ELECTRICAL CIRCUITS

INTRODUCTION: 

                                System of Units  Electrical Quantities - Circuit elements  Independent and Dependent Sources  Ohms Law  Kirchhoffs Laws  Analysis of Circuits using Kirchhoffs Laws  Circuits with Dependent Sources  Wye ( Delta Transformation  Analysis using PSpice.

AC Circuits:

Introduction to Time Varying and Alternating Quantities  Average and RMS (effective) Values  Form Factor  Phasor Relationships for Circuit Elements  Steady Sate Solution using Phasor Algebra  Analysis using Kirchhoffs Laws.        

POWER: 

                Power Triangle - Power Factor.

Mesh and Nodal Analysis: 

                                        Loop Analysis - Mesh Equations for Circuits with Independent Current Sources  Mesh Equations for Circuits with Dependent Sources  Analysis using PSpice.          

Nodal ANALYSIS: 

                       Node Equations for Circuits with Independent Voltage Sources  Node Equations for Circuits with Dependent Sources  Analysis using PSpice.

Network Theorems:

                               Superposition  Source Transformation  Thevenins and Nortons Theorems  Maximum Power Transfer Theorem  Analysis using PSpice.

Resonance:  

                         Resonance in Series and Parallel RLC Circuits  Bandwidth  Quality Factor  Selectivity.