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Keywords: antenna
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3G, HSPA and FDD versus TDD Networking: Smart Antennas and Adaptive Modulation, 2nd Edition
Lajos Hanzo (University of Southampton,2008
CONTENTS: About the Authors.@pOther Wiley and IEEE Press Books on Related Topics.@pPreface.@pAcknowledgments.@p1 Third-Generation CDMA Systems.@p1.1 Introduction.@p1.2 Basic CDMA System.@p1.3 Third-Generation Systems.@p1.4 Summary and Conclusions.@p2 High Speed Dow
Wiley-IEEE PressISBN-10: 0470754206
ISBN-13: 9780470754207
  PGS: N/AList: 200.00     YOUR PRICE: 190.00

Active Antennas and Quasi-Optical Arrays
Amir Mortazwi (Univ. of Central Florida,1998
Introduction. Historical and Review Papers. Transmitting and Receiving Active Antennas. Spatial Power Combining Oscillators. Spatial Power Combining Amplifiers. Beam Control. Active Integrated Antennas and Quasi Optical Systems. Analysis and CAD. Emerging Technologies-Two Dimensional Quasi Optics. Author Index. Subject Index. About the Editors.
Wiley-IEEE PressHISBN-10: 0780334868
ISBN-13: 9780780334861
  PGS: 350List: 185.00     YOUR PRICE: 175.75

Adaptive Antennas and Receivers
Weiner, Melvin2005
CRC - TAYLOR & FRANCISHISBN-10: 084933764X
ISBN-13: 9780849337642
  PGS: N/AList: 359.95     YOUR PRICE: 341.95

Adaptive Antennas for Wireless Communications
Editor: George V. Tsoulos (PA Consultin2001
Preface. Introduction and Channel Models. Adaptive Algorithms. Performance Issues. Implementation Issues. Experiments. Applications and Planning Issues. Author Index. Subject Index.
Wiley-IEEE PressSISBN-10: 0780360168
ISBN-13: 9780780360167
  PGS: 776List: 190.00     YOUR PRICE: 180.50

Advanced Millimeter-wave Technologies: Antennas, Packaging and Circuits
Editor: Duixian Liu (IBM); Co-Editor:2009
CONTENTS: Chapter 1: Intruduction (Gaucher).@pChapter 2: mmWave Packaging (Pfeiffer).@pChapter 3: Dielectric Properties at mmWave and THz Bands (Dougherty, Lanagan, Rajab).@pChapter 4: mmWave Interconnects (Grzyb).@pChapter 5: Printed millimeter antennas – Mu
WileyISBN-10: 047099617X
ISBN-13: 9780470996171
  PGS: N/AList: 170.00     YOUR PRICE: 161.50

Advances in Microstrip and Printed Antennas
Editor: Kai Fong Lee; Editor: Wei Chen1997
Probe-Fed Microstrip Antennas (K. Lee, et al.). Aperture-Coupled Multilayer Microstrip Antennas (K. Luk, et al.). Microstrip Arrays: Analysis, Design, and Applications (J. Huang & D. Pozar). Dual and Circularly Polarized Microstrip Antennas (P. Hall & J. Dahele). Computer-Aided Design of Rectangular Microstrip Antennas (D. Jackson, et al.). Multifunction Printed Antennas (J. James & G. Andrasic). Superconducting Microstrip Antennas (J. Williams, et al.). Active Microstrip Antennas (J. Navarro & K. Chang). Tapered Slot Antenna (R. Lee & R. Simons). Efficient Modeling of Microstrip Antennas Using the Finite-Difference Time-Domain Method (S. Chebolu, et al.). Analysis of Dielectric Resonator Antennas (K. Luk, et al.). References. Index.
Wiley-InterscienceHISBN-10: 0471044210
ISBN-13: 9780471044215
  PGS: N/AList: 195.00     YOUR PRICE: 185.25

