The Ultimate – ELECTRICAL CIRCUITS ( MODULE – 2 )

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Complex signals representations

Lecture 3: Complex signal representation – 01

Lecture 4: Sinusoidal Signal Representation

Lecture 5: Sinusoidal Signal Representation -01

Lecture 6: Sinusoidal Signal Representation -02

Lecture 7: Square Waveform Representation

Lecture 8: Triangular Waveform Representation

Lecture 9: Average and RMS values from AC circuits

Lecture 10: Form Factor and Peak Factor

Lecture 11: Average and RMS values of sinusoidal signal

Lecture 12: Average and RMS values of sinusoidal signal – 01

Lecture 13: Average and RMS values of Other signals

Lecture 14: Problems on AVG and RMS

Chapter 2: Voltage and Current relations in passive elements

Lecture 1: Introduction

Lecture 2: V and I relation in resistor

Lecture 3: Power in pure resistor

Lecture 4: AC Source across Pure Inductor

Lecture 5: AC Source across Pure Capacitor

Chapter 3: Series RLC circuits

Lecture 1: V and I relations in R,L,C parameters

Lecture 2: RL series Circuit

Lecture 3: Power in AC circuits

Lecture 4: RC series Circuit

Lecture 5: RLC series Circuit

Lecture 6: Problems on RLC series Circuit

Lecture 7: Problems on RLC series Circuit – 1

Lecture 8: Assignment – 1

Chapter 4: Parallel RLC Circuits

Lecture 1: PARALLEL RL CIRCUIT

Lecture 2: PARALLEL RC CIRCUIT

Lecture 3: Parallel RLC Circuits

Lecture 4: Problems on RLC circuits -03

Chapter 5: RESONANCE

Lecture 1: Introduction

Lecture 2: Introduction – 1

Lecture 3: Series Resonance Circuit

Lecture 4: Series Resonance Circuit – 1

Lecture 5: Impedance and frequency relation

Lecture 6: Quality Factor and Bandwidth of RLC circuit

Lecture 7: Power factor and frequency relation in series RLC circuit

Lecture 8: Problems on series resonance circuits

Lecture 9: Problems on series resonance circuits -1

Lecture 10: Problems on series resonance circuits -2

Lecture 11: Parallel Resonance circuit

Lecture 12: Problems on Resonance circuits

Chapter 6: Laplace Transform Analysis Circuits

Lecture 1: LAPLACE TRANSFORM INTRODUCTION

Lecture 2: Series RC Circuits

Lecture 3: Series RC and RL Circuits

Lecture 4: Problems on Filters

Lecture 5: Step Response of RC Circuit

Lecture 6: Second Order Systems -01

Lecture 7: Responses of Second Order Systems

Lecture 8: Parallel RLC Circuits Responses

Lecture 9: Problems on RLC circuits

Lecture 10: Problems on RLC circuits – 01

Lecture 11: Problems on RLC circuits – 02

Lecture 12: Assignment – 2

Lecture 13: Assignment – 2_Solutions

Chapter 7: NETWORK THEOREMS ( SUPER POSITION THEOREM )

Lecture 1: Introduction – Superposition Theorems

Lecture 2: Super Position Theorem – Lecture-01

Lecture 3: Super Position Theorem – Lecture-02

Lecture 4: Super Position Theorem – Lecture-03

Lecture 5: Super Position Theorem – Lecture-04

Lecture 6: Super Position Theorem – Lecture-05

Lecture 7: Super Position Theorem – Lecture-06

Lecture 8: Super Position Theorem – Lecture-07

Lecture 9: Super Position Theorem – Lecture-09

Chapter 8: NETWORK THEOREMS ( THEVENIN 'S AND NORTAN'S)

Lecture 1: THEVENINS AND NORTON'S THEOREM INTRODUCTION

Lecture 2: PROBLEMS ON THEOREMS – 01

Lecture 3: PROBLEMS ON THEOREMS – 02

Lecture 4: PROBLEMS ON THEOREMS – 03

Lecture 5: THEVENIN'S THEOREM_Problem01

Lecture 6: THEVENIN'S THEOREM_Problem02

Lecture 7: THEVENIN'S THEOREM_Problem04

Lecture 8: THEVENIN'S THEOREM_Problem05

Lecture 9: Maximum Power Transfer theorem

Lecture 10: Maximum Power Transfer theorem -01

Lecture 11: Maximum Power Transfer theorem -03

Lecture 12: Maximum Power Transfer theorem -02

Lecture 13: MILLMAN'S THEOREM

Lecture 14: MILLMAN'S THEOREM -01

Lecture 15: DUALITY THEOREM

Lecture 16: TELLEGEN'S THEOREM_0

Lecture 17: TELLEGEN'S THEOREM

Lecture 18: RECIPROCITY THEOREM

Lecture 19: RECIPROCITY THEOREM – 01

Lecture 20: RECIPROCITY THEOREM – 02

Lecture 21: Assignment – 3

Lecture 22: Assignment – 4

Lecture 23: Assignment – 5

Lecture 24: Assignment – 3_Solutions

Lecture 25: Assignment – 4_Solutions

Lecture 26: Assignment – 5_Solutions