Planar Slow-Wave Structures: Applications in Traveling-Wave Tubes (eBook, ePUB)
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This book explores the development and application of planar slow-wave structures (SWSs), focusing on their critical role in enhancing the efficiency and cost-effectiveness of millimeter-wave (30-300 GHz) vacuum electron devices (VEDs) such as travelling-wave tubes (TWTs). Millimeter-wave frequencies are increasingly utilized across various domains, including communications, electronic warfare, and medical imaging, necessitating the efficient generation of high power at these frequencies.This book comprehensively covers planar SWSs, including their methods of analysis, simulation, and fabricat...
This book explores the development and application of planar slow-wave structures (SWSs), focusing on their critical role in enhancing the efficiency and cost-effectiveness of millimeter-wave (30-300 GHz) vacuum electron devices (VEDs) such as travelling-wave tubes (TWTs). Millimeter-wave frequencies are increasingly utilized across various domains, including communications, electronic warfare, and medical imaging, necessitating the efficient generation of high power at these frequencies.
This book comprehensively covers planar SWSs, including their methods of analysis, simulation, and fabrication. Many examples of materials and configurations compatible with printed-circuit fabrication or microfabrication are incorporated. The recognition and demonstration of the potential of planar SWSs for application in TWTs is presented through detailed examples and case studies. The planar SWSs have a high potential to significantly reduce manufacturing costs and enhance the performance of TWTs, facilitating their adoption in emerging systems such as 5G/6G communication systems, low-earth orbit satellite constellations, automotive radars, and security scanners.
This book comprehensively covers planar SWSs, including their methods of analysis, simulation, and fabrication. Many examples of materials and configurations compatible with printed-circuit fabrication or microfabrication are incorporated. The recognition and demonstration of the potential of planar SWSs for application in TWTs is presented through detailed examples and case studies. The planar SWSs have a high potential to significantly reduce manufacturing costs and enhance the performance of TWTs, facilitating their adoption in emerging systems such as 5G/6G communication systems, low-earth orbit satellite constellations, automotive radars, and security scanners.
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