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Lectures

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Tutorials & Labs

Electric Circuits & Networks

Basic ConceptsLecture

Basic LawsLecture

Methods of AnalysisLecture

Circuit TheoremsLecture

Operational AmplifiersLecture

Capacitors and InductorsLecture

First-Order CircuitsLecture

Second-Order CircuitsLecture

Sinusoids and PhasorsLecture

Sinusoidal Steady-State AnalysisLecture

AC Power AnalysisLecture

Three-Phase CircuitsLecture

Magnetically Coupled CircuitsLecture

Frequency ResponseLecture

Introduction to the Laplace TransformLecture

Applications of the Laplace TransformLecture

The Fourier SeriesLecture

The Fourier TransformLecture

Two-Port NetworksLecture

AC Mesh and Nodal AnalysisTutorial

Millman, Reciprocity, Substitution and TellegenTutorial

CapacitorsTutorial

Circuit FundamentalsTutorial

Filters and ScalingTutorial

First-Order CircuitsTutorial

Fourier SeriesTutorial

The Fourier TransformTutorial

InductorsTutorial

KVL and KCLTutorial

The Laplace TransformTutorial

Maximum Power TransferTutorial

Mesh AnalysisTutorial

Mutual InductanceTutorial

Network TopologyTutorial

Nodal AnalysisTutorial

Norton's TheoremTutorial

Operational Amplifier CircuitsTutorial

The Two-Wattmeter MethodTutorial

Resonance, Quality Factor and BandwidthTutorial

Circuit Analysis in the s-DomainTutorial

Second-Order CircuitsTutorial

Series–Parallel and DeltaTutorial

Single-Phase AC PowerTutorial

Sinusoids and PhasorsTutorial

Source TransformationTutorial

Supermesh AnalysisTutorial

Supernode AnalysisTutorial

Superposition TheoremTutorial

Theorems in the Frequency DomainTutorial

Thévenin's TheoremTutorial

Three-Phase PowerTutorial

Transfer Functions and Bode PlotsTutorial

TransformersTutorial

Two-Port NetworksTutorial

Electric Circuits and NetworksHandout

Electric Circuits and NetworksHandout

Basic Electrical & Electronics

Bipolar Junction Transistors (BJT)Lecture

DC Generators & MotorsLecture

PN Junction Diodes & RectifiersLecture

Magnetic CircuitsLecture

SemiconductorsLecture

Transformer Losses & Equivalent CircuitsLecture

OC & SC Tests on TransformerLecture

Transformer Construction & EMF EquationLecture

BJT Boot Camp: Mastering Concepts with Solved ProblemsTutorial

Conquering DC Machines: Solved Problems on Generators & MotorsTutorial

Digital Electronics : Comprehensive Solved Problems for Electrical SciencesTutorial

