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Magnetic Flux in electrical Engineering

Course Reviews

Track :

Engineering

Lessons no : 31

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What will you learn in this course?
  • Understand magnetic flux concepts and their role in electrical engineering applications and magnetic field analysis
  • Calculate magnetic flux in various electrical components using relevant formulas and measurement techniques
  • Apply Faraday’s Law to analyze electromagnetic induction and energy transfer in electrical systems
  • Design magnetic circuits considering flux density, magnetic permeability, and core materials for optimal performance
  • Evaluate the effects of magnetic flux on electrical devices such as transformers, inductors, and motors
  • Utilize simulation tools to model magnetic flux distribution in complex electrical systems
  • Identify practical applications of magnetic flux in sensors, actuators, and energy conversion devices
  • Troubleshoot magnetic flux-related issues in electrical equipment to improve efficiency and safety
  • Integrate magnetic flux principles into the design and analysis of electrical engineering projects
  • Assess the impact of magnetic flux on electromagnetic compatibility and interference in electrical systems

How to Get The Certificate

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  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 31
Electrical Engineering Ch 14 Magnetic Coupling 1 of 55 What is Magnetic Flux
00:04:45

Electrical Engineering Ch 14 Magnetic Coupling 1 of 55 What is Magnetic Flux
Electrical Engineering Ch 14 Magnetic Coupling 2 of 55 What is Self Induction
00:04:24

Electrical Engineering Ch 14 Magnetic Coupling 2 of 55 What is Self Induction
Electrical Engineering Ch 14 Magnetic Coupling 3 of 55 What is Mutual Inductance Part 1
00:05:32

Electrical Engineering Ch 14 Magnetic Coupling 3 of 55 What is Mutual Inductance Part 1
Electrical Engineering Ch 14 Magnetic Coupling 4 of 55 What is Mutual Inductance Part 2
00:05:21

Electrical Engineering Ch 14 Magnetic Coupling 4 of 55 What is Mutual Inductance Part 2
Electrical Engineering Ch 14 Magnetic Coupling 5 of 55 Mutual Inductance Equal in Both Directio
00:02:59

Electrical Engineering Ch 14 Magnetic Coupling 5 of 55 Mutual Inductance Equal in Both Directio
Electrical Engineering Ch 14 Magnetic Coupling 6 of 55 Polarity Convention
00:02:41

Electrical Engineering Ch 14 Magnetic Coupling 6 of 55 Polarity Convention
Electrical Engineering Ch 14 Magnetic Coupling 7 of 55 Dot Convention for Inductors in Series
00:02:21

Electrical Engineering Ch 14 Magnetic Coupling 7 of 55 Dot Convention for Inductors in Series
Electrical Engineering Ch 14 Magnetic Coupling 8 of 55 KVL and Mutual Inductance Part 1
00:03:01

Electrical Engineering Ch 14 Magnetic Coupling 8 of 55 KVL and Mutual Inductance Part 1
Electrical Engineering Ch 14 Magnetic Coupling 9 of 55 KVL and Mutual Inductance Part 2
00:03:28

Electrical Engineering Ch 14 Magnetic Coupling 9 of 55 KVL and Mutual Inductance Part 2
Electrical Engineering Ch 14 Magnetic Coupling 10 of 55 Good Model for Mutual Inductance
00:03:39

Electrical Engineering Ch 14 Magnetic Coupling 10 of 55 Good Model for Mutual Inductance
Electrical Engineering Ch 14 Magnetic Coupling 11 of 55 Converting Circuit to Equivalent Model
00:02:46

Electrical Engineering Ch 14 Magnetic Coupling 11 of 55 Converting Circuit to Equivalent Model
Electrical Engineering Ch 14 Magnetic Coupling 12 of 55 Convert Circuit to Equivalent Model 1
00:08:57

Electrical Engineering Ch 14 Magnetic Coupling 12 of 55 Convert Circuit to Equivalent Model 1
Electrical Engineering Ch 14 Magnetic Coupling 13 of 55 Convert Circuit to Equivalent Model 2
00:11:47

Electrical Engineering Ch 14 Magnetic Coupling 13 of 55 Convert Circuit to Equivalent Model 2
Electrical Engineering Ch 14 Magnetic Coupling 14 of 55 Voltage Due to Mutual Coupleing Rules
00:10:04

Electrical Engineering Ch 14 Magnetic Coupling 14 of 55 Voltage Due to Mutual Coupleing Rules
Electrical Engineering Ch 14 Magnetic Coupling 15 of 55 Voltage Due to Mutual Coupling Rules Ex
00:08:58

