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基本説明
2009年春 電子情報通信学会総合大会好評書。
Full Description
Complete and comprehensive application-focused reference on millimetre wave antennas Millimetre Wave Antennas for Gigabit Wireless Communications covers a vast wealth of material with a strong focus on the current design and analysis principles of millimetre wave antennas for wireless devices. It provides practising engineers with the design rules and considerations required in designing antennas for the terminal. The authors include coverage of new configurations with advanced angular and frequency filtering characteristics, new design and analysis techniques, and methods for filter miniaturization. The book reviews up-to-date research results and utilizes numerous design examples to emphasize computer analysis and synthesis whilst also discussing the applications of commercially available software.
Key Features:
Advanced and up-to-date treatment of one of the fastest growing fields of wireless communications
Covers topics such as Gigabit wireless communications and its required antennas, passive and active antenna design and analysis techniques, multibeam antennas and MIMO, IEEE 802.15.3c, WiMedia®, and advanced materials and technologies
Offers a practical guide to integrated antennas for specific configurations requirements
Addresses a number of complex, real-world problems that system and antenna engineers are going to face in millimetre-wave communications industry and provides solutions
Contains detailed design examples, drawings and predicted performance
This book is an invaluable tool for antenna professionals (engineers, designers, and developers), microwave professionals, wireless communication system professionals, and industries with microwave and millimetre wave research projects. Advanced students and researchers working in the field of millimetre wave engineering will also find this book very useful.
Contents
Preface List of Abbreviations
1 Gigabit Wireless Communications
1.1 Gigabit Wireless Communications
1.2 Regulatory Issues
1.3 Millimetre Wave Characterisations
1.4 Channel Performance
1.5 System Design and Performance
1.6 Antenna Requirements
1.7 Link Budget
1.8 Summary
References
2 Critical Antenna Parameters
2.1 Path Loss and Antenna Directivity
2.2 Antenna Beamwidth
2.3 Maximum Possible Gain-to-Q
2.4 Antenna Polarisation
References
3 Planar Antennas
3.1 Printed Antennas
3.2 Slot Antennas
3.3 Quasi-Yagi Antennas
3.4 Bow-Tie Antennas
3.5 Reflector Antennas
3.6 Millimetre Wave Design Consideration
3.7 Production and Manufacture
References
4 Horn Antennas
4.1 Waveguide Modes
4.2 Multimode Horn Antenna
4.3 Integrated Horn
4.4 Cylinder Horn and Circular Polarisation
4.5 Tilt Horn
4.6 Dielectric Sectoral Horn
References
5 Dielectric Antennas
5.1 Dielectric Resonator Antennas
5.2 Dielectric Rod Antenna
5.3 Maximum Gain Rod Antenna
5.4 Dual Rod
5.5 Patch-Fed Circular Rod
5.6 Rod Array and Phase Compensation
5.7 Optimisation of a Rod Antenna
References
6 Lens Antennas
6.1 Luneberg Lens
6.2 Hemispherical Lens
6.3 Extended Hemispherical Lens
6.4 Off-Axis Extended Hemispherical Lens
6.5 Planar Lens Array
6.6 Metal Plate Lens Antennas
References
7 Multiple Antennas
7.1 The 60 GHz Multibeam Antenna
7.2 Antenna Array
7.3 Millimetre Wave Arrays
7.4 Mutual Coupling between Antennas
References
8 Smart Antennas
8.1 Beam-Switching Antennas
8.2 Beam-Steering/Forming Antennas
8.3 Millimetre Wave MIMO
8.4 Mode-Tracking Antennas
References
9 Advanced Antenna Materials
9.1 Low-Temperature Co-fired Ceramics
9.2 Liquid Crystal Polymer
9.3 CMOS
9.4 Left-Handed Material
9.5 High-Temperature Superconducting Antenna
9.6 Nano Antennas
References
10 High-Speed Wireless Applications
10.1 V-Band Antenna Applications
10.2 E-Band Antenna Applications
10.3 Distributed Antenna System
10.4 Wireless Mesh Networks
References
Index
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