Tuned driving of piezoelectric resonators : impedance matching. Pons, J., Fernández, J., Villegas, M., Ochoa, P., Ceres, R., Calderón, L., & Rocon, E. Boletín de la Sociedad Española de Cerámica y Vidrio, 45(3):178-183, 2006.
Paper
Website abstract bibtex For optimal operation of piezoelectric resonators, the electrical impedance of electronic drivers and the resonator itself must be matched. Lack of matching results in a non smooth transmission of electrical power between the drive and the load which, in turn, leads to heating and poor efficiency. The rest of properties of the driving voltage (frequency, amplitude and phase) are also affected by this mismatch. This paper presents the optimal design of power drivers for piezoelectric resonators. This approach is based on a first stage of electro-mechanical experimental characterization. This first step sets the basis for an impedance matching process. The approach has been experimentally validated on a well known piezoelectric resonator: the ultrasonic motor.
@article{
title = {Tuned driving of piezoelectric resonators : impedance matching},
type = {article},
year = {2006},
keywords = {ajuste de impedancia,circuito de,de la adaptación de,desde el excitador,excitación y el propio,impedance matching,impedancia eléctrica entre el,la falta de adaptación,la operación óptima de,mechatronic design,piezoelectric resonators,pobre transmisión de potencia,resonador,se traduce en una,sintonización de resonadores piezoeléctricos,ultrasonic motors,un resonador piezoeléctrico requiere},
pages = {178-183},
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abstract = {For optimal operation of piezoelectric resonators, the electrical impedance of electronic drivers and the resonator itself must be matched. Lack of matching results in a non smooth transmission of electrical power between the drive and the load which, in turn, leads to heating and poor efficiency. The rest of properties of the driving voltage (frequency, amplitude and phase) are also affected by this mismatch. This paper presents the optimal design of power drivers for piezoelectric resonators. This approach is based on a first stage of electro-mechanical experimental characterization. This first step sets the basis for an impedance matching process. The approach has been experimentally validated on a well known piezoelectric resonator: the ultrasonic motor.},
bibtype = {article},
author = {Pons, J.L. and Fernández, JF and Villegas, M. and Ochoa, P and Ceres, Ramón and Calderón, L. and Rocon, Eduardo},
journal = {Boletín de la Sociedad Española de Cerámica y Vidrio},
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