Taming Transformers: Conquer Concepts with Solved ProblemsTutorial

Basic Electrical & ElectronicsHandout

Basic Electrical & ElectronicsHandout

Basic Electrical & Electronics EngineeringHandout

Electrical Machines

AC Excitation of Magnetic CircuitsLecture

AC Excitation in Magnetic CircuitsLecture

the Power CoreArmature Windings in AlternatorsLecture

Alternator AnatomyConstructional FeaturesLecture

Equation of Induced EMF in AlternatorsLecture

the CurrentExcitation Systems in AlternatorsLecture

Exploring Alternator FundamentalsLecture

the Fluctuations: Alternator Hunting & Damper Winding ControlLecture

Principle of Operation of Alternators: How AC Power is GeneratedLecture

Alternator Voltage Control: Methods & TechniquesLecture

Voltage Regulation Deep Dive: Alternator, Armature, & ImpedanceLecture

Armature Reaction and CompensationLecture

Armature Windings and Their TypesLecture

Commutation, Interpoles and Compensating WindingsLecture

Function of the CommutatorLecture

Introduction to Electrical MachinesLecture

DC Generator CharacteristicsLecture

EMF Equation of a DC GeneratorLecture

Parallel Operation of DC GeneratorsLecture

Voltage Build-Up and Critical ResistanceLecture

Constructional Features of DC MachinesLecture

DC MachinesLecture

Losses and Efficiency in DC MachinesLecture

Testing of DC MachinesLecture

Types of DC Machines and ApplicationsLecture

Working Principle of DC MachinesLecture

Braking of DC MotorsLecture

Characteristics of DC MotorsLecture

Speed Control of DC MotorsLecture

DC MotorLecture

Starting of DC Motors and StartersLecture

Doubly Excited Magnetic SystemsLecture

Eddy-Current Loss and LaminationLecture

Electro-Mechanical Energy Conversion DevicesLecture

Energy and Coenergy in Magnetic SystemsLecture

Statically vs. Dynamically Induced Electromotive ForceLecture

Faraday's Laws of Electromagnetic InductionLecture

Force and Torque in Magnetic Field SystemsLecture

Hysteresis LossLecture

Ideal Transformer and the EMF EquationLecture

Induction Motor Load: Torque-Speed InsightsLecture

TorqueLecture

Torque-Speed Curve: Understanding Induction Motor BehaviorLecture

Statically and Dynamically Induced EMFLecture

Generator Magic: Induced EMF in Rotating CoilsLecture

Self and Mutual InductanceLecture

Inductances in Series and ParallelLecture

Max Power Output: Optimizing 3-Phase Induction MotorsLecture

Slip, Rotor Frequency and Rotor EMFLecture

Motor Starts: Induction Motor Starting & TestingLecture

Instrument TransformersLecture

Lap and Wave WindingsLecture

Magnetic Circuits: Leakage Flux & Fringing EffectLecture

Lenz's Law and the Right-Hand RuleLecture

Magnetic Materials and the BLecture

Air Gaps, Fringing and Leakage FluxLecture

Magnetic Fields and Magnetic CircuitsLecture

Magnetic & Electric AnalogyLecture

MMF of Distributed Windings and Winding FactorsLecture

Per Unit CalculationsLecture

Permanent Magnets and Their CircuitsLecture

Rotational Force: Understanding Production of TorqueLecture

Production of the Rotating Magnetic FieldLecture

Understanding Salient Pole AlternatorsTwo-Reaction TheoryLecture

Series and Parallel Magnetic CircuitsLecture

Single-Phase Induction Motors: Types & ClassificationsLecture

Single-Phase Motors: Basics & BuildLecture

Understanding the Single-Phase Induction Motor: Equivalent CircuitLecture

Single-Phase Motorsthe Principle of OperationLecture

Torque Produced in Single-Phase Induction MotorsLecture

Single-Phase Transformer ConstructionLecture

Singly Excited Magnetic SystemsLecture

Power System Herothe Synchronous CondenserLecture

Applications of Synchronous MotorsLecture

Power Factor Control: Excitation Tuning in Synchronous MotorsLecture

Excitation Impact: Synchronous Motor Current & Power FactorLecture

Synchronous Motor Behavior: Constant & Varying ExcitationLecture

Synchronous Motor Under Load: Constant Excitation ImpactLecture

Synchronous Motors: How They Work & Why They MatterLecture

Start-UpMethods for Synchronous Motor StartingLecture

Synchronous Motors - Power & TorqueLecture

Synchronous vs Induction Motors: Weighing Pros & ConsLecture

Construction and Types of Induction MotorsLecture

Induction Motor Model: Equivalent Circuit BreakdownLecture

Induction Motor Power Flow: Stator to Shaft Energy JourneyLecture

Principle of OperationLecture

the Rotor: Quantities in 3-Phase Induction MotorsLecture

Torque Equation of the Induction MotorLecture

3-Phase TransformersLecture

Harmonics in Three-Phase TransformersLecture

Three-Phase Transformer ConnectionsLecture

Three-Phase Transformer Winding ConnectionsLecture

TorqueTorque Development by Field AlignmentLecture

Core type transformerLecture

Transformer Efficiency and AutotransformersLecture

Inrush Current, Tap Changing and CoolingLecture

Transformer Losses and Equivalent CircuitLecture

Transformer on No LoadLecture

Open-Delta Operation and Vector GroupsLecture

Open-Circuit and Short-Circuit TestsLecture

Parallel Operation of TransformersLecture

The Per-Unit SystemLecture

Scott Connection and Three-to-Two-Phase ConversionLecture

Sumpner's Back-to-Back TestLecture

Voltage Regulation of a TransformerLecture

Armature Reaction and Synchronous ImpedanceTutorial

Synchronising and Parallel OperationTutorial

Salient-Pole Alternators and Two-Reaction TheoryTutorial

