Properties and Characteristics of Crystal Units
Written By: Wataru Muraoka
Abstract:
Numerous devices in people‘s lives today are becoming more sophisticated. As a result, the number of crystal devices installed is increasing. For example, with the evolution of autonomous driving, we are using crystal devices for many functions such as sensor systems to detect distance, camera systems to capture images, image processing systems to process captured images, and communication systems to communicate many of those digital data in and out of the vehicle at high speed.
Crystal Units are a piezoelectric element which produces electricity on the surface when mechanical pressure is applied, and when electricity is applied it vibrates in a certain manner. A Crystal Unit is a product that utilizes this piezoelectric effect.
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Numerous devices in people‘s lives today are becoming more sophisticated. As a result, the number of crystal devices installed is increasing. For example, with the evolution of autonomous driving, we are using crystal devices for many functions such as sensor systems to detect distance, camera systems to capture images, image processing systems to process captured images, and communication systems to communicate many of those digital data in and out of the vehicle at high speed.
Crystal Units are a piezoelectric element which produces electricity on the surface when mechanical pressure is applied, and when electricity is applied it vibrates in a certain manner. A Crystal Unit is a product that utilizes this piezoelectric effect.
