Канал: Electrical Engineering - Simplified by Dheeban S S

Lecture 1 PN and Zener Diode | Unit 3 | Semiconductors

Lecture 1 PN and Zener Diode | Unit 3 | Semiconductors

Lecture 5 SMIB Swing Equation 2 | Unit 5

Lecture 5 SMIB Swing Equation 2 | Unit 5

Lecture 4 SMIB Swing Equation 1 | Unit 5

Lecture 4 SMIB Swing Equation 1 | Unit 5

Lecture 3 Voltage Stability | Unit 5

Lecture 3 Voltage Stability | Unit 5

Lecture 2 Steady State Stability | Unit 5

Lecture 2 Steady State Stability | Unit 5

Lecture 1 Power System Stability Introduction | Unit 5

Lecture 1 Power System Stability Introduction | Unit 5

Lecture 7 Unsymmetrical Fault analysis Problem 1 | Unit 4

Lecture 7 Unsymmetrical Fault analysis Problem 1 | Unit 4

Lecture 6 Double Line to Ground Fault | Unit 4

Lecture 6 Double Line to Ground Fault | Unit 4

Lecture 5 Line to Line Fault | Unit 4

Lecture 5 Line to Line Fault | Unit 4

Lecture 4 Line to Ground Fault | Unit 4

Lecture 4 Line to Ground Fault | Unit 4

Lecture 3 Sequence Representation of Transformer | Unit 4

Lecture 3 Sequence Representation of Transformer | Unit 4

Lecture 2 Symmetrical Components and Sequence representation of Synchronous Machine | Unit 4

Lecture 2 Symmetrical Components and Sequence representation of Synchronous Machine | Unit 4

Lecture 1 Introduction to Symmetrical Components | Unit 4

Lecture 1 Introduction to Symmetrical Components | Unit 4

Lecture 8 Thevenin method Problem 2 | Unit 3

Lecture 8 Thevenin method Problem 2 | Unit 3

Lecture 7 Short Circuit Analysis by Z bus building algorithm | Unit 3

Lecture 7 Short Circuit Analysis by Z bus building algorithm | Unit 3

Lecture 6 Thevenin method Problem | Unit 3

Lecture 6 Thevenin method Problem | Unit 3

Lecture 5 Short Circuit Capability and Short Circuit analysis by Thevenin Method | Unit 3

Lecture 5 Short Circuit Capability and Short Circuit analysis by Thevenin Method | Unit 3

