CHAITANYA BHARATHI INSTITUTE OF TECHNOLOGY (A)
  • Power Electronics- EEE- D1- V Sem- 2020-21
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  • Course data
    General
    Announcements
    PE Slip Test-I
    Assignment-1
    Assignment-2
    PE Slip Test-2
    Introduction to the course
    Lec 1 Introduction to Power Electronics-I
    Lec 1 Introduction to Power Electronics-I
    Lec 2 Introduction to Power Electronics-II
    Lec-2 Introduction to Power Electronics-II
    Lec-3 Introduction to Power Electronics-III
    Lec-3 Introduction to Power Electronics-III
    PN Junction basics
    Unit-II
    Lec 4 Static characteristics of SCR
    Lec-4-Static Characteristics of SCR
    Lec-5-Turn-on methods of SCR and Two transistor model of SCR
    Lec-6 Dynamic Characteristics of SCR and Protection of SCRs-didt, dvdt
    Lec-6 Dynamic Characteristics of SCR and Protection of SCRs-didt, dvdt
    Lec-5 Turn-on methods of SCR and Two transistor model of SCR-1
    Lec-5 Turn-on methods of SCR and two transistor model of SCR-2
    Lec-7 Design of Snubber circuit and High voltage, current, Temperature, and Gate protection_2IN1(1)
    Lec-7 Design of Snubber circuit and High voltage, current, Temperature, and Gate protection
    Lec-8 Series and Parallel operation of SCRs_2IN1
    Lec-8 Series and Parallel operation of SCRs
    Lec-9 SCR Firing Circuits _2IN1
    Lec-9 SCR Firing Circuits
    Lec-10 UJT Triggering, Natural commutation and Class A commutation_2IN1
    Lec-10 UJT Triggering, Natural commutation and Class A commutation
    Lec-11 Forced Commutation methods of SCR
    Lec-11 Forced Commutation methods of SCR
    Lec-14 Power MOSFET
    Unit-I
    Lec-12 Power Diode
    Lec-13 Power BJT_2IN1
    Lec-12 Power Diode
    Lec-13 Power BJT
    Lec-14 Power MOSFET
    Lec-14 Power MOSFET
    Lec-15 Power IGBT and Gate drive circuits
    Lec-15 Power IGBT and Gate drive circuits
    Unit-III
    Lec-16 Single-Phase Half wave controlled rectifier
    Lec-16 Single-Phase Half wave controlled rectifier
    Lec-17 Single-Phase HWR with RL, RLE loads and Significance of Freewheeling diode
    Lec-17 Single-Phase HWR with RL, RLE loads and Significance of Freewheeling diode
    Lec-18 Simulation of Half-wave controlled rectifier with R, RL and RLE loads
    Lec-18 Simulation of Half-wave controlled rectifier with R, RL and RLE loads
    Lec-19 Single-Phase Mid-point Full wave controlled rectifier
    Lec-19 Single-Phase Mid-point Full wave controlled rectifier
    Lec-20 Single-Phase fully controlled rectifier with R, RL and RLE loads
    Lec-20 Single-Phase fully controlled rectifier with R, RL and RLE loads
    Lec-21 Single-Phase Semi converter with R, RL and RLE loads and effect of source inductance
    Lec-21 Single-Phase Semi converter with R, RL and RLE loads and effect of source inductance
    Lec-22 Three-Phase Half wave controlled rectifier with R Load
    Lec-22 Three-Phase Half wave controlled rectifier with R Load
    Lec-23 Three-Phase Half wave controlled rectifier with RL load and RL load with FD
    Lec-23 Three-Phase Half wave controlled rectifier with RL load and RL load with FD
    Lec-24 Problems on Single phase controlled rectifiers
    Lec-24 Problems on Single phase controlled rectifiers
    Lec-25 Six pulse mid-point controlled converter
    Lec-25 Six pulse mid-point controlled converter-converted
    Lec-26 Three-Phase Semi Converter
    Lec-26 Three-Phase Semi Converter
    Lec-27 Three-Phase Fully controlled Converter & Effect of Source Inductance on 3-phase fully controlled converter
    Lec-27 Three-Phase Fully controlled Converter & Effect of Source Inductance on 3-phase fully controlled converter
    Lec-28 Dual Converter
    Lec-28 Dual Converter
    Lec-29 Problems on Three-Phase Converters
    Lec-29 Problems on Three-Phase Converters
    Unit-IV
    Lec-30 Principles of Step-down, Step-up, Step Up Down choppers and Chopper Control Techniques
    Lec-30 Principles of Step-down, Step-up, Step Up Down choppers and Chopper Control Techniques
    Lec-31 Types of Choppers
    Lec-31 Types of Choppers
    Lec-32 Voltage Commutated Chopper
    Lec-32 Voltage Commutated Chopper
    Lec-33 Introduction to Switch-mode converters and Analysis of Buck converter
    Lec-34 Boost and Buck-Boost Regulators-converted
    Lec-34 Boost and Buck-Boost Regulators-converted
    Lec-35 Cyclo Converters and AC Voltage Controllers
    Lec-38A Problems on AC Voltage controllers
    Lec-39 Chopper Numerical problems
    Lec-39 Chopper Numerical problems
    e-Content & Books
    Power Electronics Bits
    Syllabus
    e-Books
    Unit-V
    Lec-36 Principle of operation of Single-phase Bridge inverters
    Lec-36 Principle of operation of Single-phase Bridge inverters (1)_2IN1
    Lec-37 Voltage control of Inverters
    Lec-37 Voltage control of Inverters
    Lec-38 Three Phase Inverters
    Lec-38 Three Phase Inverters
    Lec-40 Implementation of Teaching Learning Based Optimization (TLBO) in MATLAB
    Lec-40 Implementation of Teaching Learning Based Optimization (TLBO) in MATLAB
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    Power Electronics- EEE- D1- V Sem- 2020-21
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    Course info

    1. Home
    2. Courses
    3. Electrical and Electronics Engineering
    4. UG
    5. AY 2020-21
    6. V Semester
    7. Power Electronics- EEE- D1- V Sem- 2020-21
    8. Summary

    Power Electronics- EEE- D1- V Sem- 2020-21

    • Teacher: Dr.M.Balasubbareddy Professor
    Skill Level: Beginner

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