The Sensitive Element of Acoustic Sensor on Circular Polarized Waves: From Theoretical Considerations towards Perspective Rotation Rate Sensors Design

In this paper, the perspectives of using the features of acoustic wave propagation to design rotation rate sensors (RRS) are discussed. The possibility of developing the solid-state sensitive elements (SE) of RRS on acoustic waves of circular polarization is shown. The theoretical basis of bulk acou...

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Published in:Sensors (Basel, Switzerland) Vol. 21; no. 1; p. 32
Main Authors: Shevelko, Michail, Lutovinov, Andrey, Peregudov, Aleksandr, Popkova, Ekaterina, Durukan, Yasemin, Shevchenko, Sergey
Format: Journal Article
Language:English
Published: Switzerland MDPI 23.12.2020
MDPI AG
Subjects:
acoustic sensor
bulk acoustic waves (BAW)
circular polarized acoustic wave (CPAW)
Communication
rotation rate sensor (RRS)
solid-state sensitive element (SE)
circular polarized acoustic wave (CPAW)
bulk acoustic waves (BAW)
rotation rate sensor (RRS)
solid-state sensitive element (SE)
acoustic sensor
ISSN:1424-8220, 1424-8220
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Abstract In this paper, the perspectives of using the features of acoustic wave propagation to design rotation rate sensors (RRS) are discussed. The possibility of developing the solid-state sensitive elements (SE) of RRS on acoustic waves of circular polarization is shown. The theoretical basis of bulk acoustic wave propagation under rotation is given. The direct excitation of circularly polarized acoustic wave (CPAW) is considered, the design of the CPAW emitting transducer is offered. The results of experimental studies that indicated the circular nature of the particle motions in the radiated wave are discussed. The principally new concept of the RRS SE design on CPAW, being able to operate under high vibration and acceleration, is proposed. The experimental results revealed a high correlation with theoretical and numerical predictions and confirmed RRS on CPAW operability.
AbstractList In this paper, the perspectives of using the features of acoustic wave propagation to design rotation rate sensors (RRS) are discussed. The possibility of developing the solid-state sensitive elements (SE) of RRS on acoustic waves of circular polarization is shown. The theoretical basis of bulk acoustic wave propagation under rotation is given. The direct excitation of circularly polarized acoustic wave (CPAW) is considered, the design of the CPAW emitting transducer is offered. The results of experimental studies that indicated the circular nature of the particle motions in the radiated wave are discussed. The principally new concept of the RRS SE design on CPAW, being able to operate under high vibration and acceleration, is proposed. The experimental results revealed a high correlation with theoretical and numerical predictions and confirmed RRS on CPAW operability.
In this paper, the perspectives of using the features of acoustic wave propagation to design rotation rate sensors (RRS) are discussed. The possibility of developing the solid-state sensitive elements (SE) of RRS on acoustic waves of circular polarization is shown. The theoretical basis of bulk acoustic wave propagation under rotation is given. The direct excitation of circularly polarized acoustic wave (CPAW) is considered, the design of the CPAW emitting transducer is offered. The results of experimental studies that indicated the circular nature of the particle motions in the radiated wave are discussed. The principally new concept of the RRS SE design on CPAW, being able to operate under high vibration and acceleration, is proposed. The experimental results revealed a high correlation with theoretical and numerical predictions and confirmed RRS on CPAW operability.In this paper, the perspectives of using the features of acoustic wave propagation to design rotation rate sensors (RRS) are discussed. The possibility of developing the solid-state sensitive elements (SE) of RRS on acoustic waves of circular polarization is shown. The theoretical basis of bulk acoustic wave propagation under rotation is given. The direct excitation of circularly polarized acoustic wave (CPAW) is considered, the design of the CPAW emitting transducer is offered. The results of experimental studies that indicated the circular nature of the particle motions in the radiated wave are discussed. The principally new concept of the RRS SE design on CPAW, being able to operate under high vibration and acceleration, is proposed. The experimental results revealed a high correlation with theoretical and numerical predictions and confirmed RRS on CPAW operability.
Author Durukan, Yasemin
Popkova, Ekaterina
Peregudov, Aleksandr
Shevelko, Michail
Lutovinov, Andrey
Shevchenko, Sergey
AuthorAffiliation Department of Electroacoustics and Ultrasonic Technology, Saint Petersburg Electrotechnical University, 197376 Saint Petersburg, Russia; mmshevelko@etu.ru (M.S.); loutovinov.ai@ultrakraft.ru (A.L.); anperegudov@etu.ru (A.P.); espopkova@etu.ru (E.P.); yadurukan@etu.ru (Y.D.)
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Issue 1
Keywords circular polarized acoustic wave (CPAW)
bulk acoustic waves (BAW)
rotation rate sensor (RRS)
solid-state sensitive element (SE)
acoustic sensor
Language English
License Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license (http://creativecommons.org/licenses/by/4.0/).
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StartPage 32
SubjectTerms acoustic sensor
bulk acoustic waves (BAW)
circular polarized acoustic wave (CPAW)
Communication
rotation rate sensor (RRS)
solid-state sensitive element (SE)
Title The Sensitive Element of Acoustic Sensor on Circular Polarized Waves: From Theoretical Considerations towards Perspective Rotation Rate Sensors Design
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