The idea was to have the essentials of AC/DC circuit analysis, linear circuits, electronic circuits, digital logic circuit design, electromechanical machines, and control theory in one handy outline. The problem is, any one of these subjects is way too complex and deep as it is presented in most universities for the book to be helpful for undergraduate electrical engineering students. Also, on the whole, this material is far from basic. The material on electromechanical machines and control theory is usually taught in junior or senior undergraduate courses.Thus, this book would be most helpful to a professional or someone returning to graduate school for a master's degree in electrical engineering who needs some review on material that they have previously mastered but possibly forgotten. Unfortunately, as the other reviewer pointed out, this book is chock full of errors, thus rendering the book pretty much useless in the problem solving department. If a revised second edition of this book ever comes out with corrections to all of the current errors, I would recommend it to the target audience I have already mentioned, but definitely not to undergraduate engineers who are seeing this material for the first time.

The idea was to have the essentials of AC/DC circuit analysis, linear circuits, electronic circuits, digital logic circuit design, electromechanical machines, and control theory in one handy outline. The problem is, any one of these subjects is way too complex and deep as it is presented in most universities for the book to be helpful for undergraduate electrical engineering students. Also, on the whole, this material is far from basic. The material on electromechanical machines and control theory is usually taught in junior or senior undergraduate courses.Thus, this book would be most helpful to a professional or someone returning to graduate school for a master's degree in electrical engineering who needs some review on material that they have previously mastered but possibly forgotten. Unfortunately, as the other reviewer pointed out, this book is chock full of errors, thus rendering the book pretty much useless in the problem solving department. If a revised second edition of this book ever comes out with corrections to all of the current errors, I would recommend it to the target audience I have already mentioned, but definitely not to undergraduate engineers who are seeing this material for the first time.

The idea was to have the essentials of AC/DC circuit analysis, linear circuits, electronic circuits, digital logic circuit design, electromechanical machines, and control theory in one handy outline. The problem is, any one of these subjects is way too complex and deep as it is presented in most universities for the book to be helpful for undergraduate electrical engineering students. Also, on the whole, this material is far from basic. The material on electromechanical machines and control theory is usually taught in junior or senior undergraduate courses.Thus, this book would be most helpful to a professional or someone returning to graduate school for a master's degree in electrical engineering who needs some review on material that they have previously mastered but possibly forgotten. Unfortunately, as the other reviewer pointed out, this book is chock full of errors, thus rendering the book pretty much useless in the problem solving department. If a revised second edition of this book ever comes out with corrections to all of the current errors, I would recommend it to the target audience I have already mentioned, but definitely not to undergraduate engineers who are seeing this material for the first time.

I'm presently using this as a textbook in an into-level EE class. The book is a great concept - give a book of problems and enough information on the theory to solve them, including some step-by-step examples. And, sometimes, it works well. What kills it are the repeated glaring errors in the answers it gives for the questions - so far, I'd venture to say that, after the first couple chapters, more then 10% of the answers are wrong, be it from swapping a sign someplace or an outright mistake in understanding on the part of the person who solved the problem. This makes the book uterly and totally unacceptable - it has as much potential to damage someone's knowledge of electronics as to teach the person.