Analysis and Design of Integrated Circuit-Antenna Modules
Editor: K. C. Gupta (Univ. of Colorado1999
Review of CAD Process (K. Gupta & P. Hall). Circuit Simulator Based Methods (P. Hall, et al.). Multiport Network Method (K. Gupta & R. Parrikar). Full Wave Analysis in the Frequency Domain (R. Gillard, et al.). Full Wave Electromagnetic Analysis in the Time Domain (Y. Qian & T. Itoh). Phase-Locking Dynamics in Integrated Antenna Arrays (R. York). Analysis and Design of Oscillator Grids and Arrays (W. Shiroma, et al.). Analysis and Design Considerations for Monolithic Microwave Circuit Transmit-Receive (T-R) Modules (L. Whicker). Integrated Transmit-Receive Circuit-Antenna Modules for Radio on Fibre Systems (H. Ghafouri-Shiraz). Conclusions (P. Hall & K. Gupta).
Wiley-InterscienceHISBN-10: 0471190446
ISBN-13: 9780471190448
  PGS: N/AList: 165.00     YOUR PRICE: 156.75

Antenna and EM Modeling with Matlab
Sergey N. Makarov2002
Preface. Introduction. Receiving Antenna: The Scattering Algorithm. Algorithm for Far and Near Fields. Dipole and Monopole Antennas: The Radiation Algorithm. Loop Antennas. Antenna Arrays: Parameter Sweep. Broadband Antennas: The Frequency Sweep. Ultra-wideband Communication Antenna: Time Domain Analysis. Antenna Loading: Lumped Elements. Patch Antennas. Appendix A: Other Triangular Meshes. Appendix B: Impedance Matrix Calculation. Index.
Wiley-InterscienceHISBN-10: 0471218766
ISBN-13: 9780471218760
  PGS: N/AList: 140.00     YOUR PRICE: 133.00

Antenna Arraying Techniques in the Deep Space Network
David H. Rogstad (  ); Alexander Mi2003
Foreword. Preface. Acknowledgments. Chapter 1. Introduction. Chapter 2. Background of Arraying in the Deep Space Network. Chapter 3. Arraying Concepts. Chapter 4. Overview of Arraying Techniques. Chapter 5. Single-Receiver Performance. Chapter 6. Arraying Techniques. Chapter 7. Arraying Combinations and Comparisons. Chapter 8. Correlation Algorithms. Chapter 9. Current Arraying Capability. Chapter 10. Future Development. Appendix A. Antenna Location. Appendix B. Array Availability. Appendix C. Demodulation Process. Appendix D. Gamma Factors for DSN Antennas. Appendix E. Closed-Loop Performance. Appendix F. Subcarrier and Symbol-Loop SNR Performance. Appendix G. Derivation of Equations for Complex-Symbol Combining. General Reference List. Acronyms and Abbreviations.
Wiley-InterscienceHISBN-10: 0471467995
ISBN-13: 9780471467991
  PGS: 166List: 149.95     YOUR PRICE: 142.45

Antenna Arrays: A Computational Approach
Randy L. Haupt (University of Nevada, Re2010
Wiley-IEEE PressISBN-10: 0470407751
ISBN-13: 9780470407752
  PGS: N/AList: 125.00     YOUR PRICE: 118.75

Antenna Engineering Handbook, Fourth Edition, 4th Ed.
Volakis, John
The most widely used and recognzed book on antennas-massively updated to reflect the lastest developments in engineering and design. Led by John Volakis, renouned antenna expert, more than 50 of the leading names in the field have completely updated this classic to ensure it remains the most authorative antenna source book available anywhere. You will find all the expertise you need to solve any engineering problem that may arise in the design and application of the very latest types of antenna.
McGraw-Hill ProfessionalHISBN-10: 0071475745
ISBN-13: 9780071475747
  PGS: 1800List: 175.00     YOUR PRICE: 166.25