Lecture 4 Z Bus Building Problem 2 | Unit 3

Lecture 4 Z Bus Building Problem 2 | Unit 3

Lecture 3 Z Bus Building Problem | Unit 3

Lecture 3 Z Bus Building Problem | Unit 3

Lecture 2 Z Bus Algorithm | Unit 3

Lecture 2 Z Bus Algorithm | Unit 3

Lecture 1 Short Circuit Analysis Introduction | Unit 3

Lecture 1 Short Circuit Analysis Introduction | Unit 3

Lecture 12 Fast Decouple Method | Unit 2

Lecture 12 Fast Decouple Method | Unit 2

Lecture 11 Decouple method and Sparsity Matrix | Unit 2

Lecture 11 Decouple method and Sparsity Matrix | Unit 2

Lecture 10 Newton Raphson Problem 2 | Unit 2

Lecture 10 Newton Raphson Problem 2 | Unit 2

Lecture 9 Newton Raphson Problem | Unit 2

Lecture 9 Newton Raphson Problem | Unit 2

Lecture 8 Newton Raphson Alogorithm 2

Lecture 8 Newton Raphson Alogorithm 2

Lecture 7 Newton Raphson Algorithm 1 | Unit 2

Lecture 7 Newton Raphson Algorithm 1 | Unit 2

Lecture 6 Gauss Siedel Revision | Unit 2

Lecture 6 Gauss Siedel Revision | Unit 2

Lecture 5 Gauss Siedel Problem 2 | Unit 2

Lecture 5 Gauss Siedel Problem 2 | Unit 2

Lecture 6 Passive Transducer | Unit 5

Lecture 6 Passive Transducer | Unit 5

Lecture 7 Inductive Transducer | Unit 5

Lecture 7 Inductive Transducer | Unit 5

Lecture 5 Active Transducer | Unit 5

Lecture 5 Active Transducer | Unit 5

Lecture 4 Gauss Siedel Problem 1

Lecture 4 Gauss Siedel Problem 1

Lecture 3 Gauss Siedel Algorithm | Unit 2

Lecture 3 Gauss Siedel Algorithm | Unit 2

Lecture 4 Transducer Characteristics | Unit 5

Lecture 4 Transducer Characteristics | Unit 5

Lecture 1 Types of Electrical and Electronic measuring Instruments | Unit 5

Lecture 1 Types of Electrical and Electronic measuring Instruments | Unit 5

Lecture 3 CRO | Unit 5

Lecture 3 CRO | Unit 5

Lecture 2 Types of Indicating Instruments | Unit 5

Lecture 2 Types of Indicating Instruments | Unit 5

Lecture 2 Formulation of Load Flow Studies | Unit 2

Lecture 2 Formulation of Load Flow Studies | Unit 2

Lecture 10 Stepper Motors | Unit 4

Lecture 10 Stepper Motors | Unit 4

Lecture 9 Alternators Equivalent Circuit | Unit 4

Lecture 9 Alternators Equivalent Circuit | Unit 4

Lecture 8 Alternators | Unit 4

Lecture 8 Alternators | Unit 4

Lecture 4 Induction Machine Power Flow | Unit 4

Lecture 4 Induction Machine Power Flow | Unit 4

Lecture 5 Induction Machine Torque Speed Characteriestics | Unit 4

Lecture 5 Induction Machine Torque Speed Characteriestics | Unit 4

Lecture 7 Synchronous Machine Principle | Unit 4

Lecture 7 Synchronous Machine Principle | Unit 4

Lecture 6 Induction Machine Tests | Unit 4

Lecture 6 Induction Machine Tests | Unit 4

Lecture 2 Induction Machine Principle | Unit 4

Lecture 2 Induction Machine Principle | Unit 4

Lecture 3 Induction Machine Equivalent Circuit | Unit 4

Lecture 3 Induction Machine Equivalent Circuit | Unit 4

Lecture 1 Induction Machine Construction | Unit 4

Lecture 1 Induction Machine Construction | Unit 4

Lecture 1 Need for Load flow | Unit 2

Lecture 1 Need for Load flow | Unit 2

Lecture 11 Bus Admittance Matrix Problem 2 | Unit 1

Lecture 11 Bus Admittance Matrix Problem 2 | Unit 1

Lecture 7 Types of Starters for DC motor | Unit 3

Lecture 7 Types of Starters for DC motor | Unit 3

Lecture 6 Speed control of DC Motor | Unit 3

Lecture 6 Speed control of DC Motor | Unit 3

Lecture 5 Compound Motor | Unit 3

Lecture 5 Compound Motor | Unit 3

Lecture 4 Series Motor | Unit 3

Lecture 4 Series Motor | Unit 3

Lecture 1 DC motor Construction | Unit 3

Lecture 1 DC motor Construction | Unit 3

