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Novel types of guided SAW reflectors for micro-resonators
By: Seidman, A.; Griffel, G.; Golan, G.; Croitoru, N.;
1990 / IEEE
Description
This item was taken from the IEEE Periodical ' Novel types of guided SAW reflectors for micro-resonators ' Surface acoustic waves (SAWs) for micrograting reflectors are characterized. Based on the perturbation theory, eight different types of structures on an acoustic waveguide are analyzed. Results of simulations of all eight types of corrugation structures are evaluated in order to find the least leaky waveguide, the most efficient reflector (with minimum necessary perturbations), and the optimal mode shape for improved performances. General design curves are presented in order to illustrate the behavior of the incident and reflected waves under a variety of structural conditions. Analytic expressions for the calculations of the mode amplitude and mode shape, and for general acoustic corrugations are derived. Simulation results are presented.<
Related Topics
Acoustic Corrugations
Micro-resonators
Micrograting Reflectors
Perturbation Theory
Acoustic Waveguide
Types Of Corrugation Structures
Most Efficient Reflector
Optimal Mode Shape
Design Curves
Mode Amplitude
Mode Shape
Surface Acoustic Waves
Optical Waveguides
Acoustic Waveguides
Shape
Acoustic Waves
Surface Acoustic Wave Devices
Optical Surface Waves
Acoustic Devices
Waveguide Theory
Microcavities
Surface Acoustic Wave Devices
Crystal Resonators
Acoustic Wave Reflection
Surface Acoustic Wave Filters
Engineering
Least Leaky Waveguide