Voltage RegulationTutorial

Winding Factors and Coil SpanTutorial

Alternator Fundamentals and the EMF EquationTutorial

Armature Reaction and CommutationTutorial

Armature Windings, Lap and WaveTutorial

AutotransformersTutorial

Hysteresis and Eddy-Current LossesTutorial

Generator Characteristics and Voltage Build-UpTutorial

DC Machine Fundamentals and EMF EquationTutorial

Losses, Efficiency and TestingTutorial

DC Motor & Generator EfficiencyTutorial

Speed Control of DC MotorsTutorial

Starting, Starters and BrakingTutorial

DC MotorsTutorial

Energy, Coenergy, Force and TorqueTutorial

Self, Mutual Inductance and Induced EMFTutorial

The Circle DiagramTutorial

Speed Control and BrakingTutorial

Starting Methods and Starter CalculationsTutorial

Magnetic Circuits with Air GapsTutorial

Magnetic Circuit FundamentalsTutorial

Per-Unit System and Instrument TransformersTutorial

Series and Parallel Magnetic CircuitsTutorial

Double-Revolving-Field TheoryTutorial

Single-Phase Motor Equivalent CircuitTutorial

Testing of Single-Phase Induction MotorsTutorial

Starting Methods and Capacitor SizingTutorial

Stepper, BLDC and Reluctance MotorsTutorial

Power Angle and Power-Factor CorrectionTutorial

Synchronous Motor Performance and V-CurvesTutorial

Equivalent Circuit ProblemsTutorial

Power Flow and EfficiencyTutorial

No-Load and Blocked-Rotor TestingTutorial

Torque and TorqueTutorial

Induction Motor FundamentalsTutorial

Three-Phase Transformers and ConnectionsTutorial

Transformer Fundamentals and the EMF EquationTutorial

Efficiency and All-Day EfficiencyTutorial

Equivalent Circuit ParametersTutorial

Open-Circuit and Short-Circuit TestsTutorial

Parallel Operation and Load SharingTutorial

No-Load and On-Load Phasor AnalysisTutorial

Transformer Voltage DropTutorial

Voltage RegulationTutorial

Universal and AC Series MotorsTutorial

Examining Alternator Performance: No-Load and ShortLab

Synchronizing an Alternator: A HandsLab

Unmasking Induction Motor Performance: No-Load, BlockedLab

Unveiling DC Motor Muscle: Load Testing for Peak PerformanceLab

DC Shunt Motor Mastery: Performance & ControlLab

Demystifying Efficiency: Unveiling Hopkinson's Test for DC MachinesLab

DC Shunt Generator: No Load and Load TestsLab

Parallel Transformers: Optimizing Power Delivery & EfficiencyLab

Scott-T Connection: Mastering 3-Phase to 2Lab

Transformer Testing: OC & SC Tests UnveiledLab

Master Electrical MachinesHandout

Electrical Machines LaboratoryHandout

Electrical MachinesHandout

Electrical MachinesHandout

Power Systems

Introduction to Electric Power SystemsLecture

Structure of Generation, Transmission and DistributionLecture

Three-Phase Power and the Single-Line DiagramLecture

The Per-Unit System and Impedance DiagramsLecture

Overhead Line Construction and ConductorsLecture

Inductance of Transmission LinesLecture

Capacitance of Transmission LinesLecture

Bundled ConductorsLecture

Underground CablesLecture

Short Transmission LinesLecture

Medium Transmission LinesLecture

Long Lines and the Wave EquationLecture

Line Performance: Regulation and EfficiencyLecture

Ferranti Effect, Surge Impedance Loading and Tuned LinesLecture

Corona and Radio InterferenceLecture

The Bus Admittance MatrixLecture

The Bus Impedance Matrix and Building AlgorithmLecture

The Load Flow Problem and Bus ClassificationLecture

Gauss-Seidel Load FlowLecture

Newton-Raphson and Fast Decoupled Load FlowLecture

Symmetrical Faults and Short-Circuit TransientsLecture

Symmetrical ComponentsLecture

Sequence Impedances and Sequence NetworksLecture

Unsymmetrical FaultsLecture

Fault Current Computation and Breaker RatingsLecture

Synchronous Machine Dynamics and the Power-Angle EquationLecture

The Swing EquationLecture

Steady-State and Transient StabilityLecture

The Equal-Area Criterion and Critical ClearingLecture

Load Characteristics, Tariffs and Power Factor ImprovementLecture

Economic Load DispatchLecture

Unit CommitmentLecture

Load Frequency Control and Automatic Generation ControlLecture

Voltage and Reactive Power ControlLecture

Switchgear and Circuit BreakersLecture

Protective RelayingLecture

Substation Layout, Earthing and Insulation CoordinationLecture

HVDC Transmission and FACTSLecture

Power Quality and Renewable IntegrationLecture

The Bus Admittance MatrixTutorial

Bundled ConductorsTutorial

Capacitance of Bundled ConductorsTutorial

Complex Power and Line InductanceTutorial

Corona and Radio InterferenceTutorial

Economic Load DispatchTutorial

Fault Currents and Breaker RatingsTutorial

Ferranti Effect, SIL and CompensationTutorial

GaussTutorial

HVDC Transmission and FACTSTutorial

Load Characteristics and UtilisationTutorial

Load Frequency Control and AGCTutorial

Long Transmission LinesTutorial

Medium and Long Lines ComparedTutorial

Medium Transmission LinesTutorial

NewtonTutorial

Per-Unit QuantitiesTutorial

Power Quality and Renewable IntegrationTutorial

Loss Coordination and Unit CommitmentTutorial

Protective RelayingTutorial

Reactance and Impedance DiagramsTutorial

Sequence Impedances and NetworksTutorial

Short Transmission LinesTutorial

Short Transmission LinesTutorial

Substation Earthing and InsulationTutorial

Supply Systems and Conductor EconomicsTutorial

Switchgear and Circuit BreakersTutorial

