Electrical Engineering


Syllabus


MODULE-I

  • htmlFundamentals of electric circuits
  • Kirchoff's laws
  • Mesh analysis
  • Node analysis
  • Thevenin theorem
  • Maximum power transform theorem
  • SuperPosition theorem
  • AC Fundamentals
  • RMS value of different AC waveforms
  • Phasor algebra
  • Analysis of series AC circuits
  • Power triangle
  • Concept of power factor
  • Power Factor Improvement

MODULE-II

  • Generation and advantage of three phase system
  • Star and delta connection
  • Line and phase voltage/current relations
  • Faraday's law
  • Self and mutual inductance
  • B-H characteristics
  • Hystresis and eddy current losses
  • Basics of magnetic circuit
  • Constructional feature of single phase transformer
  • Working principle of single phase transformer
  • EMF equation
  • Ideal transformer
  • Equivalent Circuit
  • Phasor Diagram
  • Defination of voltage regulation and efficiency
  • Introduction to auto transformer

MODULE-III

  • Introduction to Electrmechnical energy conversion
  • Construction od dc machine
  • Operating principle of dc machine
  • EMF Equation
  • Type of dc motor
  • Torque Equation
  • Characteristics and Applications
  • Torque slips characteristics
  • Single phase induction motor
  • Principle and starting methods
  • Synchronous motors
  • Operating principle and Applications
  • duction motor
  • Construction of 3 phase induction motor
  • Principle of 3 phase induction motor
  • Introduction to distribution of electrical energy
  • Types of cables and switches
  • Electrical wiring
  • Flurocent sodium vapour
  • Mercury Lamp


Notes


MODULE I


MODULE II


MODULE III