ANTENNA ENGINEERING USING PHYSICAL OPTICS: PRACTICAL CAD TECHNIQUES AND SOFTWARE
LEO J. DIAZ, THOMAS MILLIGAN1996
Overview: Introduction. Physical Optics and Dyadic Green Function. MATLABr Organization. FORTRAN Organization. Near and Far Field with Vector Propagators. Relation Between Gain and Radiated Field Strength. Assumed Currents on Antenna Elements. Diffraction-Excitation of Currents on Nearby Ground Planes. Parabolic Reflectors. Radar Cross Section. Propagation: Green's Function Formulation. Scalar Green's Function. Dyadic Green's Function. Near and Far Field Regions. Vector Propagator. Radiated Power. Appendix 2.1 -- Useful Mathematical Identities. Appendix 2.2 -- Notes on the Derivation of the Dyadic Green's Functions. Appendix 2.3 -- FORTRAN Subroutines. Arrays and Small Antenna Elements: Introduction. Gain Related to Field Strength. Antenna Arrays. Dipole. Active Pattern, Active Impedance, and Gain of Array. Slots. Microstrip Patch Antennas. Pattern Approximations. Coordinate Rotations. Input from Measured Patterns. Apertures: Equivalence Principle. Equivalent Currents. Aperture Antennas. Pyramidal Horn. Conical Horn. Diffraction: Edge Diffraction. Planar Impedance-Surface Ground Plane. Coated Ground Plane. Direct Currents Method. Hemisphere Diffraction Method for Finite Circular Disks. Diffraction Calculations Using Pyramid Approach. Other Antenna Diffraction Effects. Reflector Antennas: Equivalent Surface at Reflector Surface. Simple Reflector Analysis. Spillover. Blockage. Strut Scattering. Multiple Reflectors. Array Feeding of Reflector. Appendix 6.1 -- MATLAB Coordinate Rotations. Appendix 6.2 -- FORTRAN Subroutines for Arbitrary Rim Shapes. Appendix 6.3 -- FORTRAN Routines for Feeds Using Pattern Approximations. Appendix 6.4 -- FORTRAN Routines Using Measured Feed Pattern. Radar
ARTECH HOUSEHISBN-10: 0890067325
ISBN-13: 9780890067321
  PGS: 342List: 149.00     YOUR PRICE: 141.55

Antenna Theory & Design, Revised Edition
Robert S. Elliott (Emeritus, UCLA (Unive2003
A Classic Reissue in the IEEE Press Series on Electromagnetic Wave Theory —Donald G. Dudley, Series Editor

"Beautifully and clearly written and of the highest technical quality." -Dr. Robert J. Mailloux, AFRL/SNH

"A classic work in the field. There are many unique descriptions of key electromagnetic concepts discussed in this text that are not found anywhere else. The author is one of the top researchers in this field. Many of his students are also leading researchers in this field. This text has been used by many of the senior antenna engineers in industry." -Kathleen L. Virga, University of Arizona, Tucson

First published in 1981, Robert S. Elliott's Antenna Theory and Design is one of the most significant works in electromagnetic theory and applications. In its broad-ranging, analytic treatment, replete with supporting experimental evidence, Antenna Theory and Design conveys fundamental methods of analysis that can be used to predict the electromagnetic behavior of nearly everything that radiates. After more than two decades, it remains a key resource for students, professors, researchers, and engineers who require a comprehensive, in-depth treatment of the subject.

In response to requests from many of our members, IEEE is now reissuing this classic. Newly revised, it once again will be an invaluable textbook and an enduring reference for practicing engineers.

The IEEE Press Series on Electromagnetic Wave Theory offers outstanding coverage of the field. It consists of new titles of contemporary interest as well as reissues and revisions of recognized classics by established authors and researchers. The series emphasizes works of long-term archival significance in electromagnetic waves and applications. Designed specifically for graduate students, researchers, and practicing engineers, the series provides affordable volumes that explore and explain electromagnetic waves beyond the undergraduate level.

