Fundamentals of Electrical Transformers
Master the conversion energy to be an expert of Transformers while exploring the basics of motors and generators.
Updated on Mar, 2024
Language - English
Teaching & Academics,Engineering,Electrical Transformers
Lectures -53
Resources -88
Duration -8.5 hours
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Course Description
In this course, students learn how to convert energy from one form to another as it is highly important in Electrical Engineering. Students also learn about the basic working principles of Motors, Generators, and Transformers, which are the fundamental electric devices in the transmission of Electrical Energy.
The syllabus can be found below for the first unit, as the course is updated, also the syllabus will be updated.
Unit 1: Introduction to Electric Machinery
- Electric Machines, Transformers, and Usage in Daily Life
- Rotational Motion (Basic of Electric Machines)
- Magnetic Field
- Magnetic Circuit
- Magnetic Behaviors of Ferromagnetic Materials
- Energy Losses in Ferromagnetic Materials
- Faraday's Law
Unit 2: Transformers
As it is estimated; the course will be about 20+ hours.
Students can ask their questions any time they need help. Other than that, Afterclap Academy offers a free one-to-one lecture for a limited time. The purpose of these one-to-one lectures is to motivate students for the course and help them on their way to success.
Upon purchasing this course, you agreed to be a part of Afterclap Academy.
If you are new in your electrical engineering journey, we suggest you check out our previous courses before enrolling in this one.
Sincerely,
Afterclap Academy
Afterclap Academy aims to provide students with affordable education all around the globe. We believe in sincerity, so reach us any time you need even if you're not enrolled in one of our courses.
Who this course is for:
- Those who contemplate a career in electrical engineering should not miss this course.
- Those who want to find out more about electric machines and the way that they operate.
- Those who would like to know more about magnetic circuits.
Goals
What will you learn in this course:
Can apply the basic principles of energy conversion.
At the end of the course, students will be able to analyze magnetic circuits.
Power and Energy Calculations in Magnetic Circuits will be a piece of cake for the student.
Students can evaluate the results that he/she obtained from the analysis of Magnetic Circuits.
Students can apply the basic principles of energy conversion including the relation with Transformers.
The student learns the principle of Transformers.
Students will be able to make interpretations according to the results of the transformer analysis.
By the end of the course, students will have sufficient information regarding rotating machines.
The student understands the concept of motor, generator, and transformer.
Prerequisites
What are the prerequisites for this course?
Basic Physics
Basic Math
Basic Circuit Knowledge
Curriculum
Check out the detailed breakdown of what’s inside the course
Introduction to Electric Machinery
21 Lectures
-
1.1 Electric Machines, Transformers and Daily Life Use.
07:58
07:58
-
1.2 Rotational Motion, Newton's Law and Power Relationships
28:55
28:55
-
1.3 Magnetic Field
21:12
21:12
-
1.4 Magnetic Circuits
20:51
20:51
-
Example 1 : Magnetic Circuits
11:07
11:07
-
Example 2 : Magnetic Circuits
09:22
09:22
-
Example 3 : Magnetic Circuits
10:04
10:04
-
1.5 Magnetic Behaviors of Ferromagnetic Materials
08:24
08:24
-
Example 5 : Magnetic Behaviors of Ferromagnetic Materials
06:17
06:17
-
Example 6 : Magnetic Behaviors of Ferromagnetic Materials
05:24
05:24
-
1.6 Energy Losses in Ferromagnetic Materials
09:12
09:12
-
1.7 Faraday's Law
08:18
08:18
-
Example 7 : Faraday's Law
03:11
03:11
-
1.8 Production of Induced Force on a Wire
04:21
04:21
-
Example 7 : Production of Induced Force on a Wire
02:20
02:20
-
1.9 Induced Voltage on a Conductor
03:54
03:54
-
1.10 The Linear DC Machine
14:39
14:39
-
1.10.1 The Linear DC Machine as a Generator
09:45
09:45
-
1.10.2 The DC Linear Machine as a Generator
11:15
11:15
-
1.10.3 Starting Problems with Linear DC Machine
03:11
03:11
-
Example 9 : The Linear DC Machine
10:27
10:27
Transformers
20 Lectures
3- Synchronous Generators
6 Lectures
Extra Miscellaneous Examples / Problems
6 Lectures
Instructor Details
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