Home Whiteboard Graphing Calculator Online Compilers Articles Tools
Categories
Library Courses Certifications Login
Electrical Machines Tutorial
  • Electrical Machines - Home
  • Basic Concepts
  • Electromechanical Energy Conversion
  • Energy Stored in Magnetic Field
  • Singly-Excited and Doubly Excited Systems
  • Rotating Electrical Machines
  • Electrical Machines Types
  • Faraday’s Laws of Electromagnetic Induction
  • Concept of Induced EMF
  • Fleming's Left Hand and Right Hand Rules
  • Transformers
  • Electrical Transformer
  • Construction of Transformer
  • EMF Equation of Transformer
  • Turns Ratio and Voltage Transformation Ratio
  • Ideal Transformer
  • Practical Transformer
  • Ideal and Practical Transformers
  • Transformer on DC
  • Losses in a Transformer
  • Efficiency of Transformer
  • 3-Phase Transformer
  • Types of Transformers
  • More on Transformers
  • Transformer Working Principle
  • Single-Phase Transformer Working Principle
  • 3-Phase Transformer Principle
  • 3-Phase Induction Motor Torque-Slip
  • 3-Phase Induction Motor Torque-Speed
  • 3-Phase Transformer Harmonics
  • Double-Star Connection (3-6 Phase)
  • Double-delta Connection (3-6 Phase)
  • Transformer Ratios
  • Voltage Regulation
  • Delta-Star Connection (3-Phase)
  • Star-Delta Connection (3-Phase)
  • Autotransformer Conversion
  • Back-to-back Test (Sumpner's Test)
  • Transformer Voltage Drop
  • Autotransformer Output
  • Open and Short Circuit Test
  • 3-Phase Autotransformer
  • Star-Star Connection
  • 6-Phase Diametrical Connections
  • Circuit Test (Three-Winding)
  • Potential Transformer
  • Transformers Parallel Operation
  • Open Delta (V-V) Connection
  • Autotransformer
  • Current Transformer
  • No-Load Current Wave
  • Transformer Inrush Current
  • Transformer Vector Groups
  • 3 to 12-Phase Transformers
  • Scott-T Transformer Connection
  • Transformer kVA Rating
  • Three-Winding Transformer
  • Delta-Delta Connection Transformer
  • Transformer DC Supply Issue
  • Equivalent Circuit Transformer
  • Simplified Equivalent Circuit of Transformer
  • Transformer No-Load Condition
  • Transformer Load Condition
  • OTI WTI Transformer
  • CVT Transformer
  • Isolation vs Regular Transformer
  • Dry vs Oil-Filled
  • DC Machines
  • Construction of DC Machines
  • Types of DC Machines
  • Working Principle of DC Generator
  • EMF Equation of DC Generator
  • Derivation of EMF Equation DC Generator
  • Types of DC Generators
  • Working Principle of DC Motor
  • Back EMF in DC Motor
  • Types of DC Motors
  • Losses in DC Machines
  • Applications of DC Machines
  • More on DC Machines
  • DC Generator
  • DC Generator Armature Reaction
  • DC Generator Commutator Action
  • Stepper vs DC Motors
  • DC Shunt Generators Critical Resistance
  • DC Machines Commutation
  • DC Motor Characteristics
  • Synchronous Generator Working Principle
  • DC Generator Characteristics
  • DC Generator Demagnetizing & Cross-Magnetizing
  • DC Motor Voltage & Power Equations
  • DC Generator Efficiency
  • Electric Breaking of DC Motors
  • DC Motor Efficiency
  • Four Quadrant Operation of DC Motors
  • Open Circuit Characteristics of DC Generators
  • Voltage Build-Up in Self-Excited DC Generators
  • Types of Armature Winding in DC Machines
  • Torque in DC Motors
  • Swinburne’s Test of DC Machine
  • Speed Control of DC Shunt Motor
  • Speed Control of DC Series Motor
  • DC Motor of Speed Regulation
  • Hopkinson's Test
  • Permanent Magnet DC Motor
  • Permanent Magnet Stepper Motor
  • DC Servo Motor Theory
  • DC Series vs Shunt Motor
  • BLDC Motor vs PMSM Motor
  • Induction Motors
  • Introduction to Induction Motor
  • Single-Phase Induction Motor
  • 3-Phase Induction Motor
  • Construction of 3-Phase Induction Motor
  • 3-Phase Induction Motor on Load
  • Characteristics of 3-Phase Induction Motor
  • Speed Regulation and Speed Control
  • Methods of Starting 3-Phase Induction Motors
  • More on Induction Motors
  • 3-Phase Induction Motor Working Principle
  • 3-Phase Induction Motor Rotor Parameters
  • Double Cage Induction Motor Equivalent Circuit
  • Induction Motor Equivalent Circuit Models
  • Slip Ring vs Squirrel Cage Induction Motors
  • Single-Cage vs Double-Cage Induction Motor
  • Induction Motor Equivalent Circuits
  • Induction Motor Crawling & Cogging
  • Induction Motor Blocked Rotor Test
  • Induction Motor Circle Diagram
  • 3-Phase Induction Motors Applications
  • 3-Phase Induction Motors Torque Ratios
  • Induction Motors Power Flow Diagram & Losses
  • Determining Induction Motor Efficiency
  • Induction Motor Speed Control by Pole-Amplitude Modulation
  • Induction Motor Inverted or Rotor Fed
  • High Torque Cage Motors
  • Double-Cage Induction Motor Torque-Slip Characteristics
  • 3-Phase Induction Motors Starting Torque
  • 3-phase Induction Motor - Rotor Resistance Starter
  • 3-phase Induction Motor Running Torque
  • 3-Phase Induction Motor - Rotating Magnetic Field
  • Isolated Induction Generator