Wiley-IEEE PressHISBN-10: 0471449962
ISBN-13: 9780471449966
  PGS: N/AList: 142.50     YOUR PRICE: 135.38

Antenna Theory and Design, 2nd Edition
Warren L. Stutzman; Gary A. Thiele1997
Antenna Fundamentals and Definitions. Some Simple Radiating Systems and Antenna Practice. Arrays. Line Sources. Resonant Antennas: Wires and Patches. Broadband Antennas. Aperture Antennas. Antenna Synthesis. Antennas in Systems and Antenna Measurements. CEM for Antennas: The Method of Moments. CEM for Antennas: Finite Difference Time Domain Method. CEM for Antennas: High-Frequency Methods. Appendices. Index.
WileyHISBN-10: 0471025909
ISBN-13: 9780471025900
  PGS: N/AList: 186.95     YOUR PRICE: 177.60

Antenna Theory and Microstrip Antennas, 1st Ed.
Fang, D. G.2009
CRC - TAYLOR & FRANCISHISBN-10: 1439807272
ISBN-13: 9781439807279
  PGS: 312List: 99.95     YOUR PRICE: 94.95

Antenna Theory: Analysis and Design, 3rd Edition
Constantine A. Balanis (Arizona State Un2005
Preface. 1. Antennas. 2. Fundamental Parameters of Antennas. 3. Radiation Integrals and Auxiliary Potential Functions. 4. Linear Wire Antennas. 5. Loop Antennas. 6. Arrays: Linear, Planar, and Circular. 7. Antenna Synthesis and Continuous Sources. 8. Integral Equations, Moment Method, and Self and Mutual Impedances. 9. Broadband Dipoles and Matching Techniques. 10. Traveling Wave and Broadband Antennas. 11. Frequency Independent Antennas, Antenna Miniaturization and Fractal Antennas.  12. Aperture Antennas. 13. Horn Antennas. 14. Microstrip Antennas. 15. Reflector Antennas. 16. Smart Antennas. 17. Antenna Measurements. Appendices. Index.
Wiley-InterscienceHISBN-10: 047166782X
ISBN-13: 9780471667827
  PGS: 1117List: 157.00     YOUR PRICE: 149.15

Antenna Toolkit
Carr2001
Joe Carr has provided radio amateurs and short-wave listeners with the definitive design guide for sending and receiving radio signals with Antenna Toolkit 2nd edition.

Together with the powerful suite of CD software, the reader will have a complete solution for constructing or using an antenna - bar the actual hardware! The software provides a simple Windows-based aid to carrying out the design calculations at the heart of successful antenna design. All the user needs to do is select the antenna type and set the frequency - a much more fun and less error prone method than using a conventional calculator to solve formulae.

The new edition has been revised to include further cases of propagation, additional antennas and also two new chapters - Small Loop Antennas (a topic of considerable interest, which has been the subject of much recent debate in the amateur radio press); and Yagi Beam Antennas (widely used at HF and VHF). The CD software has also been updated.

Joe Carr's expertise in the area of antenna design is legendary. Antenna designers, whether hobbyist or technician, can be assured they need look no further than Antenna Toolkit for the complete guide to understanding the practicalities of using and designing antennas today.

A complete solution for antenna design in one package.

Includes free CD-ROM with state of the art software for all design calculations.

