Principles of Superconductive Devices and Circuits, Second Edition, lays the analytical foundation for understanding a wide range of modern applications of both low- and high-temperature superconductors. It represents an extensive update to the first edition, which has been used worldwide and translated into Japanese, Russian, and Chinese. The field of applied superconductivity has been transformed since the first edition by new materials and fabrication techniques, and by innovative device and circuit concepts. In this new edition, two leading experts provide an up-to-date guide to the theory and practice of applied superconductivity.

The field of applied superconductivity has been transformed by new materials, new fabrication methods, innovative device and circuit concepts, and the discovery of high-temperature superconductors. In this book, two of the field's leading experts present an authoritative, up-to-date guide to the theory and current practice of superconductivity.KEY TOPICS: The book begins by introducing normal metal behavior at low temperatures, and the phase transition to superconductivity. It presents the classic Meissner experiment, and reviews several key theories essential to practical analysis. In each case, the book helps readers develop an intuitive understanding, while minimizing the quantum mechanics and thermodynamics required. Coverage includes an up-to-date analysis of microwave and millimeter-wave applications; a richly-developed treatment of Josephson junctions and devices; advanced high-temperature oxide superconductor applications; Ginzburg-Landau equations; Type II superconductivity theories and technologies; and more. MARKET: All electrical engineering and applied physics professionals working in R&D in industrial, university or government settings; as well as advanced students of applied superconductivity.