• Circuits and Networks
  00:50
• Active and Passive Elements
  08:22
• Unilateral and Bilateral Elements
  00:50
• Linear Elements and Linearity
  00:50
• Kirchhoff's Current Law
  00:50
• Kirchhoff's Voltage Law
  00:50
• Loop Method of Circuit Analysis
  05:00
• Nodal Method of Circuit Analysis
  05:00
• Resistance
  00:50
• Effect of Temperature on Resistance
  00:50
• Computation of Resistance at Constant and Different Temperature
  07:08
• Resistance in Series and Parallel Circuits
  00:50
• Ohm's Law
  00:50
• Work, Power and Energy
  00:50
• Instantaneous Rising Current in a Series RL Circuit
  05:00
• Instantaneous Decaying Current in a Series RL Circuit
  05:00
• RC series circuits
  03:44
• Instantaneous Rising Voltage across Capacit
  05:00
• Instantaneous Decaying Voltage across Capacitor
  05:00
• AC Generation
  00:50
• Basic Terms: Cycle , Time Period, Frequency and Amplitude
  00:50
• Maximum Value, RMS Value and Average Value
  00:50
• Form Factor, Crest Factor and Peak Factor
  00:50
• Impedance and Reactance
  00:50
• Rectangular Representation
  00:50
• Polar Representation
  00:50
• Phase and Phase Difference
  00:50
• Phasor Diagram
  00:50
• Phasor Diagram: Pure Resistive Circuit (R)
  00:50
• Phasor Diagram: Pure Capacitive Circuit (C)
  00:50
• Phasor Diagram: R-L Circuit
  00:50
• Phasor Diagram: R-C Circuit
  00:50
• Phasor Diagram: R-L-C Circuit
  00:50
• Active Power
  00:50
• Apparent Power
  00:50
• Power Factor
  00:50
• Power Factor Improvement
  00:50
• Resonance
  00:50
• Resonance in Series R-L-C Circuit
  00:50
• Bandwidth in Series R-L-C Circuit
  00:50
• Q Factor in Series R-L-C Circuit
  00:50
• Resonance in Parallel R-L-C Circuit
  00:50
• Q Factor in Parallel R-L-C Circuit
  00:50
• Star and Delta Configuration
  05:00
• Types of Waveforms: Sinusoidal, Triangular and Square
  00:50
• Phasor Diagram: Pure Inductive Circuit (L)
  00:50
• Three Phase System : Necessity and Advantages
  00:50
• Three Phase EMF Generation
  00:50
• Phase Sequence
  00:50
• Phase Quantity
  00:50
• Line Quantity
  00:50
• Balanced Supply and Balanced Load
  00:50
• Analogy Between Electric and Magnetic Circuit
  00:50
• Magnetic Field Strength (H)
  00:50
• Flux
  00:50
• Flux Density (B)
  00:50
• Permeability
  00:50
• Force on a Current carrying Conductor Lying in a Magnetic Field
  00:50
• Fleming's Left Hand Rule
  00:50
• Magnetic Circuit
  00:50
• Magnetic Motive Force (MMF)
  00:50
• Reluctance
  00:50
• Biot- Savart Law
  00:50
• Ampere's Circuital Law
  00:50
• Series Magnetic Circuits
  00:50
• Analogy Between Magnetism and Electricity: EMI
  00:50
• Faraday's Law
  00:50
• Lenz's Law
  00:50
• Fleming's Right Hand Rule
  03:45
• Statically Induced EMF
  04:53
• Dynamically Induced EMF
  07:01
• Self Inductance
  00:50
• Mutual Inductance
  03:49
• Coefficient of Coupling
  07:14
• Inductance in Series
  07:17
• Inductance in Parallel
  03:49
• Principle of Operation
  03:31
• Construction
  06:19
• Turn Ratio and Transformation Ratio
  02:08
• Step – Up and Step – Down Transformer
  02:08
• Ideal Transformer
  03:49
• Transformer on No Load
  06:14
• Voltage Regulation
  05:17
• Losses in Transformer
  02:07
• Efficiency of Single Phase Transformer
  01:52
• DC Generator: Principle of Operation
  03:49
• DC Generator: Construction
  03:32
• DC Generator : Equivalent Circuit
  06:12
• EMF Equation of Generator
  03:44
• Separately Excited Generator
  03:02
• Self Excited Generator
  04:39
• Self Excited Generator: Series Wound
  03:43
• Self Excited Generator: Shunt Wound
  03:44
• DC Machine as a Motor: Working
  03:44
• Back Emf
  00:57
• Voltage Equation of a Motor
  06:29
• Motor Characteristics
  05:32
• Series and Shunt DC Motor
  03:40
• Construction
  01:52
• General Principle of Operation
  03:43
• Production of Rotating Field
  00:57
• Synchronous Speed and Slip Speed
  03:26
• Frequency of Rotor Voltage and Current
  03:43
• Synchronous Motor: Introduction
  03:43
• Synchronous Motor: Principle of Operation
  06:29
• Comparison between Three Phase Synchronous and Induction Motors
  03:40

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