Abstract
The validity of using r-transform techniques to model piezoelectric thickness mode transducer behavior is demonstrated. By modeling the transducer as a recursive digital fiiter, the response to a variety of arbitrary input functions may be evaluated directly in the time domain. This eliminates the need for more conventional trans- formation techniques which are limited in extent or distort the time domain response under some conditions. The technique has been successfully employed to model transducer behavior over a wide range of practical operating conditions and this is verified by the experimen- tal results.
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