Symmetrical ComponentsTutorial

Symmetrical Faults and Short-Circuit TransientsTutorial

Stability of Synchronous MachinesTutorial

Power System StabilityTutorial

Three-Phase Circuits and PowerTutorial

Transmission Line CapacitanceTutorial

Transmission Line InductanceTutorial

Regulation and EfficiencyTutorial

Underground CablesTutorial

Unsymmetrical FaultsTutorial

Voltage and Reactive Power ControlTutorial

Y-Bus FormationTutorial

Z-Bus Building AlgorithmTutorial

Electric Power SystemsHandout

Electric Power SystemsHandout

Power Systems EngineeringHandout

Electronic Devices & Circuits

Active FiltersLecture

Atomic Structure and Energy BandsLecture

BJT Biasing and StabilityLecture

BJT Characteristics and ConfigurationsLecture

BJT Construction and OperationLecture

BJT Power Amplifiers and ClassesLecture

BJT Small-Signal AmplifiersLecture

Carrier Concentration and the Fermi LevelLecture

Clippers, Clampers and Voltage MultipliersLecture

Diode Circuit Analysis and Load LinesLecture

Drift, Diffusion and Carrier TransportLecture

FET Small-Signal AmplifiersLecture

Filters and RippleLecture

Full-Wave and Bridge RectifiersLecture

Half-Wave RectifiersLecture

Intrinsic and Extrinsic SemiconductorsLecture

JFET Construction, Characteristics and BiasingLecture

Linear Op-Amp CircuitsLecture

MOSFET Biasing and SwitchingLecture

MOSFET Types and CharacteristicsLecture

Multistage Amplifiers and Frequency ResponseLecture

Optoelectronic DevicesLecture

Oscillators: Barkhausen Criterion and TypesLecture

The PN Junction Diode: Characteristics and ModelsLecture

The PN Junction in EquilibriumLecture

Schottky, Varactor and Tunnel DiodesLecture

The Operational Amplifier: Ideal and RealLecture

Thyristors: SCR, DIAC, TRIAC and UJTLecture

Voltage Regulators: Series, Shunt and ICLecture

Zener Diodes and Voltage RegulationLecture

Active Filters using Op-AmpsTutorial

Amplifier Frequency ResponseTutorial

BJT Biasing Circuits and StabilityTutorial

BJT Fundamentals and CharacteristicsTutorial

Class A, B and AB Power AmplifiersTutorial

BJT Small-Signal AmplifiersTutorial

Carrier Transport: Drift and DiffusionTutorial

Clipper and Clamper CircuitsTutorial

Half-Wave and Full-Wave RectifiersTutorial

RC, LC and Crystal OscillatorsTutorial

FET Small-Signal AmplifiersTutorial

JFET Characteristics and BiasingTutorial

MOSFET Characteristics and BiasingTutorial

Inverting, Summing and Integrator CircuitsTutorial

Op-Amp Parameters and FundamentalsTutorial

PN Junction Diode AnalysisTutorial

Rectifier Filters and Ripple AnalysisTutorial

Semiconductor FundamentalsTutorial

Optoelectronic and Special-Purpose DiodesTutorial

Thyristor and SCR CircuitsTutorial

Series, Shunt and IC Voltage RegulatorsTutorial

Zener Diode Voltage RegulatorsTutorial

Electronic Devices & CircuitsHandout

Electronic Devices & CircuitsHandout

Electronic Devices & CircuitsHandout

Digital Electronics

Introduction to Digital ElectronicsLecture

Number Systems and Base ConversionLecture

Binary Arithmetic and Signed NumbersLecture

Binary Codes: BCD, Gray, Excess-3 and ASCIILecture

Logic Gates and Truth TablesLecture

Boolean Algebra and De Morgan's TheoremsLecture

Canonical Forms: SOP, POS, Minterms and MaxtermsLecture

Karnaugh Map SimplificationLecture

The QuineLecture

NAND and NOR as Universal GatesLecture

Hazards and Glitches in Combinational CircuitsLecture

Logic Family CharacteristicsLecture

The TTL Logic FamilyLecture

The CMOS Logic FamilyLecture

Interfacing TTL, CMOS and ECLLecture

Adders and SubtractorsLecture

Comparators, Parity Circuits and MultipliersLecture

Encoders, Decoders and Priority EncodersLecture

Multiplexers and DemultiplexersLecture

The Arithmetic Logic Unit and Code ConvertersLecture

Latches and Flip-FlopsLecture

Flip-Flop Conversion and Excitation TablesLecture

Asynchronous (Ripple) CountersLecture

Synchronous Counters and Their DesignLecture

Shift Registers and Their ApplicationsLecture

Finite State Machines: Mealy and MooreLecture

Semiconductor MemoriesLecture

Programmable Logic Devices: PLA, PAL, CPLD and FPGALecture

Digital-to-Analog and Analog-to-Digital ConvertersLecture

Introduction to VHDL for Digital DesignLecture

Digital ElectronicsHandout

Power Electronics

Introduction to Power ElectronicsLecture

Power Diodes and Their CharacteristicsLecture

Thyristors: SCR Characteristics and the Thyristor FamilyLecture

Thyristor Triggering, Protection, and CommutationLecture

Power BJT, MOSFET, IGBT, and Gate Drive CircuitsLecture

Single-Phase Uncontrolled RectifiersLecture

Three-Phase Uncontrolled RectifiersLecture

Single-Phase Controlled RectifiersLecture

Three-Phase Controlled RectifiersLecture

Source Inductance, Dual Converters, and Power FactorLecture

DC Choppers: Principles and Control StrategiesLecture

Buck, Boost, and BuckLecture

Ćuk, SEPIC, and Fourth-Order ConvertersLecture

Isolated Converters: Flyback, Forward, Push-Pull, and BridgeLecture

Switched-Mode Power Supplies and Closed-Loop ControlLecture

Single-Phase Voltage Source InvertersLecture

Three-Phase Voltage Source InvertersLecture

PWM Techniques and Harmonic ControlLecture

Space Vector ModulationLecture

Current Source, Multilevel, and Resonant InvertersLecture

AC Voltage ControllersLecture

Cycloconverters and Matrix ConvertersLecture