Lecture 3 Shunt Motor | Unit 3

Lecture 3 Shunt Motor | Unit 3

Lecture 2 Back emf | Unit 3

Lecture 2 Back emf | Unit 3

Lecture 10 Bus Admittance Matrix Algorithm | Unit 1

Lecture 10 Bus Admittance Matrix Algorithm | Unit 1

Lecture 8 Per Unit Problem 3 | Unit 1

Lecture 8 Per Unit Problem 3 | Unit 1

Lecture 9 Bus Admittance Matrix Introduction | Unit 1

Lecture 9 Bus Admittance Matrix Introduction | Unit 1

Lecture 6 Per Unit Problem 2 | Unit 1

Lecture 6 Per Unit Problem 2 | Unit 1

Lecture 5 Per Unit Problem 1 | Unit 1

Lecture 5 Per Unit Problem 1 | Unit 1

Lecture 7 Per Unit Problem 2 | Unit 1

Lecture 7 Per Unit Problem 2 | Unit 1

Lecture 3 Per Unit System, Impedance and Reactance Diagram | Unit 1

Lecture 3 Per Unit System, Impedance and Reactance Diagram | Unit 1

Lecture 4 Per Unit Problems | Unit 1

Lecture 4 Per Unit Problems | Unit 1

Lecture 2 Structure of Power System and Deregulation | Unit 1

Lecture 2 Structure of Power System and Deregulation | Unit 1

Lecture 1 Introduction | Unit 1

Lecture 1 Introduction | Unit 1

Lecture 9 Auto Transformer | Unit 2

Lecture 9 Auto Transformer | Unit 2

Lecture 8 Three Phase Transformer | Unit 2

Lecture 8 Three Phase Transformer | Unit 2

Lecture 7 Name Plate Rating Efficiency | Unit 2

Lecture 7 Name Plate Rating Efficiency | Unit 2

Lecture 5 Determination of Parameters of Circuit Model of Transformer | Unit 2

Lecture 5 Determination of Parameters of Circuit Model of Transformer | Unit 2

Lecture 6 Voltage Regulation | Unit 2

Lecture 6 Voltage Regulation | Unit 2

Lecture 3 Circuit Model Of Transformer | Unit 2

Lecture 3 Circuit Model Of Transformer | Unit 2

Lecture 4 Per Unit System | Unit 2

Lecture 4 Per Unit System | Unit 2

Lecture 2 Accounting for Finite Permeability and Core Loss | Unit 2

Lecture 2 Accounting for Finite Permeability and Core Loss | Unit 2

Lecture 1 Ideal Transformer | Unit 2

Lecture 1 Ideal Transformer | Unit 2

Lecture 9 Power Factor Correction | Unit 1

Lecture 9 Power Factor Correction | Unit 1

Lecture 7 Protection of Power System | Unit 1

Lecture 7 Protection of Power System | Unit 1

Lecture 8 Types of Tariff | Unit 1

Lecture 8 Types of Tariff | Unit 1

Lecture 3 Star Delta Conversion | | Unit 1

Lecture 3 Star Delta Conversion | | Unit 1

Lecture 6 Underground vs Overhead Transmission lines | Unit 1

Lecture 6 Underground vs Overhead Transmission lines | Unit 1

Lecture 4 Three phase power measurement | Unit 1

Lecture 4 Three phase power measurement | Unit 1

Lecture 5 Electric Power System | Unit 1

Lecture 5 Electric Power System | Unit 1

Lecture 2 Three phase supply and star connection | Unit 1

Lecture 2 Three phase supply and star connection | Unit 1

Lecture 6 Underground vs Overhead Transmission lines | Unit 1

Lecture 6 Underground vs Overhead Transmission lines | Unit 1

Lecture 1 Three phase power supply | Unit 1

Lecture 1 Three phase power supply | Unit 1

Lecture 8 Substations | Unit 5

Lecture 8 Substations | Unit 5

Lecture 7 Problems | Unit 5

Lecture 7 Problems | Unit 5

Lecture 5 HVDC | Unit 5

Lecture 5 HVDC | Unit 5

Lecture 6 FACTS | Unit 5

Lecture 6 FACTS | Unit 5

Lecture 2 DC distributors | Unit 5

Lecture 2 DC distributors | Unit 5

Lecture 4 EHVAC | Unit 5

Lecture 4 EHVAC | Unit 5

Lecture 3 AC Distributors | Unit 5

Lecture 3 AC Distributors | Unit 5

Lecture 1 Types of Distribution system | Unit 5

Lecture 1 Types of Distribution system | Unit 5

Lecture 8 heating of cables and HVDC cables | Unit 4

Lecture 8 heating of cables and HVDC cables | Unit 4

