Network Analysis - Network Theory (English) (Part 1)

   Monday, January 08, 2024   

Starting a new Lecture Notes Series on Network Analysis - Network Theory

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Channel Name: ALL ABOUT ELECTRONICS

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Network Analysis - Network Theory By Lecture Notes together!

Lecture 1: Circuit terminology: Concept of Loop, Mesh, Node and Branch explained

Lecture 2: Voltage, Current and Power explained

Lecture 3: Ohm's law Explained

Lecture 4: Classification of Electrical Network

Lecture 5: How does a capacitor work ??

Lecture 6: Capacitor Solved Problem ( Basic Electronics) | Quiz # 213

Lecture 7: Source transformation in network analysis

Lecture 8: Kirchhoff's Current Law (KCL) explained

Lecture 9: Kirchhoff’s Voltage Law (KVL) explained

Lecture 10: Independent and Dependent (Controlled) Sources

Lecture 11: Delta to Star Conversion (with proof and example)

Lecture 12: Star to Delta Conversion (With Proof and Example)

Lecture 13: Supernode Analysis Explained (with Examples)

Lecture 14: Supermesh Explained (with examples)

Lecture 15: Superposition Theorem Explained (with Examples)

Lecture 16: Quiz # 179 (Network Analysis - Basic Circuit Analysis)

Lecture 17: Circuit Analysis Solved Problem (Network Analysis) | Quiz # 359

Lecture 18: Quiz # 198 (Circuit Analysis / Basic Electronics)

Lecture 19: Network Analysis Solved Problem | Quiz # 219

Lecture 20: How to Find the Equivalent Resistance ? (Network Analysis ) | Quiz # 426

Lecture 21: Quiz # 204 (Circuit Analysis / Basic Electronics)

Lecture 22: Circuit Analysis (Basic Electronics) | Quiz # 255

Lecture 23: Circuit Theory Solved Example | Quiz # 243

Lecture 24: Quiz # 225 (Circuit Analysis / Basic Electronics)

Lecture 25: Circuit Analysis | Quiz # 237

Lecture 26: Network Theory Solved Example | Quiz # 157

Lecture 27: Nodal Analysis Solved Example | Quiz # 368

Lecture 28: Circuit Analysis (Network Theory) Solved Problem | Quiz # 325

Lecture 29: Circuit Analysis/ Network Analysis Solved Problem | Quiz # 332

Lecture 30: Basic Electronics (Circuit Analysis) | Quiz # 101

Lecture 31: Thevenin's Theorem Explained (With examples of Independent and Dependent Sources)

Lecture 32: Thevenin's Theorem Solved Example | Quiz # 105

Lecture 33: Thevenin's Theorem (Quiz # 228)

Lecture 34: Thevenin's Theorem Solved Problem | Quiz # 296

Lecture 35: Thevenin's Theorem Solved Example | Quiz # 361

Lecture 36: Norton's Theorem Explained (With examples of Independent and Dependent Sources)

Lecture 37: Norton's Theorem (Quiz # 233)

Lecture 38: Norton's Theorem Solved Example | Quiz # 145

Lecture 39: Norton's Theorem Solved Example | Quiz # 312

Lecture 40: Norton's Theorem Solved Example | Quiz # 242

Lecture 41: Maximum Power Transfer Theorem for DC Circuits (with Examples)

Lecture 42: Quiz # 169 (Network Analysis - Maximum Power Transfer Theorem)

Lecture 43: Maximum Power Transfer Theorem (Quiz # 230)

Lecture 44: Maximum Power Transfer Theorem (Network Analysis) | Quiz # 50

Lecture 45: Maximum Power Transfer Theorem (Network Analysis) | Quiz # 70

Lecture 46: RMS (Root Mean Square) Value and Average Value of AC Signals

Lecture 47: Phasor and The Phasor Diagram in AC Circuits Explained

Lecture 48: Phasor Diagram of RL, RC and RLC Circuits (with Examples)

Lecture 49: Sinusoidal Steady State Analysis Solved Problems | Quiz # 111 and Quiz # 129

Lecture 50: Sinusoidal Steady State Analysis (Network Analysis) Solved Problem | Quiz # 405

Lecture 51: Network Analysis Solved Problem | Quiz # 333

Lecture 52: RLC Circuit Solved Example (Basic Electronics) | Quiz # 266

Lecture 53: What is the RMS value of the current through resistor R (Network Analysis) | Quiz # 462

Lecture 54: Quiz # 210 (Series RC Circuit)

Lecture 55: What is Power Factor? What is Leading & Lagging Power factor ? Power Factor Correction Methods

Lecture 56: Self Inductance and Mutual Inductance Explained

Lecture 57: Dot Convention in Magnetically Coupled Circuits

Lecture 58: Mutually Coupled Inductors in Series (Derivation / Proof and Examples)

Lecture 59: Mutually Coupled Inductors in Parallel (Derivation / Proof and Examples)

Lecture 60: Quiz # 177 (Network Analysis - 3 Mutually Coupled inductors in Parallel)

Lecture 61: Solved Problems on Magnetically Coupled Circuits

Lecture 62: Magnetically Coupled Circuits | Quiz # 39

Lecture 63: Magnetically Coupled Circuits | Quiz # 102