The definitive guide to antenna design for radio amateurs and short-wave listeners.
Newnes - ELSEVIERISBN-10: 075064947X
ISBN-13: 9780750649476
  PGS: 288List: 70.95     YOUR PRICE: 67.40

Antenna Zoning, Broadcast, Cellular & Mobile Radio, Wireless Internet- Laws, Permits & Leases
Hopengarten2009
Focal Press - ELSEVIERISBN-10: 0240811123
ISBN-13: 9780240811123
  PGS: 448List: 129.95     YOUR PRICE: 123.45

ANTENNAS AND PROPAGATION FOR BODY-CENTRIC WIRELESS COMMUNICATIONS
PETER HALL2006
ARTECH HOUSEHISBN-10: 1580534937
ISBN-13: 9781580534932
  PGS: 314List: 139.00     YOUR PRICE: 139.00

Antennas and Propagation for Wireless Communication Systems: 2nd Edition
Simon R. Saunders (University of Surrey2007
Preface to the First Edition.@pPreface to the Second Edition.@p1. Introduction: The Wireless Communication Channel.@p1.1 INTRODUCTION.@p1.2 CONCEPT OF A WIRELESS CHANNEL.@p1.3 THE ELECTROMAGNETIC SPECTRUM.@p1.4 HISTORY.@p1.5 SYSTEM TYPES.@p1.6 AIMS OF CELLULAR SYSTEMS.@p1.7 CELLULAR NETWORKS.@p1.8 THE CELLULAR CONCEPT.@p1.9 TRAFFIC.@p1.10 MULTIPLE ACCESS SCHEMES AND DUPLEXING.@p1.11 AVAILABLE DATA RATES.@p1.12 STRUCTURE OF THIS BOOK.@p1.13 CONCLUSION.@pREFERENCES.@pPROBLEMS 23@p2. Properties of Electromagnetic Waves.@p2.1 INTRODUCTION.@p2.2 MAXWELL’S EQUATIONS.@p2.3 PLANE WAVE PROPERTIES.@p2.4 POLARISATION.@p2.5 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p3. Propagation Mechanisms.@p3.1 INTRODUCTION.@p3.2 REFLECTION, REFRACTION AND TRANSMISSION.@p3.3 ROUGH SURFACE SCATTERING.@p3.4 GEOMETRICAL OPTICS.@p3.5 DIFFRACTION.@p3.6 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p4. Antenna Fundamentals.@p4.1 INTRODUCTION.@p4.2 PRINCIPLES.@p4.3 ANTENNA PARAMETERS.@p4.4 PRACTICAL DIPOLES.@p4.5 ANTENNA ARRAYS.@p4.6 HORN ANTENNAS.@p4.7 LOOP ANTENNAS.@p4.8 HELICAL ANTENNAS.@p4.9 PATCH ANTENNAS.@p4.10 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p5. Basic Propagation Models.@p5.1 INTRODUCTION.@p5.2 DEFINITION OF PATH LOSS.@p5.3 A BRIEF NOTE ON DECIBELS.@p5.4 NOISE MODELLING.@p5.5 FREE SPACE LOSS.@p5.6 PLANE EARTH LOSS.@p5.7 LINK BUDGETS.@p5.8 CONCLUSION.@pREFERENCE.@pPROBLEMS.@p6. Terrestrial Fixed Links.@p6.1 INTRODUCTION.@p6.2 PATH PROFILES.@p6.3 TROPOSPHERIC REFRACTION.@p6.4 OBSTRUCTION LOSS.@p6.5 APPROXIMATE MULTIPLE KNIFE-EDGE DIFFRACTION.@p6.6 THE MULTIPLE-EDGE DIFFRACTION INTEGRAL.@p6.7 DIFFRACTION OVER OBJECTS OF FINITE SIZE.@p6.8 OTHER METHODS FOR PREDICTING TERRAIN DIFFRACTION.@p6.9 INFLUENCE OF CLUTTER.@p6.10 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p7. Satellite Fixed Links.@p7.1 INTRODUCTION.@p7.2 TROPOSPHERIC EFFECTS.@p7.3 IONOSPHERIC EFFECTS.@p7.4 SATELLITE EARTH STATION ANTENNAS.@p7.5 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p8. Macrocells.@p8.1 INTRODUCTION.@p8.2 DEFINITION OF PARAMETERS.@p8.3 EMPIRICAL PATH LOSS MODELS.@p8.4 PHYSICAL MODELS.@p8.5 ITU-R MODELS.@p8.6 COMPARISON OF MODELS.@p8.7 COMPUTERISED PLANNING TOOLS.@p8.8 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p9. Shadowing.