Magnetics: Inductor and Transformer DesignLecture

Filters, Snubbers, and EMI MitigationLecture

DC Motor DrivesLecture

Induction Motor Drives: V/f and Vector ControlLecture

Synchronous, BLDC, and PMSM DrivesLecture

Solar PV and Wind Energy Conversion SystemsLecture

Energy Storage, EV Charging, and Bidirectional ConvertersLecture

HVDC, FACTS, and Power Quality ConditionersLecture

AC Voltage ControllersTutorial

Boost Converter Design and RippleTutorial

Buck–Boost Converters and the CCMTutorial

Buck Converter Design and RippleTutorial

Capacitor-Filtered Rectifiers and RippleTutorial

Chopper Control Strategies and Load CurrentTutorial

Conduction and Switching LossesTutorial

Ćuk, SEPIC and Fourth-Order ConvertersTutorial

Current Source, Multilevel and Resonant InvertersTutorial

Cycloconverters and Matrix ConvertersTutorial

DC Motor DrivesTutorial

Duty Ratio and Volt-Second BalanceTutorial

Energy Storage and EV ChargingTutorial

Filters, Snubbers and EMI MitigationTutorial

Forced Commutation Circuit DesignTutorial

HVDC, FACTS and Power QualityTutorial

Induction Motor DrivesTutorial

Isolated Converters: Flyback, Forward and BridgeTutorial

Magnetics for Switching ConvertersTutorial

MOSFET and IGBT Losses and Gate-Drive DesignTutorial

Power Diode Characteristics and Reverse RecoveryTutorial

Power Factor, Harmonics and Dual ConvertersTutorial

PWM Techniques and Harmonic ControlTutorial

SCR Ratings, di/dt and dv/dt ProtectionTutorial

Semiconverters, Freewheeling and Discontinuous ConductionTutorial

Single-Phase Controlled Converters and Firing AngleTutorial

Single-Phase Diode RectifiersTutorial

Single-Phase Voltage Source InvertersTutorial

SMPS Design and Closed-Loop ControlTutorial

Solar PV Systems and MPPTTutorial

Source Inductance and Overlap AngleTutorial

Space Vector ModulationTutorial

Synchronous, BLDC and PMSM DrivesTutorial

Thermal Design and Heat-Sink SelectionTutorial

Three-Phase Controlled Converters and Inverter ModeTutorial

Three-Phase Diode RectifiersTutorial

Three-Phase Voltage Source InvertersTutorial

Gate Triggering, Series and Parallel OperationTutorial

Vector Control and Field OrientationTutorial

Wind Energy Conversion SystemsTutorial

Bidirectional AC Power Control with TRIACsLab

DC-DC ConvertersLab

Three-Phase Fully Controlled ConverterLab

DC-AC Converter (Inverter)Lab

MATLAB Simulink & Hardware SetupLab

Uncontrolled Rectifier with Capacitor FilterLab

Single-Phase Semi-Controlled ConverterLab

Single-Phase Fully Controlled ConverterLab

Single-Phase Uncontrolled (Diode) RectifierLab

Three-Phase Uncontrolled (Diode) RectifierLab

Power Electronics LaboratoryHandout

Power ElectronicsHandout

Power ElectronicsHandout

Solid-State Electric Drives

Single-Phase Full Converter DC Motor DrivesLecture

Phase-Controlled Single-Phase Semi-Converter DC Motor DrivesLecture

Phase-Controlled Three-Phase Full Converter DC Motor DrivesLecture

DC Chopper DriveLecture

DC Chopper DriveLecture

DC Chopper DriveLecture

Closed-Loop Control of DC Drives with ChopperLecture

Drive System Components and Power SourcesLecture

Current-Source Inverter: ASCI DriveLecture

CSI Dynamic Modelling, PWM-CSI & Chapter SummaryLecture

DC-DC Chopper FundamentalsLecture

Transfer Function & State-Space ModelsLecture

DC Motor Braking & Dynamic ResponseLecture

Closed-Loop Control of DC MotorsLecture

DC Motor Drives FundamentalsLecture

DC Motor Speed ControlLecture

TorqueLecture

Direct Vector ControlLecture

Phase-Controlled DC Motor Drives - Dual ConverterLecture

Circuit Equations and Dynamic ModelingLecture

Flux-Weakening OperationLecture

Indirect Vector ControlLecture

Equivalent Circuit & Power Flow AnalysisLecture

Construction, Operating Principle & SlipLecture

Starting Methods & Speed ControlLecture

Torque-Speed Characteristics & Parameter MeasurementLecture

Topic 5: Advanced DrivesLecture

Topic 3: Braking TechniquesLecture

Topic 1: Equivalent Circuit & Steady-StateLecture

Load Interaction, Power Factor, Closed-Loop Control and EfficiencyLecture

Slip-Energy Recovery: Analysis, Harmonics and Drive DesignLecture

Topic 4: Speed Control MethodsLecture

Topic 2: Starting MethodsLecture

Introduction and Principle of Vector ControlLecture

Overview of Electric Drive SystemsLecture

Introduction to Phase-Controlled DC DrivesLecture

Modeling of DC MachinesLecture

Parameter Compensation StrategiesLecture

Parameter SensitivityLecture

Operating Modes of DC DrivesLecture

Phase-Controlled Induction-Motor DrivesLecture

Power Semiconductor Devices for DrivesLecture

PWM Strategies & Harmonic ControlLecture

Single-Phase Phase-Controlled DC DrivesLecture

Speed-Controller DesignLecture

Introduction & Static Frequency ChangersLecture

Static Scherbius Drive, Applications and Unified Comparative SummaryLecture

Steady-State Analysis & Drive DynamicsLecture

Three-Phase Phase-Controlled DC DrivesLecture

Voltage-Source Inverter: Circuit & OperationLecture

Harmonic Analysis & Dynamic Modelling of VSI-Fed IMLecture

VSI-Fed IM: Steady-State Performance & V/f ControlLecture

Solid-State Electric DrivesHandout

Solid-State Drives TutorialsHandout

Control Systems

Introduction to Control SystemsLecture

Mathematical Modeling of Physical SystemsLecture

The Laplace Transform and Transfer FunctionsLecture

