This book doubles as a cheap textbook on the subject it covers - electric machines and electromechanics. If I remember correctly, this was not one of the more difficult upper undergraduate Electrical Engineering courses, but that was because I had a very good instructor. The textbook itself was somewhat useless...and expensive. This text has plenty of well done narrative explaining all of the concepts. With this particular subject, good figures are important too, and they are plentiful in this Schaum's outline. Equations are all explained and presented well, with lots of example problems as well as solved exercises. I particularly liked the last chapter in the book on the electronic control of electric machines. It does a good job of merging what is really two subject matters and explains concepts well. It shows Electrical Engineering students that all of these courses don't exist in a vacuum. You are going to need to learn how to merge electromechanics, electronics, and digital systems into unified designs, and this book gets you started down that road. One reviewer said that he/she thought the outline was dated. I haven't found that to be true at all, at least for the situations where I've required some brushing up. The student should already have an understanding of electric and electronic circuits, basic electromagnetics, and calculus. Highly recommended.

This book doubles as a cheap textbook on the subject it covers - electric machines and electromechanics. If I remember correctly, this was not one of the more difficult upper undergraduate Electrical Engineering courses, but that was because I had a very good instructor. The textbook itself was somewhat useless...and expensive. This text has plenty of well done narrative explaining all of the concepts. With this particular subject, good figures are important too, and they are plentiful in this Schaum's outline. Equations are all explained and presented well, with lots of example problems as well as solved exercises. I particularly liked the last chapter in the book on the electronic control of electric machines. It does a good job of merging what is really two subject matters and explains concepts well. It shows Electrical Engineering students that all of these courses don't exist in a vacuum. You are going to need to learn how to merge electromechanics, electronics, and digital systems into unified designs, and this book gets you started down that road. One reviewer said that he/she thought the outline was dated. I haven't found that to be true at all, at least for the situations where I've required some brushing up. The student should already have an understanding of electric and electronic circuits, basic electromagnetics, and calculus. Highly recommended.