It is essential that students of electrical and electronic engineering receive a grounding in a broad range of topics before going on to specialize in their final year. One such topic is electrical power and power electronics. This book meets the need for a text based on worked examples and exam type questions, showing how theory is applied in this sometimes complex area. Each chapter begins with a brief outline of the theory on which the problems are based, followed by worked and unworked problems with answers to enable the student to develop examination techniques. It is for students of electrical and electronic engineering at high technician and degree level and should also be a handy source of questions for tutorials for lecturers. The book is part of the "Solving Problems" series. Some titles deal with elementary work while others cover advanced topics. Each chapter contains a summary of essential theory, worked examples that demonstrate the application of theory in solving examination type questions and further examples (with answers) for practice.

1. The Transformer 2. Electromechanical Energy-Conversion Principles 3. D. C. Machines 4. Three-Phase Induction Machines 5. Three-Phase Synchronous Machines 6. Electrical-Power Distribution Systems 7. Faults, Protection and Surges 8. Thyristors and Line-Commutated Converters

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