Block Diagram Algebra and ReductionLecture

Signal Flow Graphs and Mason's Gain FormulaLecture

Standard Test Signals and System Time ResponseLecture

First-Order System ResponseLecture

Second-Order Systems and Transient SpecificationsLecture

Steady-State Error and Static Error ConstantsLecture

The Concept of StabilityLecture

The RouthLecture

The Root Locus TechniqueLecture

Root Locus Analysis and DesignLecture

Frequency Response and Bode PlotsLecture

Polar Plots and Nyquist DiagramsLecture

The Nyquist Stability CriterionLecture

Relative Stability: Gain and Phase MarginsLecture

Closed-Loop Frequency Response and the Nichols ChartLecture

Control Actions: P, PI, PD, and PID ControllersLecture

PID Controller Tuning MethodsLecture

Lead, Lag, and LeadLecture

Compensation in the Time and Frequency DomainsLecture

State-Space Representation of SystemsLecture

Solution of State Equations and the State Transition MatrixLecture

Controllability and ObservabilityLecture

Pole Placement, State Feedback, and Observer DesignLecture

Sampled-Data Systems and the Z-TransformLecture

Analysis and Design of Digital Control SystemsLecture

Nonlinear Control SystemsLecture

Modern Control: Optimal, Robust, and AdaptiveLecture

Control SystemsHandout

Electromagnetic Field Theory

Vector AlgebraLecture

Coordinate Systems and TransformationLecture

Vector CalculusLecture

Electrostatic FieldsLecture

Electric Flux Density and Gauss's LawLecture

Electric Potential and EnergyLecture

Electric Fields in Material SpaceLecture

Capacitance and Electrostatic EnergyLecture

Poisson's and Laplace's EquationsLecture

Electrostatic Boundary-Value ProblemsLecture

Magnetostatic FieldsLecture

Magnetic Flux Density and Vector PotentialLecture

Magnetic Forces, Materials, and DevicesLecture

Inductance and Magnetic EnergyLecture

Faraday's Law and Electromagnetic InductionLecture

Displacement Current and Maxwell's EquationsLecture

Time-Harmonic FieldsLecture

Wave Equations and Plane Waves in Free SpaceLecture

Wave Propagation in Lossy and Conducting MediaLecture

Poynting Vector and Power FlowLecture

Polarization of Plane WavesLecture

Reflection and Refraction at BoundariesLecture

Transmission Line Equations and ParametersLecture

Wave Propagation on Transmission LinesLecture

The Smith Chart and Impedance MatchingLecture

Transients on Transmission LinesLecture

Rectangular WaveguidesLecture

Cavity Resonators and Circular WaveguidesLecture

Antenna Fundamentals and RadiationLecture

Antenna Arrays and Modern TopicsLecture

Electromagnetic Field TheoryHandout

Signals and Systems

Introduction to Signals and SystemsLecture

Classification of SignalsLecture

Elementary Signals and Singularity FunctionsLecture

Signal Operations and TransformationsLecture

Classification and Properties of SystemsLecture

Linear Time-Invariant SystemsLecture

Convolution and the Impulse ResponseLecture

Properties of LTI SystemsLecture

Systems Described by Differential and Difference EquationsLecture

Fourier Series Representation of Periodic SignalsLecture

Properties and Convergence of Fourier SeriesLecture

Frequency Spectra and System ResponseLecture

The Continuous-Time Fourier TransformLecture

Properties of the Fourier TransformLecture

Frequency Response and FilteringLecture

The Discrete-Time Fourier TransformLecture

The Laplace Transform and Region of ConvergenceLecture

Properties of the Laplace TransformLecture

System Analysis Using the Laplace TransformLecture

The Sampling TheoremLecture

Reconstruction and AliasingLecture

Discrete-Time Processing of Continuous-Time SignalsLecture

The Z-Transform and Region of ConvergenceLecture

Properties of the Z-TransformLecture

Analysis of Discrete-Time SystemsLecture

The Discrete Fourier Transform and FFTLecture

State-Space Representation of SystemsLecture

Signals and Systems in CommunicationsLecture

Random Signals and Stochastic ProcessesLecture

Signals and SystemsHandout

High Voltage Engineering

Introduction to High-Voltage EngineeringLecture

Electric Field Stress and EstimationLecture

Numerical Field ComputationLecture

Conduction and Ionization in GasesLecture

Townsend Breakdown MechanismLecture

Streamer Theory and Paschen's LawLecture

Corona and Breakdown in Non-Uniform FieldsLecture

Breakdown in Liquid DielectricsLecture

Breakdown in Solid DielectricsLecture

Vacuum and Composite InsulationLecture

Generation of High Direct VoltagesLecture

Generation of High Alternating VoltagesLecture

Generation of Impulse VoltagesLecture

Generation of Impulse Currents and TriggeringLecture

Measurement of High DC and AC VoltagesLecture

Sphere Gaps and Peak VoltmetersLecture

Measurement of Impulse Voltages and CurrentsLecture

High-Voltage Testing of ApparatusLecture

Partial Discharge Measurement and AnalysisLecture

Dielectric Loss and Tan-δ MeasurementLecture

Insulation Diagnostics and Condition MonitoringLecture

Lightning Phenomena and OvervoltagesLecture

Switching Surges and Travelling WavesLecture

Protection Against OvervoltagesLecture

Insulation CoordinationLecture

HVDC and Polymeric InsulationLecture

Pulsed Power EngineeringLecture

Pulsed Electric Field ApplicationsLecture

Asset Management and Smart HV SystemsLecture

High-Voltage EngineeringHandout

Optimization Techniques

Introduction to Optimization TechniquesLecture

