

    .        Chapter 08, BASIC ENGINEERING CIRCUIT ANALYSIS - By DAVID IRWIN

    Lecture Materials 

          1. Lesson 08
          2. AC fundamentals

  • Assignment_Section: C+ R-1

    Mark as done

    Students will be able to submit their Assignment here

  • Lab Session 9 Folder

    Mark as done

    Experiment Name:

    • Individuals/Groups Practices of the experiments covered.

    Expected learning outcome:
    

    • Implement and test circuits on bread board and trainer board

    Reference:

    • Lab Manual
  • Review and Discussion on past lectures Forum

    Mark as done
• Week 11
  

  Week 11

  • Lesson 10 Folder

    Mark as done

    AC through Capacitance, Average power, Reactive Power, Apparent Power, Power Factor
    

    Expected Outcome:

    ·       Students should be able to deal with AC properties in a capacitive and inductive network.

    Book Chapter:
    

    .        Chapter 08, BASIC ENGINEERING CIRCUIT ANALYSIS - By DAVID IRWIN

    Lecture Materials 

         1. Lesson 09
         2. AC fundamentals

  • Quiz 2 Assignment

    Mark as done
  • Lab Session 10: Lab Performance Test Folder

    Mark as done

    Experiment Name:

    • Practical implementation of any given circuits individually which was practiced throughout the previous classes..

    Expected learning outcome:

    • To test whether individuals can implement circuits hand-son using the bread board, electrical elements, electronic devices, power supply etc.

    Reference:

    • Lab Manual
  • Interactive Content

    Mark as done
• Week 12
  

  Week 12

  • Presentation by the Students Folder

    Mark as done

    Expected Outcome:

    1. To analyze complex networks of resistors subject to both direct (non-time-varying) and alternating voltages and currents.

    2. To design, build and test electrical circuit projects application utilizing knowledge and skills learned

  • Presentation Groups_C

    Students will be able to submit their Presentation Groups here

    Section_C === 15-08-21 (Sunday) at 11.30 pm

    Mark as done
  • Presentation Groups_R-1

    Students will be able to submit their Presentation Groups here

    Section_R-1 === 20-08-21 (Friday) at 11.30 pm

    Mark as done
  • Lab Session 11: Lab Final Folder

    Mark as done

    Experiment Name:

    • Viva/Written on all the experiments covered
      .

    Expected learning outcome:

    • To test individuals' understanding about the implemented circuits using the bread board, Electrical elements, electronic devices, power supply etc.

    Reference:

    • Lab Manual
  • Lab Final Examination_Section: C & Diploma Assignment

    Mark as done
• Week 13
  

  Week 13

  • Review and Problem Solving Folder

    Mark as done
• Week 14
  

  Week 14

  • 
    

    Mark as done