Section outline

  • General

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    EEE 411: INDUSTRIAL ELECTRONICS 

     Welcome to this course on EEE 411: Industrial Electronics. Electrical & Electronic Engineering students of almost all disciplines have to undergo this course as a core subject. It is needless to mention that how much we are dependent on electronic devices in our day to day life. A reasonable understanding of the basics is therefore important for every engineer who is enthusiastic about the power and electronics sector. This course mainly offers a basic understanding of different types of converter, its working mechanisms, and its usage in the power sector. Hope you all will enjoy this experience of getting introduced to one of the most useful and revolutionary things used in our everyday life.




    General Instructions:

    ----All course materials can be found here.
    ---Any announcement regarding the class will be posted on the "Announcements" section.


    Instructions/Guideline for the course:

     √    All the students registered for this course have to enroll in Moodle Students can find all the course materials from Moodle.
     √    All the students have to submit the soft copy of their "Assignment" in Moodle under the assignment section created here and for this, they will be graded here.
    √     Any announcement regarding the class will be posted on Moodle. So they have to keep themselves always active on Moodle.
    √     In this pandemic situation, the rules can be changed.

  • Topic 1


    •                          Teacher's Information

      		          Name:     Sudipta Sarker 

                Designation: Lecturer 
                Room: No  .805 
                 Permanent Campus, Ashulia Dhaka 
                 Mobile no:01536203989
                 mail:sudipta.eee0185.c@diu.edu.bd
                 mail: (personal) Sudiptasarker.ss@gmail.com
                 personal site: https://sites.google.com/view/sudipta-sarker/

                                                       


  • Topic 2

    Aims and Objectives :

       √ Apply performance criteria in the design of basic amplifier  circuits,
      √   Verify that  the criteria were met 
      √   Design and analyze circuits containing digital components and microprocessors.
      √   Analyze and evaluate performance parameters of AC and DC motors.
      √   To introduce with power electronics equipment.
      √   To illustrate the switching mechanism of power electronics equipment.
      √   To demonstrate the operation  phase controller 
      √   To demonstrate and modeling converter & inverter.
      √   To study on cyclo-converter    
      √   To design and modeling of AC and Dc power supply 

     


     

    Course Outcome : 

         √   Identification of different power semiconductor equipment.
     √   Illustration of the switching mechanism of the power electronics device 
     √   Demonstration of controller and converter circuit.
     √       Design and modeling of inverter, power supplies, and drives.




    Course Content :

     

    √   Study on characteristics and operation of thyristor    

    √   Reverse recovery Characteristics of Diode, Power Diode

    √  Study on characteristics and operation of Power MOSFET, DMOSFET & EMOSFET

    √   Study on Characteristics and operation of TRIAC,LASER,RCT,GTO,MCT & MTO

    √   Study and characteristics and operation of IGBT

    √   Three Phase Inverter and PW Inverter

    √   Phase controller, Single Phase Controller (Half,fullmSemi& Dual  )
    √   Three Phase Controller((Half, full, Semi& Dual  )

    √   Introduction to Inverter & Single Phase half Bridge AnD Full Bridge inverter

    √   DC-DC converter, Buck, Boost and Cuk converter

    √   Operation of cyclo-converter

    √   power supply


     



  • Lecture Module 1

    Thyristors

    Objectives of this lecture:

    To learn about different types of thyristor

    To learn the limitation of thyristors as switch

    Lecture Outcomes: 

    At the end of the session students will be able to :

    To understand the gate characteristics and gate control requirements of different types of thyristors 

    Lecture Content:

    Introduction to Thyristors

    V-I characteristics of a Thyristor

    Thyristor turn on

    Thyristor turn off

    Thyristor Types

  • Lecture module 2

    MOSFET

    Objectives of this lecture:

    To get an overview of power electronics and its history of development

    to get an overview of MOSFET and their switching characteristics

    Lecture Outcomes: 

    At the end of the session students will be able to :


    To learn about power electronics

    To learn about MOSFET

    Lecture Contents:

    History of Power Electronics

    Power Electronic Applications

    Power Semiconductor Devices

    Power Diodes

    MOSFET

    MOSFET switching characteristics

  • Lecture Module-03:

    Power electronics devices


    Objectives of this lecture:

    To teach the students about the types of power electronics devices.