Formulating Optimization ProblemsLecture

Convex Sets and Convex FunctionsLecture

Classical Optimization: Unconstrained ProblemsLecture

Lagrange Multipliers and the KKT ConditionsLecture

Introduction to Linear ProgrammingLecture

The Graphical MethodLecture

The Simplex MethodLecture

The Big-M and Two-Phase MethodsLecture

Duality in Linear ProgrammingLecture

Sensitivity and Post-Optimality AnalysisLecture

The Transportation ProblemLecture

The Assignment ProblemLecture

Network Optimization ModelsLecture

Integer ProgrammingLecture

Branch and Bound and Cutting Plane MethodsLecture

Dynamic ProgrammingLecture

One-Dimensional Search MethodsLecture

Unconstrained Nonlinear OptimizationLecture

Gradient-Based MethodsLecture

Constrained Nonlinear ProgrammingLecture

Quadratic and Geometric ProgrammingLecture

Introduction to MetaheuristicsLecture

Genetic AlgorithmsLecture

Particle Swarm and Ant Colony OptimizationLecture

Simulated Annealing and Tabu SearchLecture

Multi-Objective OptimizationLecture

Stochastic and Dynamic OptimizationLecture

Game Theory and Decision AnalysisLecture

Optimization in Engineering: Applications and Case StudiesLecture

Optimization TechniquesHandout

Electrical Formula Handbook

⚡ AC-DC Converters Quick ReferenceFormula

⚡ Autotransformer Formula SheetFormula

Calculus Formula HandbookFormula

Complex Number Formula HandbookFormula

⚡ Engineering Constants HandbookFormula

DC to AC ConvertersFormula

⚡ DC Machines Quick ReferenceFormula

⚡ DC-DC Converters Quick ReferenceFormula

Differential Equations Formula SheetFormula

⚡ Digital ElectronicsFormula

⚡ Electrical CircuitsFormula

⚡ Electric Power SystemsFormula

Fourier SeriesFormula

🌊 Fourier TransformFormula

📊 Laplace TransformsFormula

Magnetism & Magnetic Circuit FormulasFormula

MATLAB Basic Functions ReferenceFormula

Matrix & Determinant Formula SheetFormula

⚡ Power Semiconductor DevicesFormula

Single-Phase Induction MotorsFormula

Single-Phase Transformer FormulasFormula

⚡ Three-Phase Synchronous Machines ⚡Formula

⚡ Three-Phase Induction MotorFormula

Three-Phase TransformersFormula

Trigonometry FormulasFormula

Electrical Engineering Formula HandbookHandout

GATE EE Preparation

Active Filters : Single-stage, Sallen Key, Butterworth, VCOs & Timers - GATE Quick NotesNotes

Amplifiers: Biasing, Equivalent Circuits, and Frequency Response - GATE PreparationNotes

Simple Diode Circuits - Clipping, Clamping, and Rectifiers - GATE PreparationNotes

Oscillators and Feedback Amplifiers for GATE Exam: Operational Amplifiers, Characteristics, and ApplicationsNotes

Calculus Quick Notes for GATE Electrical Engineering (EE)Notes

Network Elements Notes for GATE Electrical Engineering (EE)Notes

Network Theorems Notes for GATE Electrical Engineering (EE)Notes

Transient Response in Electrical CircuitsNotes

Complex Variables Notes for GATE Electrical Engineering (EE)Notes

GATE EE Control Systems: Time & Frequency Response, Stability Analysis NotesNotes

Control Systems: Compensators and ControllersNotes

Detailed Notes on System Modeling & Feedback Control Systems for GATE EE ExamNotes

Control Systems: Stability and Frequency ResponseNotes

State Space Analysis in Control SystemsNotes

Differential Equations Notes for GATE Electrical Engineering (EE)Notes

Digital Circuits GATE Exam Quick NotesNotes

Electrostatics: Quick Notes for GATE ExamNotes

EMF Laws and Induction Notes for GATE examNotes

Magnetostatics: Quick Notes for GATE ExamNotes

GATE Engineering Mathematics Linear Algebra - Quick NotesNotes

Auto-Transformer GATE Electrical Engineering - Quick NotesNotes

DC Machines - GATE Electrical Engineering Exam Preparation Quick NotesNotes

Losses and Efficiency in Electric Machines GATE EE Exam Quick NotesNotes

Single-Phase Induction Motors GATE Quick Notes - Electrical EngineeringNotes

Single-Phase Transformer GATE Exam Quick NotesNotes

Synchronous Machines GATE EE Exam Quick NotesNotes

Three-Phase Induction Motors GATE EE Exam Quick NotesNotes

Three-Phase Transformers GATE EE Exam Quick NotesNotes

Bridges and Potentiometers GATE Exam Focused NotesNotes

Measurement of Electrical Quantities GATE Quick NotesNotes

Electronic Measuring InstrumentsNotes

Error Analysis in Electrical and Electronic MeasurementsNotes

Instrument TransformersNotes

Oscilloscopes and Time/Frequency MeasurementNotes

Economic Load Dispatch and Compensation GATE EE Exam Quick NotesNotes

Electric Field and Distribution Systems GATE Exam Quick NotesNotes

DC to DC Converters GATE Exam NotesNotes

Inverters in Power ElectronicsNotes

Power Electronics RectifiersNotes

Power Semiconductor Devices for GATE Exam Comprehensive RevisionNotes

Fault Analysis and Symmetrical Components GATE EE Exam Quick NotesNotes

Power Generation and Transmission Concepts GATE EE Exam Quick NotesNotes

Power System Protection - GATE PreparationNotes

Power System Analysis Methods GATE EE Exam Quick NotesNotes

Power System Stability - GATE EE Exam Preparation NotesNotes

Probability and Statistics Notes for GATE Electrical Engineering (EE)Notes

Fourier Analysis in Signals & Systems : GATE Quick NotesNotes

Laplace & Z-Transform for Signals & Systems: GATE Preparation NotesNotes

Linear Time-Invariant (LTI) Systems for Signals and Systems : GATE Exam NotesNotes

