ELECTRICAL CIRCUIT THEORY (I)

ELECTRICAL CIRCUIT THEORY (I)

• ELECTRICAL CIRCUIT THEORY (I) 0/15

  • Lecture 2.1

    Mathematical form of representing A.C signals

    1h
  • Lecture 2.2

    Phasor diagram for a.c circuits drawn to scale
  • Lecture 2.3

    PHASOR DIAGRAMS FOR SERIES AND PARALLEL A.C CIRCIUT

    1h
  • Lecture 2.4

    DERIVATIONS OF Q-FACTOR, DYNAMIC IMPEDENCE AND BANDWIDTH AT RESONANCE FREQUENCY

    1h
  • Lecture 2.5

    TERMS USED IN ELECTRIC NETWORK

    1h
  • Lecture 2.6

    BASIC PRINCIPLES OF MESH CIRCUIT ANALYSIS
  • Lecture 2.7

    BASIC PRINCIPLE OF NODAL ANALYSIS

    1h
  • Lecture 2.8

    REDUCTION OF A COMPLEX NETWORK TO ITS SERIES OR PARALLEL EQUIVALENT
  • Lecture 2.9

    DERIVATION OF FORMULAE FOR THE TRANSFORMATION OF A DELTA TO A STAR NETWORK AND VICE VERSA

    1h
  • Lecture 2.10

    DUALITY PRINCIPLE
  • Lecture 2.11

    DUALITY OF A NETWORK
  • Lecture 2.12

    THEVENIN’S THEOREM

    1h
  • Lecture 2.13

    NORTON’S THEOREM

    1h
  • Lecture 2.14

    MILLIMAN’S THEOREM

    1h
  • Lecture 2.15

    RECIPROCITY THEOREM