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Lecture 01
Basics of Electrical Engg, Electrical Parameters, Electrical Elements, Ohm's Law, Type of Sources
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01:40:41min
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Lecture 02
Kirchoff's Law, KCL & KVL, Problems based on KCL & KVL
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00:59:58min
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Lecture 03
Nodal Analysis
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01:07:22min
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01:10:54min
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Lecture 05
Resistance grouping, Voltage Divider Rule, Current Divider Rule
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01:18:22min
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Lecture 06
Star-Delta Conversion, Delta-Star Conversion, Source Transformation
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01:49:03min
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Lecture 07
Superposition Theorem
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01:10:38min
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Lecture 08
Thevenin's Theorem
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01:51:54min
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Lecture 09
Norton's Theorem, Maximum Power Transfer Theorem, Miscellaneous Problems
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01:53:42min
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Lecture 10
Introduction to AC Circuits, Average Value, RMS Value
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01:46:26min
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Lecture 11
Form Factor, Peak factor, AC through pure Resistance, AC through pure Inductance
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01:43:59min
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Lecture 12
AC through pure Capacitance, AC through RL Circuit, AC through RC Circuit, AC through RLC Cuircuit, Series Impedence
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01:21:03min
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Lecture 13
Parallel AC Circuits, Power in general AC Circuits, Power Factor
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01:50:06min
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Lecture 14
Problem based on Parallel AC Circuits
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00:55:05min
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Lecture 15
Series & Parallel Resonance
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01:37:44min
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Lecture 16
Calculation of Self Inductance, Calculation of Mutual Inductance, Series & Parallel MC, Problems & Solutions
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01:11:52min
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Lecture 17
MMF, Reluctance, Permeability & Permeance, BH Characteristics, Magnetic Hyteresis & Losses
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00:58:05min
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Lecture 18
Introduction to Transformer, Operation & EMF equation, Transformation Ratio, Impedence Transformation
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01:24:18min
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Lecture 19
Ideal & Practical Transformers, Ideal t/f on no Load, Ideal t/f on Load, Practical t/f on no Load, Practical t/f on Load
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02:01:26min
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Lecture 20
Equivalent Circuit of t/f, Voltage Regulation, Efficiency, Problems based on V.R. & Efficiency
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01:45:01min
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Lecture 21
Auto Transformers, Saving of Copper, Problems & Solutions
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01:10:27min
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Lecture 22
Introduction to EM, Introduction to DC Machines, Equivalent Circuit
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01:41:37min
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Lecture 23
EMF equation, Torque & Characteristics of DC Machines
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01:03:10min
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Lecture 24
Introduction to Induction Machine, Construction (Startor & Rotor), RMF Generation, Operation Principle, Slip, Effects of Slip
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01:47:23min
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Lecture 25
Torque in Induction Machine, Torque-Slip Characteristics, Power Stages, Power Relations
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01:31:40min
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Lecture 26
Introduction to Synchronous Machines, Construction of Salient & Non-salient Pole Sync Machine, Working Principle of Sync Machine
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01:01:31min
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Lecture 27
Fuses, Types of Fuses, Circuit Breakers & its types
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01:15:30min
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Lecture 28
Earthing or Grounding, Batteries, Wires & Cables, Energy Calculations
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01:32:41min
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