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    Course Outline - ME 1287 (AUST)

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    Adnan Shahariar Anik
    Course Outline ME-1287 (AUST) EEE dept.

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    © All Rights Reserved
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    Course Outline - ME 1287 (AUST)

    Uploaded by

    Adnan Shahariar Anik
    52 views2 pages
    Course Outline ME-1287 (AUST) EEE dept.

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    © © All Rights Reserved

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    PDF, TXT or read online from Scribd

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    Course Outline ME-1287 (AUST) EEE dept.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    52 views2 pages

    Course Outline - ME 1287 (AUST)

    Uploaded by

    Adnan Shahariar Anik
    Course Outline ME-1287 (AUST) EEE dept.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 2

    Ahsanullah University of Science and Technology

    Department of Mechanical Engineering

    Course No.: EEE 1287 Course Title: Basic Electrical Engineering

    Sumit Narayan Saurov Contact No.: +88-01914743797


    EEE, AUST Email: sumit.saurov@gmail.com

    Course Outline

    Reference Book:

    [1] Introductory Circuit Analysis Boylestad

    [2] A Text Book of Electrical Technology (Volume II) B. L. Theraja and A. K. Theraja

    Part I: DC Circuit Analysis (Ref. Book 1)

    Topic Details Index No.


    Ohms Law, Power, and Ohms Law, Plotting
    4.1 4.4
    Energy Power
    Series Resistors and Circuits
    Power Distribution
    Series DC Circuits 5.1 5.7
    Series Voltage Sources
    KVL, VDR
    Parallel Resistors and Circuits
    KCL, CDR
    Parallel DC Circuits 6.1 6.8
    Parallel Voltage Sources
    Open and Short Circuits
    Current Sources, Parallel and 8.1 8.5
    Series Combination
    Methods of Analysis Source Conversion 8.7 8.10
    Mesh and Nodal Analysis
    Y Configuration 8.12
    Superposition Theorem
    Thevenins Theorem
    Network theorems Nortons Theorem 9.1 9.5
    Maximum Power Transfer
    Theorem
    Part II: AC Circuit Analysis (Ref. Book 1)

    Topic Details Index No.


    Sinusoidal Waveform,
    Sinusoidal Alternating Voltage, and Current
    13.4 13.8
    Waveforms Phase Relations
    Average and Effective Value
    Response of Basic Elements
    Average Power and Power 14.1 14.3
    Basic Elements and Phasors Factor
    Different Operations of 14.5 14.10
    Complex Numbers
    Impedance
    15.1 15.4
    Series and Parallel AC Series Configuration, VDR
    Circuits Admittance, Susceptance 15.7 15.9
    Parallel Configuration, CDR
    Series-Parallel AC Networks Illustrative Examples 16.1 16.2

    Part III: Basic Machinery Fundamentals (Ref. Book 2)

    Topic Details Index No.


    Types
    D. C. Generators Brush Contact Drop 26.31 26.33
    E.M.F. Equation
    Working Principle
    32.1
    Elementary Theory
    Transformers
    E.M.F. Equation 32.5 32.7
    Transformation Ratio

    Marks Distribution:

    Attendance --------------------------------- 10 %

    Quiz/ Assignment ------------------------- 20 %

    Final ----------------------------------------- 70 %

    Total ----------------------------------------- 100 %

    Class Time:

    Tuesday : 12:10 PM 01:00 PM


    Wednesday : 01:50 PM 03:30 PM

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