Lecture 7 Intersheath Grading | Unit 4

Lecture 7 Intersheath Grading | Unit 4

Lecture 6 Capacitance Grading | Unit 4

Lecture 6 Capacitance Grading | Unit 4

Lecture 5 Capacitance of three core cable | Unit 4

Lecture 5 Capacitance of three core cable | Unit 4

Lecture 4 Capacitance of single core cable | Unit 4

Lecture 4 Capacitance of single core cable | Unit 4

Lecture 3 Classification of Cables | Unit 4

Lecture 3 Classification of Cables | Unit 4

Lecture 2 Properties of Insulating Material | Unit 4

Lecture 2 Properties of Insulating Material | Unit 4

Lecture 6 Problems | Unit 3

Lecture 6 Problems | Unit 3

Lecture 1 Construction of Cables | Unit 4

Lecture 1 Construction of Cables | Unit 4

Lecture 5 Strain Type and Shackle Type Insulators video | Unit 3

Lecture 5 Strain Type and Shackle Type Insulators video | Unit 3

Lecture 4 Pin Type and Suspension Type Insulators | Unit 3

Lecture 4 Pin Type and Suspension Type Insulators | Unit 3

Lecture 3 Transmission Line Parameters | Unit 1

Lecture 3 Transmission Line Parameters | Unit 1

Lecture 2 Sag Calculation | Unit 3

Lecture 2 Sag Calculation | Unit 3

Lecture 3 Effect of Wind and Ice loading | Unit 3

Lecture 3 Effect of Wind and Ice loading | Unit 3

Lecture 4 Single phase and three phase inductance | Unit 1

Lecture 4 Single phase and three phase inductance | Unit 1

Lecture 5 Three phase Unsymmetrical spacing and Transposition | Unit 1

Lecture 5 Three phase Unsymmetrical spacing and Transposition | Unit 1

Lecture 1 Supports and Components of Overhead Line | Unit 3

Lecture 1 Supports and Components of Overhead Line | Unit 3

Lecture 2 Power System Introduction 2 | Unit 1

Lecture 2 Power System Introduction 2 | Unit 1

Lecture 1 Power System Introduction | Unit 1

Lecture 1 Power System Introduction | Unit 1

Lecture 4 Testing of Circuit Breakers | Unit 5

Lecture 4 Testing of Circuit Breakers | Unit 5

Lecture 3 Testing of Bushings | Unit 5

Lecture 3 Testing of Bushings | Unit 5

Lecture 2 Testing of Insulators | Unit 5

Lecture 2 Testing of Insulators | Unit 5

Lecture 1 Testing Introduction | Unit 5

Lecture 1 Testing Introduction | Unit 5

Lecture 5 High Current measurement | Unit 4

Lecture 5 High Current measurement | Unit 4

Lecture 4 High Impulse voltage measurement | Unit 4

Lecture 4 High Impulse voltage measurement | Unit 4

Lecture 3 High AC voltage measurement in power frequency | Unit 4

Lecture 3 High AC voltage measurement in power frequency | Unit 4

Lecture 2 Spark Gap | Unit 4

Lecture 2 Spark Gap | Unit 4

Lecture 1 High Voltage Measurement Introduction | Unit 4

Lecture 1 High Voltage Measurement Introduction | Unit 4

Lecture 5 Generation of Impulse Voltage | Unit 3

Lecture 5 Generation of Impulse Voltage | Unit 3

Lecture 4 Liquid Breakdown | Unit 2

Lecture 4 Liquid Breakdown | Unit 2

Lecture 7 Impulse Current generation | Unit 3

Lecture 7 Impulse Current generation | Unit 3

Lecture 6 Generation of Surge Voltage and Impulse current introduction | Unit 3

Lecture 6 Generation of Surge Voltage and Impulse current introduction | Unit 3

Lecture 2 Generation of High DC Voltage | Unit 3

Lecture 2 Generation of High DC Voltage | Unit 3

Lecture 4 Generation of High AC Voltage in high frequency | Unit 3

Lecture 4 Generation of High AC Voltage in high frequency | Unit 3

Lecture 3 Generation of High AC Voltage in Power frequency | Unit 3

Lecture 3 Generation of High AC Voltage in Power frequency | Unit 3

Lecture 1 Breakdown in Gas | Unit 2

Lecture 1 Breakdown in Gas | Unit 2

