Network Theory - Strictly Related to GATE Syllabus

Network Theory - Strictly Related to GATE Syllabus

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Lec-00 Introduction to Network Theory

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1 of 31

Lec-00 Introduction to Network Theory

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Network Theory - Strictly Related to GATE Syllabus

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  1. 1 Lec-00 Introduction to Network Theory
  2. 2 Lec-01 Classification of Element
  3. 3 Lec-02 Classification of Sources
  4. 4 Lec-03 KCL,KVL,Series Parallel Connection,Source Transformation
  5. 5 Lec-04 Nodal,Mesh & Tellegen's Theorem
  6. 6 Lec-05 Question Discussion (based on all previous lecture)
  7. 7 Lec-06 NT-Superposition Th. & Homogenity Principle
  8. 8 Lec-07 NT-Thevenin & Norton Theorem
  9. 9 Lec-08 NT-Maximum Power Transfer Theorem
  10. 10 Lec-09 NT-Reciprocity Substitution & Millman's Theorem
  11. 11 Lec-10 GATE Ques Solved From Network Theorem
  12. 12 Lec-11 Steady State Response
  13. 13 Lec-12 TRANSIENT (Full Concept in 1 hour only)
  14. 14 Lec-13 TRANSIENT (Source Free RL Circuit)
  15. 15 Lec-14 TRANSIENT (Source Free RC & RLC Circuit)
  16. 16 Lec-15 TRANSIENT with sources at t=0+ & t=infinite
  17. 17 Lec-16 TRANSIENT with Sources for t greater than 0
  18. 18 Lec-17 AC Transient Free Condition
  19. 19 Lec-18 Two Port Network-Part I
  20. 20 Lec-19 Two Port Network-Part II
  21. 21 Lec-20 AC Circuit Analysis
  22. 22 Lec-21 Phasor Diagram
  23. 23 Lec-22 Power Calculation in AC Circuit
  24. 24 Lec-23 Series Resonance
  25. 25 Lec-24 Parallel Resonance
  26. 26 Lec-25 Magnetically Coupled Circuit
  27. 27 Lec-26 ESE 2017 Problem Solved
  28. 28 Lec-27 GATE 2017 EE Question Solved
  29. 29 Lec-28 GATE 2017 ECE Question Solved
  30. 30 Lec-29(a) ESE 2018 EE Question Solved (Part I)
  31. 31 Lec 29(b) ESE 2018 EE Question Solved Part II

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