  • Capacitor-Start Induction Motor
  • Capacitor-Start Capacitor-Run Induction Motor
  • Winding EMFs in 3-Phase Induction Motors
  • Split-Phase Induction Motor
  • Shaded Pole Induction Motor
  • Repulsion-Start Induction-Run Motor
  • Repulsion Induction Motor
  • PSC Induction Motor
  • Single-Phase Induction Motor Performance Analysis
  • Linear Induction Motor
  • Single-Phase Induction Motor Testing
  • 3-Phase Induction Motor Fault Types
  • Synchronous Machines
  • Introduction to 3-Phase Synchronous Machines
  • Construction of Synchronous Machine
  • Working of 3-Phase Alternator
  • Armature Reaction in Synchronous Machines
  • Output Power of 3-Phase Alternator
  • Losses and Efficiency of an Alternator
  • Losses and Efficiency of 3-Phase Alternator
  • Working of 3-Phase Synchronous Motor
  • Equivalent Circuit and Power Factor of Synchronous Motor
  • Power Developed by Synchronous Motor
  • More on Synchronous Machines
  • AC Motor Types
  • Induction Generator (Asynchronous Generator)
  • Synchronous Speed Slip of 3-Phase Induction Motor
  • Armature Reaction in Alternator at Leading Power Factor
  • Armature Reaction in Alternator at Lagging Power Factor
  • Stationary Armature vs Rotating Field Alternator Advantages
  • Synchronous Impedance Method for Voltage Regulation
  • Saturated & Unsaturated Synchronous Reactance
  • Synchronous Reactance & Impedance
  • Significance of Short Circuit Ratio in Alternator
  • Hunting Effect Alternator
  • Hydrogen Cooling in Synchronous Generators
  • Excitation System of Synchronous Machine
  • Equivalent Circuit Phasor Diagram of Synchronous Generator
  • EMF Equation of Synchronous Generator
  • Cooling Methods for Synchronous Generators
  • Assumptions in Synchronous Impedance Method
  • Armature Reaction at Unity Power Factor
  • Voltage Regulation of Alternator
  • Synchronous Generator with Infinite Bus Operation
  • Zero Power Factor of Synchronous Generator
  • Short Circuit Ratio Calculation of Synchronous Machines
  • Speed-Frequency Relationship in Alternator
  • Pitch Factor in Alternator
  • Max Reactive Power in Synchronous Generators
  • Power Flow Equations for Synchronous Generator
  • Potier Triangle for Voltage Regulation in Alternators
  • Parallel Operation of Alternators
  • Load Sharing in Parallel Alternators
  • Slip Test on Synchronous Machine
  • Constant Flux Linkage Theorem
  • Blondel's Two Reaction Theory
  • Synchronous Machine Oscillations
  • Ampere Turn Method for Voltage Regulation
  • Salient Pole Synchronous Machine Theory
  • Synchronization by Synchroscope
  • Synchronization by Synchronizing Lamp Method
  • Sudden Short Circuit in 3-Phase Alternator
  • Short Circuit Transient in Synchronous Machines
  • Power-Angle of Salient Pole Machines
  • Prime-Mover Governor Characteristics
  • Power Input of Synchronous Generator
  • Power Output of Synchronous Generator
  • Power Developed by Salient Pole Motor
  • Phasor Diagrams of Cylindrical Rotor Moto
  • Synchronous Motor Excitation Voltage Determination
  • Hunting Synchronous Motor
  • Self-Starting Synchronous Motor
  • Unidirectional Torque Production in Synchronous Motor
  • Effect of Load Change on Synchronous Motor
  • Field Excitation Effect on Synchronous Motor
  • Output Power of Synchronous Motor
  • Input Power of Synchronous Motor
  • V Curves & Inverted V Curves of Synchronous Motor
  • Torque in Synchronous Motor
  • Construction of 3-Phase Synchronous Motor
  • Synchronous Motor
  • Synchronous Condenser
  • Power Flow in Synchronous Motor
  • Types of Faults in Alternator
  • Miscellaneous Topics
  • Electrical Generator
  • Determining Electric Motor Load
  • Solid State Motor Starters
  • Characteristics of Single-Phase Motor
  • Types of AC Generators
  • Three-Point Starter
  • Four-Point Starter
  • Ward Leonard Speed Control Method
  • Pole Changing Method
  • Stator Voltage Control Method
  • DOL Starter
  • Star-Delta Starter
  • Hysteresis Motor
  • 2-Phase & 3-Phase AC Servo Motors
  • Repulsion Motor
  • Reluctance Motor
  • Stepper Motor
  • PCB Motor
  • Single-Stack Variable Reluctance Stepper Motor
  • Schrage Motor
  • Hybrid Schrage Motor
  • Multi-Stack Variable Reluctance Stepper Motor
  • Universal Motor
  • Step Angle in Stepper Motor
  • Stepper Motor Torque-Pulse Rate Characteristics
  • Distribution Factor
  • Electrical Machines Basic Terms
  • Synchronizing Torque Coefficient
  • Synchronizing Power Coefficient
  • Metadyne
  • Motor Soft Starter
  • CVT vs PT
  • Metering CT vs Protection CT
  • Stator and Rotor in Electrical Machines
  • Electric Motor Winding
  • Electric Motor
  • Useful Resources
  • Quick Guide
  • Resources
  • Discussion
  • Selected Reading
  • UPSC IAS Exams Notes
  • Developer's Best Practices
  • Questions and Answers
  • Effective Resume Writing
  • AI Based Resume Builder
  • Personal AI Study Assistant
  • Generate Coding Logic
  • HR Interview Questions
  • Computer Glossary
  • Who is Who
Home Electrical_machines Electrical Machines PDF Version

