Technical Book: High-Density Implementation Design of Small Antennas for Mobile Devices
CS8 *Free trial available.
~Essential for the development of smartphones, e-book readers, etc.~
◆Authors: Hiroyuki Arai (Professor, Graduate School of Engineering, Yokohama National University) Hiroshi Haruki (Advisor, Technical Headquarters, Staff Corporation (Formerly Panasonic)) Toru Fukazawa (Full-time, Antenna Technology Department, Mitsubishi Electric Corporation, Information Technology R&D Center) ◆Publication Date: December 27, 2011 ◆Format: B5 size, 88 pages ◆Price: 29,400 yen (tax included) △△Free sample available△△
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basic information
Chapter 1: Basics of Small Antennas (Hiroyuki Arai) 1. Radiation from Antenna Elements 2. Characteristics of Antennas 3. Operating Principles of Basic Antenna Elements Chapter 2: Theory of Small Antennas (Hiroyuki Arai) 1. Theoretical Limitations of Antenna Miniaturization 2. Antenna Size and Clearance 3. Classification of Small Antennas 4. Methods for Miniaturizing Antennas Chapter 3: Practical Small Antennas for High-Density Implementation (Hiroyuki Arai) 1. Capacitive Loaded Monopole Antenna 2. Helical Antennas and Meanderline Antennas 3. Planar Inverted-F Antenna 4. Dielectric Loaded Antennas Chapter 4: Practical Design and Implementation Methods for Portable Small Antennas (Hiroshi Haruki) 1. External Antennas 2. Integration of Antennas and Their Basic Elements 3. Practical High-Density Multi-Band Antennas 4. Mounting Methods on Substrates and Antenna Characteristics 5. Methods for Dealing with High-Frequency Currents Flowing on Substrates 6. Implementation Methods for Multi-Antennas
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29,800 yen (including tax)
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Applications/Examples of results
Chapter 5: Measurement Methods for High-Density Integrated Antennas (Toru Fukazawa) 1. Measurement Method for Input Impedance 2. Measurement Method for Isolation 3. Measurement Method for Radiation Patterns 4. Measurement Range 5. Measurement Method for Each Gain 6. Measurement Method for Radiation Efficiency 7. MEG 8. Antenna Correlation Coefficient 9. OTA Measurement 9.1. Definition of TRP 9.2. Definition of TIS 9.3. Measurement of Path Loss (PL) 9.4. Measurement of TRP 9.5. Measurement of TIS 10. Measurements Considering the Effects of the Human Body 10.1. Measurements Using Real Human Bodies 10.2. Measurements Using Phantoms 11. Effects of High-Frequency Cables and Their Mitigation Methods 11.1. Cases Affected by Cables 11.2. Application of S-Parameter Method 11.3. Use of Ferrites 11.4. Use of Sleeves 11.5. Use of Optical Fibers
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