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The fifth edition of this renowned text is a particularly readable and accessible introduction to the fundamentals of the electrical properties of materials. As in past editions, this book provides an informative, up-to-date reference while retaining its original goal--to present a comprehensive introduction to the field. The book includes discussions emphasizing present and future applications in engineering, clear explanations of concepts that students find difficult, and an introduction to quantum mechanics. For this edition, the text has been updated and revised to reflect developments that have taken place over the past five years. Particular attention has been paid to developments in semiconductor technologies and to practical aspects of continuing miniaturization. In addition, new high temperature superconducting materials, developments in optical fibres and amplifiers, and magnetic materials are covered. Culled from the authors' popular and engaging lectures on the subject, this book deliberately keeps the mathematical treatment simple and well within the grasp of second-year engineering students. It remains a highly readable yet rigorous introduction to the subject for students in electrical and electronic engineering.
This text investigates the fundamental electrical properties of materials to provide a comprehensive foundation for engineering students. Authors D. Walsh and L. Solymar utilize their experience in academic instruction to synthesize complex physical concepts into an accessible format. By balancing theoretical principles with practical engineering applications, the authors establish a framework that bridges the gap between basic physics and modern technological implementation.
What You Will Find
Experts and educators frequently cite this work as a foundational resource for undergraduate electrical engineering curricula due to its clear, pedagogical approach. Readers often note that the text successfully maintains mathematical rigor while remaining accessible to students encountering these concepts for the first time.
Page Count:
496
Publication Date:
1993-08-26
Publisher:
Oxford University Press
ISBN-10:
0198562802
ISBN-13:
9780198562801
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