piezoelectric effectElectronicsUpdated on Aug 8, 2018 View more like this | Visit NEW YORK, NY | Contact Green Mary |
Piezoelectric effect is applying a pressure or pulling force to the piezoelectric ceramics to deform the surface of the piezoelectric ceramics will generate electricity at both ends of the ceramics.
The piezoelectric effect is reversible.
The inverse piezoelectric effect is when the electric field is applied to the piezoelectric sensitive element, which causes mechanical deformation or mechanical pressure.
Piezo drivers is based on the inverse piezoelectric effect.
This Piezo driver, as shown in the picture above, is developed by Analog Technologies, Inc. It is a high efficiency piezo driver that can reduce power consumption by 80%; it has high driving capability of up to 100μF; with a built-in waveform generator, this Piezo driver can generate sine, square, and triangle waveforms; the input voltage is 5V and the output voltage range is ‒30V to 300V.
The piezoelectric effect is reversible.
The inverse piezoelectric effect is when the electric field is applied to the piezoelectric sensitive element, which causes mechanical deformation or mechanical pressure.
Piezo drivers is based on the inverse piezoelectric effect.
This Piezo driver, as shown in the picture above, is developed by Analog Technologies, Inc. It is a high efficiency piezo driver that can reduce power consumption by 80%; it has high driving capability of up to 100μF; with a built-in waveform generator, this Piezo driver can generate sine, square, and triangle waveforms; the input voltage is 5V and the output voltage range is ‒30V to 300V.
