Video courses/Electrical Engineering
Electrical Engineering Optional
249 lectures373 hours
12 months access12 free samples
Network Analysis 32 lectures · 48.0 h
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Laplace Transforms - II — 190 min
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Ordinary Differential Equations — 290 min
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Laplace Transforms — 390 min
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Laplace Transforms - II — 490 min
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Inverse Laplace Transforms — 590 min
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Network Theory — 690 min
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Network Theorems — 790 min
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Network Theorems - II — 890 min
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Alternating Current — 990 min
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AC power Calculations — 1090 min
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Network Theorems - II — 1190 min
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Network Theorems - III — 1290 min
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Machine Analysis — 1390 min
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Network Theorems - IV — 1490 min
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Network Theorems - V — 1590 min
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Network Theorems - VI — 1690 min
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Network Theorems - V — 1790 min
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Two-port networks — 1890 min
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Two-port networks - II — 1990 min
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Two-port networks - III — 2090 min
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Two-port networks - IV — 2190 min
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Two-port networks - V — 2290 min
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AC Networks — 2390 min
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AC Networks - II — 2490 min
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Parallel Resonance — 2590 min
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Three Phase Network — 2690 min
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Three Phase Network — 2790 min
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Three Phase Network - III — 2890 min
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Three Phase Network - IV — 2990 min
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Coupled Circuits — 3090 min
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Graph Theory — 3190 min
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Graph Theory - II — 3290 min
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EMTL 18 lectures · 27.0 h
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Introduction to EMTL — 190 min
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Basics of EMTL — 290 min
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Field Theory — 390 min
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Coulombs law — 490 min
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Coulombs law - II — 590 min
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Gauss Divergence Theorem — 690 min
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Gauss Divergence Theorem - II — 790 min
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Maxwells equations — 890 min
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Maxwell equation for time varying Fields — 990 min
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Boundary conditions — 1090 min
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Uniform plane wave — 1190 min
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Uniform plane wave - II — 1290 min
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Uniform plane wave - III — 1390 min
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Uniform plane wave - IV — 1490 min
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Standing waves ratio — 1590 min
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Transmission Lines — 1690 min
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Smith chart — 1790 min
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Previous year Questions — 1890 min
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Analog Electronics 26 lectures · 39.0 h
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Introduction to Electronic devices — 190 min
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Diodes — 290 min
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Diode Characteristics — 390 min
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Diode Circuits — 490 min
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Transistor — 590 min
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Transistor Biasing — 690 min
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Transistor modelling — 790 min
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Transistor modelling - II — 890 min
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Transistor modelling - III — 990 min
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Transistor modelling - IV — 1090 min
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Transistor as an amplifier — 1190 min
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Amplifiers — 1290 min
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Types of Amplifiers — 1390 min
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Classification of Amplifiers — 1490 min
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Feedback Amplifiers — 1590 min
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Differentiation amplifier — 1690 min
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Oscillator — 1790 min
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Operation amplifiers — 1890 min
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Operation amplifiers - II — 1990 min
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Operation amplifiers - III — 2090 min
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Operation amplifiers - IV — 2190 min
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Operation amplifiers - V — 2290 min
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FET — 2390 min
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FET - II — 2490 min
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Power Supplies — 2590 min
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Previous Years Questions — 2690 min
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Signals and Systems 25 lectures · 37.5 h
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Introduction to Signals and Systems — 190 min
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Signals and Systems — 290 min
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Signals and Systems - II — 390 min
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Signals and Systems — 490 min
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Basic Signals — 590 min
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Types of Systems — 690 min
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Types of Systems - II — 790 min
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Linear Time - Invariant Systems — 890 min
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Linear Time - Invariant Systems - II — 990 min
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Linear Time - Invariant Systems - III — 1090 min
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Linear Time - Invariant Systems - IV — 1190 min
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Linear Time - Invariant Systems - V — 1290 min
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Linear Time - Invariant Systems - VI — 1390 min
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Linear Time - Invariant Systems - VII — 1490 min
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Linear Time - Invariant Systems - VIII — 1590 min
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Linear Time - Invariant Systems - IX — 1690 min
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Differential Equations — 1790 min
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Difference Equations — 1890 min
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Difference Equations - II — 1990 min
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Z - Transform — 2090 min
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Z - Transform - II — 2190 min
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Z - Transform - III — 2290 min
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Z - Transform - IV — 2390 min
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Z - Transform - V — 2490 min
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Z - Transform - VI — 2590 min
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Digital Electronics 8 lectures · 12.0 h
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Introduction to Digital Electronics — 190 min
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Introduction to Digital Electronics — 290 min
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Digital Design — 390 min
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Boolean Algebra — 490 min
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Karnag maps — 590 min
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flip-flops — 690 min
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flip-flops - II — 790 min
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Asynchronous counters — 890 min
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Electrical Machines 36 lectures · 54.0 h
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Introduction to Electrical Machines — 190 min
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DC Machines — 290 min
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DC Machines - II — 390 min
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DC Machines - Armature Reactions — 490 min
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DC Machines - Commutation — 590 min
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DC Motors — 690 min
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Speed control of DC Motors — 790 min
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Starting of DC Machines — 890 min
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Breaking of Dc motors — 990 min
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Introduction to Transformers — 1090 min
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Transformers - II — 1190 min
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Voltage Regulation of Transformers — 1290 min
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Testing of Transformers — 1390 min
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🔒Auto Transformers — 1490 min
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🔒Auto Transformers - II — 1590 min
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🔒Problems on Auto Transformers — 1690 min
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🔒Three Phase Transforms — 1790 min
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Scott Connection — 1890 min
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Scott Connection - II — 1990 min
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V - Connection — 2090 min
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Introduction to Induction Machine — 2190 min
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Power and Torque relation - II — 2290 min
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Torque and emf in rotating machines — 2390 min
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Induction machines starters — 2490 min
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Circle Diagram — 2590 min
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Circle Diagram - II — 2690 min
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Double Cage Motor — 2790 min
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Synchronous Machine — 2890 min
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Synchronous Motor — 2990 min
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Hunting — 3090 min
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Alternator — 3190 min
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Alternator - II — 3290 min
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Alternator - III — 3390 min
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Problems on Alternators — 3490 min
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Single phase Induction motor — 3590 min
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Single phase Induction motor - II — 3690 min
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Power Electronics and Electric Drives 16 lectures · 24.0 h
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Introduction to Power Electronics — 190 min
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Power Electronic Devices — 290 min
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Diode Circuits — 390 min
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Diode Circuits - II — 490 min
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Diode Circuits - III — 590 min
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Thyristors — 690 min
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Thyristors Circuits — 790 min
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3phase converters — 890 min
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3 phase converters — 990 min
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Choppers — 1090 min
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Choppers - II — 1190 min
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Inverters — 1290 min
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Inverters - II — 1390 min
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Switch mode inverters — 1490 min
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Problems on Electric Drives — 1590 min
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Previous Year Questions — 1690 min
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