SAW Lectures of Dr. Alexander Rukhlenko
Click on the lecture title to read an abstract and lecture outline
1. Basics of IF SAW Filter Design
2. Review of SAW Filter Optimization Techniques
3. Factorizational Synthesis of SAW Bandpass Filters
4. Acoustoelectric Conversion Function: Properties and Computation
5. Closed-Form Admittance Calculation for Generalized Periodic SAW Transducers
6. Charge Distribution and Capacitance Calculation for Generalized Periodic SAW Transducers
7. COM-Analysis of SAW Devices
8. Simulation of Multiport/Multitransducer Surface Acoustic Wave Devices
9. Multistrip Coupler Modeling: Normal Modes Decomposition
10. Mixed Scattering Matrix: Properties and Applications
11. Mixed Scattering Matrix (P-matrix) in SAW Filter Modeling
12. Design of SPUDT/RSPUDT SAW Filters
13. MATLAB SAW Filter Analysis Toolbox (SAWFAT): Structure, Organization, Algorithms, Examples