Titlebook: Sensors and Microsystems; Proceedings of the 1 Corrado Di Natale,Vittorio Ferrari,Marco Ferrari Conference proceedings 2014 Springer Intern

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Functional Comparison of Acoustic Admittance Measurements with a CMOS-Compatible , Microprobe and a elocity, ., measurements (Bruschi and Piotto, IEEE Sensors Proceedings 1405–1408, 2011). A very interesting feature of this new generation of .-sensors—distinguishing them from the Microflown. ones (de Bree et al., Sens Actuators A Phys 54:552–557, 1996)—is their compatibility with standard CMOS ind

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Multisensor Acoustical Systems: Calibration and Related Problemses. The uncertainty in the evaluation of the acoustic source position is related to the knowledge of right acoustic locations of the microphones in the array, which is different from the geometric ones and needs a suitable calibration procedure to be evaluated. This paper, after an analysis of the p

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Automatic System to Measure the Impedance of Piezoelectric Actuators Used in Ultrasonic Scalpelsfrequencies close to 55 kHz. The main application of this system is related to the control of the operation and the quality of commercial actuators employed in ultrasonic scalpels. The study of the frequency behavior of the actuator through the automatic measurement of the impedance is used to deter