Lecture 1 Rectifiers and Voltage Doubler | Unit 3

Lecture 1 Rectifiers and Voltage Doubler | Unit 3

Lecture 5 Solid Breakdown | Unit 2

Lecture 5 Solid Breakdown | Unit 2

Lecture 2 Theories in Gaseous Breakdown | Unit 2

Lecture 2 Theories in Gaseous Breakdown | Unit 2

Lecture 6 Composite Breakdown | Unit 2

Lecture 6 Composite Breakdown | Unit 2

Lecture 3 Vaccum Breakdown | Unit 2

Lecture 3 Vaccum Breakdown | Unit 2

Lecture 6 Travelling waves & Bewlley Lattice | Unit 1

Lecture 6 Travelling waves & Bewlley Lattice | Unit 1

Lecture 4 Switching Over voltage and Protection | Unit 1

Lecture 4 Switching Over voltage and Protection | Unit 1

Lecture 5 Corona and its effects | Unit 1

Lecture 5 Corona and its effects | Unit 1

Lecture 3 Lightning Mechanism | Unit 1

Lecture 3 Lightning Mechanism | Unit 1

Lecture 1 Different Types of Filters Introduction | Unit 4

Lecture 1 Different Types of Filters Introduction | Unit 4

Lecture 7 FIR Design filter Problems | Unit 4

Lecture 7 FIR Design filter Problems | Unit 4

Lecture 6 Design of FIR filter by Window method | Unit 4

Lecture 6 Design of FIR filter by Window method | Unit 4

Lecture 4 Design of IIR filter by Bilinear Transformation | Unit 4

Lecture 4 Design of IIR filter by Bilinear Transformation | Unit 4

Lecture 5 FIR filter linear phase characteristics | Unit 4

Lecture 5 FIR filter linear phase characteristics | Unit 4

Lecture 3 Design of IIR filter by Impulse Invariant Transformation | Unit 4

Lecture 3 Design of IIR filter by Impulse Invariant Transformation | Unit 4

Lecture 2 Design of IIR Filter by Backward Derivative | Unit 4

Lecture 2 Design of IIR Filter by Backward Derivative | Unit 4

Lecture 9 Radix 3 problems | Unit 3

Lecture 9 Radix 3 problems | Unit 3

Lecture 7 Butterfly Diagram | Unit 3

Lecture 7 Butterfly Diagram | Unit 3

Lecture 8 8 point DFT | Unit 3

Lecture 8 8 point DFT | Unit 3

Lecture 6 FFT Introduction | Unit 3

Lecture 6 FFT Introduction | Unit 3

Lecture 5 Properties of DFT | Unit 3

Lecture 5 Properties of DFT | Unit 3

Lecture 10 IDFT Problem | Unit 3

Lecture 10 IDFT Problem | Unit 3

Lecture 4 IDFT Problems | Unit 3

Lecture 4 IDFT Problems | Unit 3

Lecture 3 DFT Problems | Unit 3

Lecture 3 DFT Problems | Unit 3

Lecture 2 Comparision between DFT and DTFT | Unit 3

Lecture 2 Comparision between DFT and DTFT | Unit 3

Lecture 1 Introduction to DFT | Unit 3

Lecture 1 Introduction to DFT | Unit 3

Lecture 7 Cauchey Residue Theorem | Unit 2

Lecture 7 Cauchey Residue Theorem | Unit 2

Lecture 6 DFT and Frequency response | Unit 2

Lecture 6 DFT and Frequency response | Unit 2

Video Lecture 4 Z Transform problem 2

Video Lecture 4 Z Transform problem 2

Lecture 3 Z Transform problem |Unit 2

Lecture 3 Z Transform problem |Unit 2

Lecture 2 Properties of Z Transform | Unit 2

Lecture 2 Properties of Z Transform | Unit 2

Lecture 1 Z Transform and ROC | Unit 2

Lecture 1 Z Transform and ROC | Unit 2

Lecture 7 - Problems | Unit 1

Lecture 7 - Problems | Unit 1

Lecture 6 - Quantisation and Sampling Theorem | Unit 1

Lecture 6 - Quantisation and Sampling Theorem | Unit 1

Lecture 5 Linear NonLinear and Time Variant Invariant System | Unit 1

Lecture 5 Linear NonLinear and Time Variant Invariant System | Unit 1

Lecture 4 Causal and Non Causal System | Unit 1

Lecture 4 Causal and Non Causal System | Unit 1

Lecture 3 Energy and Power Signal | Unit 1

Lecture 3 Energy and Power Signal | Unit 1

Lecture 2 Classification of Signals | Unit 1

Lecture 2 Classification of Signals | Unit 1