Course Curriculum
- Introduction
- Introduction -1
- Difference between Circuit Theory and Field Theory
- Basics of Network Elements
- Resistance and Resistivity
- Ohm’s Law and Inductance
- Ohm’s Law & Inductance – 2
- Capacitance
- Types of Network Elements
- Types Of Network Elements – 2
- Active Elements
- Ideal & Practical sources
- Ideal and practical sources – 2
- Ohm’s Law
- Basic problems
- Introduction
- Complex signals representations
- Complex signals representations – 01
- Sinusoidal Signal Representation
- Sinusoidal Signal Representation -01
- Sinusoidal Signal Representation -02
- Square Waveform Representation
- Triangular Waveform Representation
- Average and RMS values from AC circuits
- Form Factor and Peak Factor
- Average and RMS values of sinusoidal signal
- Average and RMS values of sinusoidal signal – 01
- Average and RMS values of Other signals
- Problems on AVG and RMS
- Introduction
- Introduction -1
- Series Resonance Circuit
- Series Resonance Circuit -1
- Impedance and frequency relation
- Quality Factor and Bandwidth of RLC circuit
- Power factor and frequency relation in series RLC circuit
- Problems on series resonance circuits
- Problems on series resonance circuits -1
- Problems on series resonance circuits -2
- Parallel Resonance circuit
- Problems on Resonance circuits
- Introduction – Superposition Theorems
- Super Position Theorem – Lecture-01
- Super Position Theorem – Lecture-02
- Super Position Theorem – Lecture-03
- Super Position Theorem – Lecture-04
- Super Position Theorem – Lecture-05
- Super Position Theorem – Lecture-06
- Super Position Theorem – Lecture-07
- Super Position Theorem – Lecture-09
- THEVENINS AND NORTON’S THEOREM INTRODUCTION
- PROBLEMS ON THEOREMS – 01
- PROBLEMS ON THEOREMS – 02
- PROBLEMS ON THEOREMS – 03
- THEVENIN’S THEOREM_Problem04
- THEVENIN’S THEOREM_Problem02
- THEVENIN’S THEOREM_Problem01
- THEVENIN’S THEOREM_Problem05
- Maximum Power Transfer theorem
- Maximum Power Transfer theorem -01
- Maximum Power Transfer theorem -03
- Maximum Power Transfer theorem -02
- MILLMAN’S THEOREM
- MILLMAN’S THEOREM -01
- DUALITY THEOREM
- TELLEGEN’S THEOREM_0
- TELLEGEN’S THEOREM
- RECIPROCITY THEOREM
- RECIPROCITY THEOREM-01
- RECIPROCITY THEOREM-02
- Assignmaent – 3
- Assignmaent – 4
- Assignmaent – 5
- Assignment – 3_Solutions
- Assignment – 4_Solutions
- Assignment – 5_Solutions
- h PARAMETERS & g- PARAMETERS
- Transmission Parameters
- Problems on Two Port Networks
- Problems on Two Port Networks -1
- Problems on Two Port Networks -2
- RELATION BETWEEN TWO PORT NETWORK PARAMETERS
- Problems on Two Port Networks-3
- Inter connecting Two port networks
- Parallel Connection of networks
- Cascade Connection of Networks
- Problems on Two Port Networks-4
- Problems on Two Port Networks-5
- Problems on Two Port Networks-6
- Problems on Two Port Networks-7
- TYPES OF NETWORKs
- Problems on Two Port Networks-8
- Introduction
- Transient and Steady state Conditions
- Time Constants of RC and RL circuits
- Initial and Final Conditions of passive elements
- Initial and Final Conditions of passive elements – 1
- Current through the inductor from RL circuit
- RC series Circuit excited by the DC source
- Problems_1
- Transfer Function of Networks
- Problems on Transient Circuits-1
- RL series circuit analysis using Laplace Transform
- Source free Transient circuits
- Problems on Transient Circuits
- RLC Series Circuit ( DC Excitation)
- RLC Series Circuit ( DC Excitation)-1
- RLC Series Circuit ( DC Excitation)-2
- RLC Series Circuit ( DC Excitation)-3
- AC Transient Analysis
Introduction
DC Circuits
Problems on Series,Parallel circuits and source transformation
Star and Delta Circuits
MESH AND NODAL ANALYSIS
NODAL ANALYSIS
Introduction
Voltage and Current relations in passive elements
Series RLC circuits
Parallel RLC Circuits
RESONANCE
LAPLACE TRANSFORM ANALYSIS CIRCUITS
NETWORK THEOREMS ( SUPER POSITION THEOREM )
NETWORK THEOREMS ( THEVENIN 'S AND NORTAN'S)
Introduction
Y (ADMITTANCE) PARAMETERS
HYBRID(h) AND TRANSMISSION PARAMETERS
TRANSIENT ANALYSIS
NETWORK TOPOLOGY (GRAPH THEORY)
Magnetic Circuits
Filters ( Passive )
ABOUT INSTRUCTOR
Related Course
₹4,499 ₹1,499
₹4,499 ₹1,499
₹4,999 ₹1,499
₹4,999 ₹1,499
₹4,999 ₹1,499
Price
₹1,499 ₹4,449
- 201 Lectures
- 0 Quizzes
- Duration 50 hours
- Skill level All levels
- English Language
- 0 Students