Evaluation of potential resolution and accuracy transducers of linear and angular movements on the basis of the use of phase shifts of surface acoustic waves
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Abstract
In this article present results of estimation of metrological parameters of the three frequency transducer measurement of linear and angular displacements of the moving receiver on surface acoustic waves (SAW).
References 5, figures 2, tables 1.
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References
Zhovnir, M. F., Chernyak, M. G., Didkivskyy, A. A. and others. (2004). Physical and technical bases of the measuring transducer of mikromovements on surface acoustic waves. Electronics and Communications. № 23. Pp..5-8. (Ukr)
Zhovnir, M. F., Chernyak, M. G., Chernenko, D. V. and others. (2011). Measuring converters of physical quantities on the surface acoustic wave. Electronics and Communications. № 1 (60). Pp.153-157.
(Ukr)
Polyakov, P. F., Horungyy, V. A., Polyakov, V. P. (2007). Acoustics. Physical and Technological Fundamentals and Application: Ref.: Part 1.Kharkiv: OOO "Company SMIT", Pp.552. (Rus)
Chernenko, D. V., Kuzmenko, O. M., Zhovnir, M. F. (2013). Measuring pressure transducers based on perturbation of the electric field of surface acoustic waves. Journal of Kremenchug National University Mykhaylo Ostrogradskiy. - Kremenchug: KrNU. Vol. 1 (78). Pp. 62-66. (Ukr)
Chernenko, D. V., Zhovnir, M., Oliinyk, O., Tsyganok, B. (2012). Wireless Passive Sensor Using Frequency Coded SAW Structures, 35th International Spring Seminar on Electronics Technology „Power
Electronics” (ISSE 2012). Bad Aussee (Austria). Pp. 424 – 428.
