A model is presented for the analysis of thickness-mode piezoelectric receivers over a wide
range of practical operating conditions. The systems feedback approach is employed to …

A model is presented for the analysis of thickness-mode piezoelectric transmitters under
practical operating conditions. The systems feedback approach is employed to clearly …

A new general three-port systems model of the thickness-mode piezoelectric transducer is
proposed. This model is considered to have several substantial advantages over existing …

An analysis of thickness-mode piezoelectric transducer impedance under a variety of
mechanical load conditions is presented. A wideband, systems model is used to describe …

A new model for piezoelectric ultrasonic transducers is proposed. Using a systems
engineering approach, the concept of feedback is used to explain secondary piezoelectric …

Commercial ultrasonic equipment employing wideband piezoelectric transduction systems,
usually operate in through-transmission (TT) or pulseecho mode. These systems, which …

A new model for piezoelectric ultrasonic transducers is proposed. Using a systems
engineering approach, the concept of feedback is used to explain secondary piezoelectric …

One-dimensional models of piezoelectric transducers allow the rapid prediction of
performance as well as assisting an understanding of transducer behaviour. This chapter …

A unidimensional, linear systems, block diagram model of a two-layer thickness mode
piezoelectric transducer is presented. The layers are subject to opposing piezoelectric …

Multi-layered transducer structures offer the potential of improved performance in terms of
increased transmit sensitivity, greater bandwidth, and enhanced reception characteristics …