Preface Foreword Prefaces and Forewords to previous books (1985, 1991)
1. Basic Survey 1.1. Acoustic waves in solids 1.2. Propagation effects and materials 1.3. Basic Properties of interdigital transducers 1.4. Apodization and transversal filtering 1.5. Correlation and signal processing 1.6. Wireless interrogation - sensors and tags 1.7. Resonators and low-loss filters 1.8. Summary of devices and applications
2. Acoustic waves in elastic solids 2.1. Elasticity in anisotropic materials 2.2. Waves in isotropic materials 2.3. Waves in anisotropic materials
3. Electrical excitation at a plane surface 3.1. Electrostatic case 3.2. Piezoelectric half-space 3.3. Some properties of the effective permittivity 3.4. Green’s function 3.5. Other applications of the effective permittivity
4. Propagation effects and materials
4.1. Diffraction and beam steering 4.2. Propagation loss and non-linear effects 4.3. Temperature effects and velocity errors 4.4. Materials for surface-wave devices
5. Non-reflective transducers 5.1. Analysis for a general array of electrodes 5.2. Quasi-static analysis of transducers 5.3. Summary and P-matrix formulation 5.4. Transducers with regular electrodes - element factor 5.5. Admittance of uniform transducers 5.6. Two-transducer devices
6. Bandpass filtering using non-reflective transducers <BR i
This book gives the fundamental principles and device design techniques for surface acoustic wave filters. It covers the devices in widespread use today: bandpass and pulse compression filters, correlators and non-linear convolvers and resonators. The newest technologies for low bandpass filters are fully covered such as unidirectional transducers, resonators in impedance element filters, resonators in double-mode surface acoustic wave filters and transverse-coupled resonators using waveguides.
The book covers the theory of acoustic wave physics, the piezoelectric effect, electrostatics at a surface, effective permittivity, piezoelectric SAW excitation and reception, and the SAW element factor. These are the main requirements for developing quasi-static theory, which gives a basis for the non-reflective transducers in transversal bandpass filters and interdigital pulse compression filters. It is also needed for the reflective transducers used in the newer devices.
- A thorough revision of a classic on surface acoustic wave filters first published in 1985 and still in print
- Uniquely combines easy -to -understand principles with practical design techniques for all the devices in widespread use today
- Complete coverage of all the latest devices which are key to mobile phones, TVs and radar systems
- Includes a new foreword by Sir Eric Albert Ash
R&D electrical and electronic engineers developing electronic systems (with applications mainly in mobile communications, radar and broadcasting) using surface acoustic wave devices; academic researchers; graduate level electrical and electronic engineering students.
- No. of pages:
- © Academic Press 2007
- 21st June 2007
- Academic Press
- eBook ISBN:
- Hardcover ISBN:
David P. Morgan received a Ph.D. degree in Electrical Engineering from London University, for work on radar pulse compression using Surface Acoustic Waves. Since then he has been involved in research and development in a wide variety of topics, mostly in SAW, working at Nippon Electric Company (Kawasaki) 1970-71, University of Edinburgh 1971-77 and Plessey Research Caswell (Northampton, UK) 1977-86, where he was Group Leader for Surface Acoustic Waves. He is now a Consultant in this area. Dr. Morgan is author of the well-known text ‘Surface Wave Devices for Signal Processing’, and has also published over 100 technical papers. His knowledge of the SAW area has led to his being invited to lecture on the subject in the U.S., Russia, Finland, Japan, China and Korea. He is a Life Senior Member of the IEEE.