The paper describes the design, the technology, and the characterization of an array of 16 elements of airborne ultrasonic transducers. The array is connected to a dedicated electronic platform that provides the 16 channels programmable analog front-end electronics and the synchronization and data acquisition and transmission for real-time target detection and tracking or for high-resolution imaging. The transducers are designed to operate at 150 kHz to cover a distance of about 200 mm and with featured narrow vertical directivity and wide horizontal directivity to scan an almost plane section with a linear array configuration.

An Ultrasonic Human–Computer Interface / L. Capineri; M. Calzolai; A. Bulletti. - ELETTRONICO. - (2014), pp. 321-324. [10.1007/978-3-319-00684-0_61]

An Ultrasonic Human–Computer Interface

CAPINERI, LORENZO;CALZOLAI, MARCO;BULLETTI, ANDREA
2014

Abstract

The paper describes the design, the technology, and the characterization of an array of 16 elements of airborne ultrasonic transducers. The array is connected to a dedicated electronic platform that provides the 16 channels programmable analog front-end electronics and the synchronization and data acquisition and transmission for real-time target detection and tracking or for high-resolution imaging. The transducers are designed to operate at 150 kHz to cover a distance of about 200 mm and with featured narrow vertical directivity and wide horizontal directivity to scan an almost plane section with a linear array configuration.
2014
9783319006833
9783319006840
Lecture Notes in Electrical EngineeringSensors and Microsystems
321
324
L. Capineri; M. Calzolai; A. Bulletti
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/835121
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