Electrical Machines Tutorial in PDF

Previous
Quiz
Next

You can download the PDF of this wonderful tutorial by paying a nominal price of $9.99. Your contribution will go a long way in helping us serve more readers.

Electrical Machines (PDF Version) Download Electrical Machines Tutorial (PDF Version)

Print Page
Previous
Next
Advertisements
TOP TUTORIALS
  • Python Tutorial
  • Java Tutorial
  • C++ Tutorial
  • C Programming Tutorial
  • C# Tutorial
  • PHP Tutorial
  • R Tutorial
  • HTML Tutorial
  • CSS Tutorial
  • JavaScript Tutorial
  • SQL Tutorial
TRENDING TECHNOLOGIES
  • Cloud Computing Tutorial
  • Amazon Web Services Tutorial
  • Microsoft Azure Tutorial
  • Git Tutorial
  • Ethical Hacking Tutorial
  • Docker Tutorial
  • Kubernetes Tutorial
  • DSA Tutorial
  • Spring Boot Tutorial
  • SDLC Tutorial
  • Unix Tutorial
CERTIFICATIONS
  • Business Analytics Certification
  • Java & Spring Boot Advanced Certification
  • Data Science Advanced Certification
  • Cloud Computing And DevOps
  • Advanced Certification In Business Analytics
  • Artificial Intelligence And Machine Learning
  • DevOps Certification
  • Game Development Certification
  • Front-End Developer Certification
  • AWS Certification Training
  • Python Programming Certification
COMPILERS & EDITORS
  • Online Java Compiler
  • Online Python Compiler
  • Online Go Compiler
  • Online C Compiler
  • Online C++ Compiler
  • Online C# Compiler
  • Online PHP Compiler
  • Online MATLAB Compiler
  • Online Bash Terminal
  • Online SQL Compiler
  • Online Html Editor
  • ABOUT US
  • OUR TEAM
  • CAREERS
  • JOBS
  • CONTACT US
  • TERMS OF USE
  • PRIVACY POLICY
  • REFUND POLICY
  • COOKIES POLICY
  • FAQ'S
tutorials point logo
Download Android App Download IOS App

Tutorials Point is a leading Ed Tech company striving to provide the best learning material on technical and non-technical subjects.

© Copyright 2026. All Rights Reserved.