COURSE OBJECTIVES

This course is meant to reinforce a good understanding of the fundamentals of electrical engineering through practical applications. Starting from Ohm’s law, and the Kirchhoff’s laws, basic analysis techniques are taught. Important laws of circuit analysis are explained using passive circuit elements.

COURSE LEARNING OUTCOMES (CLO)

CLO-1: Execute the instructions by acquiring hands on experience of primary electrical lab instruments including DMM, Function Generator, Oscilloscope and electronic trainer. (P2)
CLO-2: Implement the concept of different electrical circuits by building a project.(P2)
CLO-3: Design and analyze an electrical project by applying the theoretical knowledge of different electric circuits.(C6)

COURSE CONTENTS

  • Experiment # 1
    • Introduction to lab instruments
  • Experiment #2
    • Series and parallel circuits
  • Experiment #3
    • Ohm’s Law
  • Experiment # 4
    • Kirchhoff’s voltage and current law
  • Experiment # 5
    • Superposition theorem
  • Experiment # 6
    • Thevenin Theorem
  • Experiment # 7
    • Maximum Power Transfer Theorem
  • Experiment # 8
    • Introduction to PSPICE
  • Experiment # 9
    • Transient Analysis using PSPICE
  • Experiment #10
    • AC analysis using PSPICE.
  • Experiment # 11
    • AC signal and measurements
  • Experiment # 12
    • RC circuit and filter
  • Experiment # 13
    • Series resonant circuit
  • Experiment # 14
    • Parallel resonant circuit