Frequency Selective Surfaces- Theory and Design [Book Review.pdf
1
■ 36 IEEE CIRCUITS & DEVICES MAGAZINE ■ JANUARY/FEBRUARY 2005 REVIEWS Book 8755-3996/04/$20.00 ©2004 IEEE INTEGRATED PASSIVE COMPONENT TECHNOLOGY Edited by Richard K. Ulrich and Leonard W. Schaper, Wiley-IEEE Press, 2003. The book offers a comprehensive look at the reasons and current challenges and process and modeling to integrate passive devices into board or IC. The book also touches on test chips and test- ing for device measurement. At first it seems that this book only covers integra- tion of passive devices into board; how- ever, many methods and modeling issues related to IC are covered. Detailed explanations of fabrication/ material parameters and their geometri- cal impact to the making of particular passive devices are shown. For example, one chapter covers dielectric material for capacitors, another chapter covers geo- metrical impacts to capacitors, another chapter covers different processes in mak- ing/integrating capacitors, and another chapter covers defect/yield. Modeling for the passive devices is also explained. The modeling itself is fairly complicated depending on the material and the config- uration/layout. The book also provides the extraction parameters for the device. Besides fabrication and modeling, the book explains the electrical performance of passive devices well. The resonance frequency of the device is explained. Fab- rication/process parameters impact to the electrical performance is explained. Tricking the process parameter to target particular electrical performance is described. This may be the strongest part of the book. Electrical performance of the passive device is explained elsewhere, but this book relates the process parame- ter into electrical performance. The book is suitable for the practic- ing engineer. It uses just the right dose of the math to explain the physics and theory behind the technology. FREQUENCY SELECTIVE SURFACES: THEORY AND DESIGN By Ben A. Munk, Wiley Interscience, 2000. This book provides a comprehensive theory for the analysis and design of fre- quency selective surfaces (FSSs). It con- tains unique material not found in any other publications on the same subject. It covers a complete theory of periodic sur- faces, multilayered FSSs, bandpass and bandstop filters design and their practical application, circuit analog absorbers, as well as power handling of periodic surfaces. The first two chapters provide the read- er with an introduction to periodic sur- faces. Chapter 1 contains the definition, the history, and the application of periodic surfaces, as well as the basic ideas that are used to develop the theory and design to follow. The discussion and comparison of the element types that are most commonly used for FSSs are presented in Chapter 2. The importance of this chapter is to pro- vide an understanding of the performance of elements based on element shapes, array grids, and current modes on the elements. The next four chapters cover the theo- retical development for analyzing the peri- odic structures, beginning with an overview of the analysis approach, which is a mixture of the mutual impedance and the plane wave expansion approaches (Chapter 3). The author explains the mutual impedance concept for the periodic structure well. The development of the spectral expansion of one- and two-dimen- sional periodic structures is then given in Chapter 4, along with its physical interpre- tation and physical insight. The concept of self-impedance of a single element and an array is discussed, concluding with the extension to the planar elements of arbi- trary shape. The modifications of the theo- ry in Chapter 4 to analyze the dipole arrays and slot arrays in a stratified medium are presented in Chapters 5 and 6, respectively. The developments gradually proceed from one boundary to two boundaries and then to general stratified medium. The discus- sions on the free and forced surface waves, as well as the onset of trapped and free- space grating lobes, are very useful. The design aspects are presented in Chapters 7 and 8. These two chapters alone are valuable. Chapter 7 discusses the design procedure for the hybrid radome or the bandpass filter, while Chapter 8 con- tains the design of band-stop and Dichroic filters. The book takes a slight turn in Chapter 9 to discuss FSSs made from lossy elements including the Salisbury screen, the Jaumann absorber, and the circuit analog absorber. The design issue of the power handling of periodic surfaces is then presented in Chapter 10. Approxi- mate calculations of voltage breakdown of wire and slot elements are provided. The last chapter of the book summarizes the important issues in the book and future trends of the periodic surfaces. The book is well organized and worth reading. It is suitable for use as a textbook on FSSs, as well as for anyone working on periodic surfaces, whether FSS radomes, phased arrays, absorbers, polarizers, or dichroic reflectors. The analysis and design concepts, as well as physical insight, presented in this book would pro- vide the reader a great benefit. The com- mon misconceptions on each subject discussed by the author also make this book distinguished. Numerous practical examples, as well as the exercise problems are found to be very helpful for under- standing the materials. If you are interested in reviewing a book for IEEE Circuits & Devices Magazine, please visit our Web site at http://www.ieee.org/cdmag for a complete list of available titles.