@p9.1 INTRODUCTION.@p9.2 STATISTICAL CHARACTERISATION.@p9.3 PHYSICAL BASIS FOR SHADOWING.@p9.4 IMPACT ON COVERAGE.@p9.5 LOCATION VARIABILITY.@p9.6 CORRELATED SHADOWING.@p9.7 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p10. Narrowband Fast Fading.@p10.1 INTRODUCTION.@p10.2 BASEBAND CHANNEL REPRESENTATION.@p10.3 THE AWGN CHANNEL.@p10.4 THE NARROWBAND FADING CHANNEL.@p10.5 WHEN DOES FADING OCCUR IN PRACTICE?@p10.6 THE RAYLEIGH DISTRIBUTION.@p10.7 DISTRIBUTION OF THE SNR FOR A RAYLEIGH CHANNEL.@p10.8 THE RICE DISTRIBUTION.@p10.9 THE NAKAGAMI- m DISTRIBUTION.@p10.10 OTHER FADING DISTRIBUTIONS.@p10.11 SECOND-ORDER FAST-FADING STATISTICS.@p10.12 AUTOCORRELATION FUNCTION.@p10.13 NARROWBAND MOBILE RADIO CHANNEL SIMULATIONS.@p10.14 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p11. Wideband Fast Fading.@p11.1 INTRODUCTION.@p11.2 EFFECT OF WIDEBAND FADING.@p11.3 WIDEBAND CHANNEL MODEL.@p11.4 WIDEBAND CHANNEL PARAMETERS.@p11.5 FREQUENCY DOMAIN EFFECTS.@p11.6 THE BELLO FUNCTIONS.@p11.7 WIDEBAND FADING IN FIXED LINKS.@p11.8 OVERCOMING WIDEBAND CHANNEL IMPAIRMENTS.@p11.9 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p12. Microcells.@p12.1 INTRODUCTION.@p12.2 EMPIRICAL MODELS.@p12.3 PHYSICAL MODELS.@p12.4 LINE-OF-SIGHT MODELS.@p12.5 NON-LINE-OF-SIGHT MODELS.@p12.6 DISCUSSION.@p12.7 MICROCELL SHADOWING.@p12.8 NARROWBAND FADING.@p12.9 WIDEBAND EFFECTS.@p12.10 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p13. Picocells.@p13.1 INTRODUCTION.@p13.2 EMPIRICAL MODELS OF PROPAGATION WITHIN BUILDINGS.@p13.3 PHYSICAL MODELS OF INDOOR PROPAGATION WITHIN BUILDINGS.@p13.4 MODELS OF PROPAGATION INTO BUILDINGS.@p13.5 CONSTITUTIVE PARAMETERS OF BUILDING MATERIALS FOR PHYSICAL MODELS.@p13.6 SHADOWING.@p13.7 MULTIPATH EFFECTS.@p13.8 ULTRA-WIDEBAND INDOOR PROPAGATION.@p13.9 PROPAGATION IN TUNNELS AND OTHER ENCLOSED SPACES.@p13.10 DISCUSSION.@p13.11 DISTRIBUTION SYSTEMS FOR INDOOR AND ENCLOSED SPACE APPLICATIONS.@p13.12 INDOOR LINK BUDGETS.@p13.13 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p14. Megacells.@p14.1 INTRODUCTION.@p14.2 SHADOWING AND FAST FADING.@p14.3 EMPIRICAL NARROWBAND MODELS.@p14.4 STATISTICAL MODELS.@p14.5 SHADOWING STATISTICS.@p14.6 PHYSICAL-STATISTICAL MODELS FOR BUILT-UP AREAS.@p14.7 WIDEBAND MODELS.@p14.8 MULTI-SATELLITE CORRELATIONS.@p14.9 OVERALL MOBILE SATELLITE CHANNEL MODEL.@p14.10 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p15. Antennas for Mobile Systems.@p15.1 INTRODUCTION.@p15.2 MOBILE TERMINAL ANTENNAS.@p15.3 BASE STATION ANTENNAS.@p15.4 CONCLUSION.@pREFERENCES.@pPROBLEMS.@p16. Overcoming Narrowband Fading via Diversity.@p16.1 INTRODUCTION.@p16.2 CRITERIA FOR USEFUL BRANCHES.@p16.3 SPACE DIVERSITY.@p16.4 POLARISATION DIVERSITY.@p16.5 TIME DIVERSITY.@p16.6 FREQUENCY DIVERSITY.@p16.7 COMBINING METHODS.@p16.8 DIVERSITY FOR MICROWAVE LINKS.@p16.9 MACRODIVERSITY.@p16.10 TRANSMIT DIVERSITY.@p16.11 CONCLUSION.@pREFERENCES.@pPRO
WileyISBN-10: 0470848790
ISBN-13: 9780470848791
  PGS: 546List: 90.00     YOUR PRICE: 85.50

