Power Devices & Systems Textbooks: Electric Machines

OTZTDMsK0tgfL-7XlCw&sa=X&oi=book_result&ct=result&resnum=1&ved=0CC8Q6AEwAAIn summary, the conversation is about a student looking for a good textbook for their Power Devices and Systems course, which covers various types of circuits and machines including power circuits, transformers, and motors. The course objectives include analyzing, modeling, and predicting the performance of these devices and systems. The student is specifically looking for a book recommendation and the suggested book is "Electric Machines" by Charles Hubert.
  • #1
vg19
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Hi,

I am taking a Power Devices and Systems course and I am looking for a good textbook. The type of circuits/machines we are covering are:
Power circuits; transformers; magnetic circuits; three phase connections; single
phase motors; polyphase machines; synchronous generators and motors; induction
motors; dc motors; design of industrial systems.


And the course objectives are:
To analyse, model, and predict the performance of power devices and systems including
singlephase and balanced three-phase systems, transformers, and ac generators and
motors. To measure the parameters for these models using standard tests.


Any good book reccomendations?

Thanks in advance!
 
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  • #3


As a scientist in the field of power devices and systems, I would recommend the textbook "Electric Machines" by Charles A. Gross and Thaddeus A. Roppel. This textbook covers all the topics mentioned in your course objectives and provides a comprehensive understanding of power circuits, transformers, magnetic circuits, and various types of motors and generators. It also includes practical examples and exercises to help you apply the concepts learned in the course. Another great textbook is "Electric Machinery Fundamentals" by Stephen J. Chapman, which covers similar topics in a clear and concise manner. Both of these textbooks are widely used in universities and have received positive reviews from students and professors. I hope this helps in your search for a good textbook. Good luck with your course!
 

FAQ: Power Devices & Systems Textbooks: Electric Machines

What is the purpose of studying "Power Devices & Systems Textbooks: Electric Machines"?

The purpose of studying "Power Devices & Systems Textbooks: Electric Machines" is to gain a thorough understanding of the principles and operation of electric machines, which are fundamental components in power systems. This knowledge is essential for designing, analyzing, and troubleshooting power systems and devices.

What are the main topics covered in "Power Devices & Systems Textbooks: Electric Machines"?

The main topics covered in "Power Devices & Systems Textbooks: Electric Machines" include the basic principles of electromechanical energy conversion, the operation and characteristics of different types of electric machines (such as motors and generators), and the application of electric machines in power systems.

Are there any prerequisites for studying "Power Devices & Systems Textbooks: Electric Machines"?

Yes, a basic understanding of electrical circuits, electromagnetism, and mathematics (such as calculus and linear algebra) is necessary for studying "Power Devices & Systems Textbooks: Electric Machines". These concepts are typically covered in introductory electrical engineering courses.

What are the advantages of using "Power Devices & Systems Textbooks: Electric Machines" for learning?

"Power Devices & Systems Textbooks: Electric Machines" provides a comprehensive and organized approach to learning about electric machines, with clear explanations, examples, and practice problems. It also covers recent advancements and practical applications of electric machines, making it a valuable resource for both students and professionals.

Are there any real-world applications of the concepts learned in "Power Devices & Systems Textbooks: Electric Machines"?

Yes, the concepts learned in "Power Devices & Systems Textbooks: Electric Machines" have many real-world applications, such as designing and optimizing electric motors for various industrial and commercial purposes, improving the efficiency of power systems, and developing renewable energy technologies. It also provides a foundation for further studies in electrical engineering and related fields.

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