Signal Representation, Shifting, and Scaling : Quick Notes for GATE Signals and Systems PreparationNotes

Signals: RMS and Average Values GATE EE NotesNotes

Sampling Theory for Signals & Systems: GATE Quick NotesNotes

GATE 2007 Electrical Engineering (EE) Power Systems (2007)Notes

GATE 2008 Electrical Engineering (EE) Power Systems (2008)Notes

GATE 2009 Electrical Engineering (EE) Power Systems (2009)Notes

GATE 2010 Electrical Engineering (EE) Power Systems (2010)Notes

GATE 2011 Electrical Engineering (EE) Power Systems (2011)Notes

GATE 2012 Electrical Engineering (EE) Power Systems (2012)Notes

GATE 2013 Electrical Engineering (EE) Power Systems (2013)Notes

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GATE 2020 Electrical Engineering (EE) Power Systems (2020)Notes

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GATE 2023 Electrical Engineering (EE) Power Systems (2023)Notes

GATE 2024 Electrical Engineering (EE) Power Systems (2024)Notes

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GATE 2026 Power Systems Questions and SolutionsNotes

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GATE 2007 Electrical Engineering (EE) Electrical Machines (2007)Notes

GATE 2008 Electrical Engineering (EE) Electrical Machines (2008)Notes

GATE 2009 Electrical Engineering (EE) Electrical Machines (2009)Notes

GATE 2010 Electrical Engineering (EE) Electrical Machines (2010)Notes

GATE 2011 Electrical Engineering (EE) Electrical Machines (2011)Notes

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GATE 2013 Electrical Engineering (EE) Electrical Machines (2013)Notes

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GATE 2008 Electrical Engineering (EE) Power Electronics (2008)Notes

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GATE 2023 Electrical Engineering (EE) Power Electronics (2023)Notes

GATE 2024 Electrical Engineering (EE) Power Electronics (2024)Notes

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GATE 2026 Power Electronics Practice Questions and SolutionsNotes

GATE 2007 Signals and Systems Questions and SolutionsNotes

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Control Systems - GATE EE 2008 Solved PaperNotes

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GATE 2018 Control Systems Practice Questions and SolutionsNotes

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GATE 2007 Electric Circuits Questions and SolutionsNotes

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ENGINEERING MATHEMATICS GATE 2008 EE SOLVED QUESTION PAPERNotes

ENGINEERING MATHEMATICS GATE 2009 SOLVED PAPERNotes

ENGINEERING MATHEMATICS GATE 2010 SOLVED PAPERNotes

Solved Question Paper for Engineering Mathematics EE 2011Notes

Engineering Mathematics: GATE EE 2013 Solved PaperNotes

GATE 2014 Engineering MathematicsNotes

ENGINEERING MATHEMATICS QUESTION PAPER GATE 2015 SET 1 & SET 2 (COMBINED)Notes

GATE EE Engineering Mathematics 2016 Set-1 Solved PaperNotes

ENGINEERING MATHEMATICS SOLVED PAPER GATE 2017Notes

GATE EE-2018 MATHEMATICS SOLVED PAPERNotes

Engineering Mathematics EE GATE 2019 Solved PaperNotes

Engineering Mathematics GATE EE-2020 Solved PaperNotes

Engineering Mathematics GATE EE-2021 Solved PaperNotes

Engineering Mathematics GATE EE-2022 Solved PaperNotes

Engineering Mathematics GATE EE-2023 Solved PaperNotes

Engineering Mathematics GATE EE-2024 Solved PaperNotes

Engineering Mathematics GATE EE-2025 Solved PaperNotes

GATE 2026 Engineering Mathematics Questions and SolutionsNotes

GATE 2008 Electromagnetic Fields Questions and SolutionsNotes

GATE 2009 Electromagnetic Fields Questions and SolutionsNotes

GATE 2010 Electromagnetic Fields Questions and SolutionsNotes

GATE 2011 Electromagnetic Fields Questions and SolutionsNotes

GATE 2012 Electromagnetic Fields Questions and SolutionsNotes

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GATE 2026 Measurements and Instrumentation Practice Questions and SolutionsNotes

GATE Electrical Engineering (EE) Solved ProblemsHandout

Subject Revision Notes

Analog Electronics: From Fundamentals to GATE MasteryNotes

Control Systems: A Complete Revision GuideNotes

Digital Electronics: Complete Revision NotesNotes

Electric Circuits & NetworksNotes

Electric DrivesNotes

Electrical MachinesNotes

Electromagnetic Field TheoryNotes

Engineering MathematicsNotes

Engineering PhysicsNotes

High Voltage EngineeringNotes

Measurement & InstrumentationNotes

Microprocessor and InterfacingNotes

Operational AmplifiersNotes

Power Electronics: A Complete CourseNotes

Electric Power SystemsNotes

Quantitative AptitudeNotes

Renewable EnergyNotes

Signals and SystemsNotes

Switchgear and ProtectionNotes

Utilization of Electrical EnergyNotes

Fundamentals of Physics

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WavesLecture

WavesLecture

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States of Matter: Gases & LiquidsLecture

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Hydrogen and Its CompoundsLecture

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