Antennas for Fixed Base-Stations in Wireless Communications
Chen
McGraw-Hill ProfessionalISBN-10: 0071612882
ISBN-13: 9780071612883
  PGS: N/AList: 99.95     YOUR PRICE: 94.95

Antennas for Portable Devices
Editor: Zhi Ning Chen (Institute for In2007
This text provides a complete and cutting-edge guide to the design and engineering of small antennas for portable electronic devices such as cell phone handsets, laptop computers, RFID (radio frequency identification), microwave thermal therapies devices, wearable devices, and UWB-(ultra-wideband) based consumer devices. 

The authors address practical engineering issues, explain the immediate demands for existing systems; discuss the antenna technology for the latest and emerging applications, and give comprehensive coverage of hot topics in the wireless industry.  Issues including design considerations, engineering design, measurement setup and methodology, and practical applications are all covered in depth. All the chapters provide case studies to demonstrate how to implement antennas in real-world scenarios.

WILEYHISBN-10: 0470030739
ISBN-13: 9780470030738
  PGS: 336List: 130.00     YOUR PRICE: 123.50

Antennas: From Theory to Practice
Yi Huang (University of Liverpool, UK);2008
Practical, concise and complete reference for the basics of modern antenna design

Antennas: from Theory to Practice discusses the basics of modern antenna design and theory. Developed specifically for engineers and designers who w CONTENTS: Preface.@pList of Symbols.@p1. Introduction.@p1.1 A Short History of Antennas.@p1.2 Radio Systems and Antennas.@p1.3 Necessary Mathematics.@p1.3.1 Complex Numbers.@p1.3.2 Vectors and Vector Operation.@p1.3.3 Coordinates.@p1.4 Basics of Electromagnetics.@p

WileyISBN-10: 0470510285
ISBN-13: 9780470510285
  PGS: N/AList: 130.00     YOUR PRICE: 123.50

Approximate Antenna Modeling for CAD
Hubregt Visser (Antenna Engineer)2009
This step-by-step guide provides the reader with a detailed and thorough introduction to practical antenna design and model implementation

In this book, Hubregt J. Visser provides an introduction to the fundamentals of antenna design and the i CONTENTS: Contents.@pPreface.@pReferences.@pAcknowledgments.@pAcronyms.@p1 Introduction.@p1.1 The History of Antennas and Antenna Analysis.@p1.2 Antenna Synthesis.@p1.3 Approximate Antenna Modeling.@p1.4 Organisation of the Book.@p1.5 Summary.@pReferences.@p2 Intra

WileyISBN-10: 0470512938
ISBN-13: 9780470512937
  PGS: N/AList: 150.00     YOUR PRICE: 142.50