Electrical Engineering Ch 14 Magnetic Coupling 15 of 55 Voltage Due to Mutual Coupling Rules Ex
Electrical Engineering Ch 14 Magnetic Coupling 16 of 55 Voltage Due to Mutual Coupling Summary
00:08:32

Electrical Engineering Ch 14 Magnetic Coupling 16 of 55 Voltage Due to Mutual Coupling Summary
Electrical Engineering Ch 14 Magnetic Coupling 17 of 55 Voltage Due to Mutual Coupling I1 I2
00:08:22

Electrical Engineering Ch 14 Magnetic Coupling 17 of 55 Voltage Due to Mutual Coupling I1 I2
Electrical Engineering Ch 14 Magnetic Coupling 18 of 55 Voltage Due to Mutual Coupling Example 2
00:08:47

Electrical Engineering Ch 14 Magnetic Coupling 18 of 55 Voltage Due to Mutual Coupling Example 2
Electrical Engineering Ch 14 Magnetic Coupling 19 of 55 Voltage Due to Mutual Coupling Example 2
00:08:17

Electrical Engineering Ch 14 Magnetic Coupling 19 of 55 Voltage Due to Mutual Coupling Example 2
Electrical Engineering Ch 14 Magnetic Coupling 20 of 55 Energy with Mutual Coupling
00:05:58

Electrical Engineering Ch 14 Magnetic Coupling 20 of 55 Energy with Mutual Coupling
Electrical Engineering Ch 14 Magnetic Coupling 21 of 55 Instantaneous Energy with Mutual Coupling
00:02:07

Electrical Engineering Ch 14 Magnetic Coupling 21 of 55 Instantaneous Energy with Mutual Coupling
Electrical Engineering Ch 14 Magnetic Coupling 22 of 55 Series Aiding vs Series Opposing Connect
00:04:55

Electrical Engineering Ch 14 Magnetic Coupling 22 of 55 Series Aiding vs Series Opposing Connect
Electrical Engineering Ch 14 Magnetic Coupling 23 of 55 What is Upper Limit of Mutual Inductance
00:04:21

Electrical Engineering Ch 14 Magnetic Coupling 23 of 55 What is Upper Limit of Mutual Inductance
Electrical Engineering Ch 14 Magnetic Coupling 24 of 55 What is the Coupling Coefficient
00:04:45

Electrical Engineering Ch 14 Magnetic Coupling 24 of 55 What is the Coupling Coefficient
Electrical Engineering Ch 14 Magnetic Coupling 25 of 55 The Coupling Coefficient A Simple Ex
00:02:12

Electrical Engineering Ch 14 Magnetic Coupling 25 of 55 The Coupling Coefficient A Simple Ex
Electrical Engineering Ch 14 Magnetic Coupling 26 of 55 Finding the Currents I1 I2 Method 1
00:13:51

Electrical Engineering Ch 14 Magnetic Coupling 26 of 55 Finding the Currents I1 I2 Method 1
Electrical Engineering Ch 14 Magnetic Coupling 27 of 55 Finding the Currents I1 I2 Method 2
00:08:48

Electrical Engineering Ch 14 Magnetic Coupling 27 of 55 Finding the Currents I1 I2 Method 2
Electrical Engineering Ch 14 Magnetic Coupling 28 of 55 Finding the Energy E t 1s Method 1
00:08:05

Electrical Engineering Ch 14 Magnetic Coupling 28 of 55 Finding the Energy E t 1s Method 1
Electrical Engineering Ch 14 Magnetic Coupling 29 of 55 Finding the Currents I1 I2 Part 1
00:06:27

Electrical Engineering Ch 14 Magnetic Coupling 29 of 55 Finding the Currents I1 I2 Part 1
Electrical Engineering Ch 14 Magnetic Coupling 30 of 55 Finding the Currents I1 I2 Part 2
00:06:50

Electrical Engineering Ch 14 Magnetic Coupling 30 of 55 Finding the Currents I1 I2 Part 2
Electrical Engineering Ch 14 Magnetic Coupling 31 of 55 Finding the Energy E t 1 5s Part 3
00:07:46

Electrical Engineering Ch 14 Magnetic Coupling 31 of 55 Finding the Energy E t 1 5s Part 3


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Magnetic Flux course, in this course we will learn about Magnetic Flux, its principles, calculations, and practical applications in magnetic fields.