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Transcript of Frequency Selective Surfaces- Theory and Design [Book Review.pdf
■ 36 IEEE CIRCUITS & DEVICES MAGAZINE ■ JANUARY/FEBRUARY 2005
REVIEWSBook
8755-3996/04/$20.00 ©2004 IEEE
INTEGRATED PASSIVECOMPONENT TECHNOLOGY
Edited by Richard K. Ulrich and LeonardW. Schaper, Wiley-IEEE Press, 2003.
The book offers a comprehensive lookat the reasons and current challengesand process and modeling to integratepassive devices into board or IC. Thebook also touches on test chips and test-ing for device measurement. At first itseems that this book only covers integra-tion of passive devices into board; how-ever, many methods and modeling issuesrelated to IC are covered.
Detailed explanations of fabrication/material parameters and their geometri-cal impact to the making of particularpassive devices are shown. For example,one chapter covers dielectric material forcapacitors, another chapter covers geo-metrical impacts to capacitors, anotherchapter covers different processes in mak-ing/integrating capacitors, and anotherchapter covers defect/yield. Modeling forthe passive devices is also explained. Themodeling itself is fairly complicateddepending on the material and the config-uration/layout. The book also provides theextraction parameters for the device.
Besides fabrication and modeling, thebook explains the electrical performanceof passive devices well. The resonancefrequency of the device is explained. Fab-rication/process parameters impact tothe electrical performance is explained.Tricking the process parameter to targetparticular electrical performance isdescribed. This may be the strongest part
of the book. Electrical performance ofthe passive device is explained elsewhere,but this book relates the process parame-ter into electrical performance.
The book is suitable for the practic-ing engineer. It uses just the right doseof the math to explain the physics andtheory behind the technology.
FREQUENCY SELECTIVESURFACES: THEORY AND DESIGNBy Ben A. Munk, Wiley Interscience, 2000.
This book provides a comprehensivetheory for the analysis and design of fre-quency selective surfaces (FSSs). It con-tains unique material not found in anyother publications on the same subject. Itcovers a complete theory of periodic sur-faces, multilayered FSSs, bandpass andbandstop filters design and their practicalapplication, circuit analog absorbers, aswell as power handling of periodic surfaces.
The first two chapters provide the read-er with an introduction to periodic sur-faces. Chapter 1 contains the definition,the history, and the application of periodicsurfaces, as well as the basic ideas that areused to develop the theory and design tofollow. The discussion and comparison ofthe element types that are most commonlyused for FSSs are presented in Chapter 2.The importance of this chapter is to pro-vide an understanding of the performanceof elements based on element shapes, arraygrids, and current modes on the elements.
The next four chapters cover the theo-retical development for analyzing the peri-odic structures, beginning with anoverview of the analysis approach, which isa mixture of the mutual impedance andthe plane wave expansion approaches(Chapter 3). The author explains themutual impedance concept for the periodicstructure well. The development of thespectral expansion of one- and two-dimen-sional periodic structures is then given inChapter 4, along with its physical interpre-
tation and physical insight. The concept ofself-impedance of a single element and anarray is discussed, concluding with theextension to the planar elements of arbi-trary shape. The modifications of the theo-ry in Chapter 4 to analyze the dipole arraysand slot arrays in a stratified medium arepresented in Chapters 5 and 6, respectively.The developments gradually proceed fromone boundary to two boundaries and thento general stratified medium. The discus-sions on the free and forced surface waves,as well as the onset of trapped and free-space grating lobes, are very useful.
The design aspects are presented inChapters 7 and 8. These two chaptersalone are valuable. Chapter 7 discusses thedesign procedure for the hybrid radome orthe bandpass filter, while Chapter 8 con-tains the design of band-stop and Dichroicfilters. The book takes a slight turn inChapter 9 to discuss FSSs made fromlossy elements including the Salisburyscreen, the Jaumann absorber, and thecircuit analog absorber. The design issueof the power handling of periodic surfacesis then presented in Chapter 10. Approxi-mate calculations of voltage breakdown ofwire and slot elements are provided. Thelast chapter of the book summarizes theimportant issues in the book and futuretrends of the periodic surfaces.
The book is well organized and worthreading. It is suitable for use as a textbookon FSSs, as well as for anyone working onperiodic surfaces, whether FSS radomes,phased arrays, absorbers, polarizers, ordichroic reflectors. The analysis anddesign concepts, as well as physicalinsight, presented in this book would pro-vide the reader a great benefit. The com-mon misconceptions on each subjectdiscussed by the author also make thisbook distinguished. Numerous practicalexamples, as well as the exercise problemsare found to be very helpful for under-standing the materials.
If you are interested in reviewing abook for IEEE Circuits & DevicesMagazine, please visit our Web siteat http://www.ieee.org/cdmag for acomplete list of available titles.
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