Array and Phased Array Antenna Basics
Hubregt Visser (TNO Industrial Technolog2005
Preface. References. Acknowledgments. Acronyms. 1    Radiation. 1.1    The Early History of Electricity and Magnetism. 1.2    James Clerk Maxwell, The Union of Electricity and Magnetism. 1.3    Radiation by Accelerated Charge. 1.4    Reactive and Radiating Electromagnetic Fields. References. 2     Antennas. 2.1    The Early History of Antennas. 2.2    Antenna Developments During the First World War. 2.3    Antenna Developments in Between the Wars. 2.4    Antenna Developments During The Second World War. 2.5    Post War Antenna Developments. References. 3    Antenna Parameters. 3.1    Radiation Pattern. 3.2    Antenna Impedance and Bandwidth. 3.3    Polarisation. 3.4    Antenna Effective Area and Vector Effective Length. 3.5    Radio Equation. 3.6    Radar Equation. References. 4    The Linear Broadside Array Antenna. 4.1    A Linear Array of Non-Isotropic Point-Source Radiators. 4.2    Plane Waves. 4.3    Received Signal. 4.4    Array Factor. 4.5    Side Lobes and Grating Lobes. 4.6    Amplitude Taper. References. 5    Design of a 4-Elements, Linear, Broadside, Microstrip Patch Array Antenna. 5.1    Introduction. 5.2    Rectangular Microstrip Patch Antenna. 5.3    Split-T Power Divider. 5.4    Transmission and Reflection Coefficients for a Corporate Fed Array Antenna. 5.5    Simulation, Realisation and Measurement. References. 6    The Linear Endfire Array Antenna. 6.1    Introduction. 6.2    Phase Differences. 6.3    Hansen-Woodyard Endfire Array Antenna. 6.4    Mutual Coupling. 6.5    Yagi-Uda Array Antenna. References. 7    The Linear Phased Array Antenna. 7.1    Linear Phase Taper. 7.2    Beam Broadening. 7.3    Grating Lobes and Visible Space. 7.4    Means of Phase Shifting. References. 8    A Frequency Scanned Slotted Waveguide Array Antenna. 8.1    Slotted Waveguide Array Antenna. 8.2    Antenna Design. 8.3    Validation. References. 9    The Planar Array and Phased Array Antenna. 9.1    Geometry. 9.2    Planar Array Antenna. 9.3    Planar Phased Array Antenna. References. 10    Special Array Antenna Configurations. 10.1    Conformal Array and Phased Array Antennas. 10.2    Volume Array and Phased Array Antennas. 10.3    Sequential Rotation and Phasing. 10.4    Reactive Loading. References. 11    Array and Phased Array Antenna Measurement. 11.1    Input Impedance, Self Coupling and Mutual Coupling. 11.2    Radiation Pattern Measurement. 11.3    Scan Element Pattern. 11.4    Waveguide Simulator. References. Appendix A   Complex Analysis. A.1   Complex Numbers. A.2   Use of Complex Variables. Appendix B   Vector Analysis. B.1   Notation. B.2   Addition and Subtraction. B.3   Products. B.4   Derivatives. Appendix C   Effective Aperture and Directivity. Appendix D   Transmission Line Theory. D.1   Distributed Parameters. D.2   Guided Waves. D.3   Input Impedance of a Transmission Line. D.4   Terminated Lossless Transmission Lines. D.5   Quarter Wavelength Impedance Transformer. Appendix E   Scattering Matrix. E.1   Normalised Scattering Matrix. E.2   Unnormalised Scattering Matrix. References. Appendix F   Voltage Incident at a Transmission Line. Appendix G   Cascaded Scattering Matrices. Index.
JOHN WILEY & SONSHISBN-10: 0470871172
ISBN-13: 9780470871171
  PGS: 384List: 140.00     YOUR PRICE: 133.00

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