    Lecture Outcomes: 

    At the end of the session students will be able to :

     Learn about the circuit diagram and output wave shape of different types of power electronics devices

    Lecture Content:

    Power Electronic Circuits

    Static Switches

    Design of power electronic equipment

    Peripheral effects

  • Lecture Module-04: Controlled Rectifiers


    Objectives of this lecture:

    To understand the operation and characteristics of Controlled Rectifiers

    Lecture Outcomes: 

    At the end of the session students will be able to: 

    To Learn the types of Controlled Rectifiers

    To understand the performance parameters of Controlled Rectifiers

    Lecture Content:

    Single & three phase Semiconverter

    Single & three phase Full converter

    Single & three phase Dual converter

  • Presentation topic :

    Presentation SlideAssignment


    Thyristor based precise lamp illumination control circuit.

    Thyristor based motor speed control circuit

    Boost converter based solar residential system

    Industrial battery charger circuit thyristor

  • MIDTERM SYLLABUS

    Study on characteristics and operation of Power MOSFET, DMOSFET & EMOSFET

    Reverse Recovery characteristics of Diode, Power Diode

    Study on characteristics and operation of Thyristor

    Study on characteristics and operation TRIAC, LASCR, RCT, GTO, MCT & MTO

    Study on characteristics and operation IGBT .

    Phase controller , Single Phase Controller (Half, Full, Semi, & Dual)

    Three Phase Controller (Half, Full, Semi, & Dual)

    • Midterm Marks distribution :

      -There will be 6 sets of questions in the midterm exam
      -Each set of questions contain 2or 3 short or descriptions
      -Each of the question set contains equal marks .

  • Lecture Module-05:

    Controlled Rectifiers

    Objectives of this lecture:

    To understand the operation and characteristics of Controlled Rectifiers

    Lecture Outcomes: 

    At the end of the session students will be able to: 

    To Learn the types of Controlled Rectifiers

    To understand the performance parameters of Controlled Rectifiers

    Lecture Content:

    Single & three phase Semiconverter

    Single & three phase Full converter

    Single & three phase Dual converter

  • Lecture Module-06:

    Inverter

    Objectives of this lecture:

    To teach the students about the switching technique for dc-ac converters 

    To learn various types of inverters

    Lecture Outcomes:

    At the end of the session students will be able to:

    To study the operation of inverters

    To understand the performance parameters of inverters

    To learn the different types of modulation techniques

    Lecture Contents:

    Classification of Inverters

    Single-phase half bridge voltage source inverters

    Performance parameters of inverters

    sinusoidal pulse width modulation

    Three phase inverters

    Three Phase InverterFile

  • Lecture Module 07 :

    Cycloconverter

    Objectives of this lecture:

    To teach the students about the Cyclo-converter

    Lecture Outcomes:

    At the end of the session students will be able to:

    To learn the switching technique for Cycloconverter

    To study the Frequency  Changer operation of cyclo- converters


    Lecture Content:

    Principles of frequency change Operation

    Comparison with DC-link inverter.

  • Lecture Module-08:

    Dc-Dc converters

    Objectives of this lecture:

    To teach the students about the Dc-Dc converters

    Lecture Outcomes:

    At the end of the session students will be able to:

    To learn the switching technique for dc-dc conversion

    To study the operation of dc-dc converters


    Lecture Content:

    Principles of Step Up & Down Operation

    Switching Mode Regulators

    Buck Regulators

    Boost Regulators

    Buck-Boost Regulators

    Cuk Regulators

  • FINAL EXAM

    SYLLABUS
    The final exam will include all lecture Modules.

    • INSTRUCTION 
      Final exam related all slides and instructions will be announced later .