Del i serien The Cambridge RF and Microwave Engineering Series

Microwave and RF Vacuum Electronic Power Sources

Inbunden, Engelska, 2018

2 859 kr

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Do you design and build vacuum electron devices, or work with the systems that use them? Quickly develop a solid understanding of how these devices work with this authoritative guide, written by an author with over fifty years of experience in the field. Rigorous in its approach, it focuses on the theory and design of commercially significant types of gridded, linear-beam, crossed-field and fast-wave tubes. Essential components such as waveguides, resonators, slow-wave structures, electron guns, beams, magnets and collectors are also covered, as well as the integration and reliable operation of devices in microwave and RF systems. Complex mathematical analysis is kept to a minimum, and Mathcad worksheets supporting the book online aid understanding of key concepts and connect the theory with practice. Including coverage of primary sources and current research trends, this is essential reading for researchers, practitioners and graduate students working on vacuum electron devices.

Produktinformation

Utgivningsdatum2018-04-12
Mått180 x 253 x 40 mm
Vikt1 800 g
FormatInbunden
SpråkEngelska
SerieThe Cambridge RF and Microwave Engineering Series
Antal sidor838
FörlagCambridge University Press
ISBN9780521198622

Tillhör följande kategorier

Elektronik och kommunikationer inom Naturvetenskap och teknik

1. Overview; 2. Waveguides; 3. Resonators; 4. Slow-wave structures; 5. Thermionic diodes; 6. Triodes and tetrodes; 7. Linear electron beams; 8. Electron flow in crossed fields; 9. Electron guns; 10. Electron collectors and cooling; 11. Beam-wave interaction; 12. Gridded tubes; 13. Klystrons; 14. Travelling-wave tubes; 15. Magnetrons; 16. Crossed-field amplifiers; 17. Fast-wave devices; 18. Emission and breakdown phenomena; 19. Magnets; 20. System integration; Appendix.

'Vacuum electronic devices are marvels of technology that achieve amazing performance advantages by a sophisticated combination of a vast diversity of physics, materials, components, and engineering principles. This book finds a worthy value-add role in the pantheon of great vacuum electronics (VE) literature by masterfully marrying a comprehensive treatment with carefully crafted choices of appropriate - but not excessive - depth. Thus it informs, provides rigor, but is extremely accessible to many levels. The background treatment of electromagnetics is especially noteworthy - with its mapping of structure properties to equivalent circuit models - since the start for understanding VE is the science and design principles of electromagnetic fields in waveguides and resonators. The coverage of VE devices and critical materials is current and state-of-the-art, which is important since research discovery advances keep pushing the limits of the performance capabilities of modern VE. I wholeheartedly recommend this book.' John H. Booske, University of Wisconsin, Madison