Certificate Power Electronics, Switch Mode Power Supplies & VSDs (online)

JRD Global EDU
Online

Rs 12,700
VAT incl.
You can also call the Study Centre
91932... More

Important information

  • Course
  • Beginner
  • Online
  • Duration:
    4 Months
  • Online campus
Description

Power electronics generally deals with the conversion of electric power. An expert knowledge on the characteristics and operation of power electronic circuits is must for a technical staff to be efficient while working on high power applications. However the major concern in the power electronics area is switching losses during switch ON/OFF which will reduce the efficiency and performance of the system. By involving certain methods, switching losses can be reduced thereby improving the overall efficiency of the system.

Important information
Venues

Where and when

Starts Location Timetable

Online

Frequent Asked Questions

· What are the objectives of this course?

Course Outline Introduction To Power Electronic Circuits And Devices Basic Definitions Bistable Switching Power Diodes Commutation losses of Power Thyristors Diode Rectifier AC and DC Current Operating principle of Line Commutated Thyristor Rectifier

· Who is it intended for?

10TH PASS CANDIDATE CAN APPLY DOR THIS COURSE

· Requirements

10TH PASS CANDIDATE CAN APPLY DOR THIS COURSE

· Qualification

10TH PASS CANDIDATE CAN APPLY DOR THIS COURSE

· What marks this course apart?

ON LINE STUDY ON LINE SELF LEARNING PROGRAM

· What happens after requesting information?

APPLICATION DETAILS REGISTRATION DETAILS

What you'll learn on the course

Operating principle of Buck and Boost Regulator
Operation of Half Bridge
Full Bridge Converter

Teachers and trainers (1)

SNEHA SHARMA
SNEHA SHARMA
COUNSELOR

Course programme

Course Outline

Introduction To Power Electronic Circuits And Devices
  • Basic Definitions
  • Bistable Switching
  • Power Diodes
  • Commutation losses of Power Thyristors
  • Diode Rectifier AC and DC Current
  • Operating principle of Line Commutated Thyristor Rectifier
Basic Principles Of Inverter And Thyristor
  • General purpose Inverter
  • Principles of Gate Commutated Inverters
  • Modulation Techniques of PWM Inverter
  • Switching configurations of 3-phase PWM Inverter
  • GTO Thyristors
  • Field Controlled Thyristors
  • Power Ratings of Bipolar Junction Transistor
  • Applications of Field Effect Transistors
  • Symbol, Features and Advantages of Insulated Gate Bipolar Transistor
  • Future power semiconductor devices development direction
Introduction To Switch Mode Power Supplies
  • Power supply efficiency
  • Dissipative Power Supplies : Series
  • Implications of Power Loss
  • Advantages of Switching-Mode Power Supplies
  • Switching regulator
Isolated And Non-isolated Topologies Of Converter
  • Operating principle of Buck and Boost Regulator
  • Construction of Fly back Converter
  • Forward Converters
  • Circuit arrangement of Push-Pull Converters
  • Operation of Half Bridge and Full Bridge Converter
Switch Mode Power Supply Design 1 And 2
  • Block Diagram of Switch Mode Power Supply
  • 115V and 230V operation of Voltage doubler
  • Component selection and design criteria
  • Input Protective Devices
High Frequency Transformers
  • Criteria for the selection of magnetic component design
  • Ferrite core material for high-frequency power transformers
  • Faraday’s law of electromagnetic induction
  • Hysteresis loop
  • Typical magnetization curve
  • Basic transformer theory

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