Many Applications of the Piezoelectric Effect

1. Many Applications of the Piezoelectric Effect Piezoelectricity is a unique Characteristic that can be seen in different materials such as crystals, ceramics and biological things like bones, to create an electric capacity or an electric field when a mechanical stress exists. In some substances, the impact of piezoelectricity can be reversed. For instance, its effect on lead zirconate titanate crystals can be noticed that the changes in their own shape of around 0.1 percent. The piezoelectric effect has various uses, which include the detection as well as the production of sound. Learn more about it by looking at piezoelectric ceramics applications in computer infrastructure, specifically in computer ports. The Background of Piezoelectric Effect Piezoelectricity and its consequences on some substances were examined and conceptualized by Jacques and Pierre Curies in 1880. Even if this attribute was found in the 1800s, the breakthrough only occurred in the first part of the 20th century when scientists researched its impact on cane sugar, bone, Rochelle salt, topaz and quartz. In the late part of the century, a few experts found that quartz has piezoelectrical characteristics that could be applied as standard of frequency. With this discovery, computer experts performed researches and found that piezoelectric effect is useful for producing clock pulse in computers. The Use of Piezoelectricity in Solving Computer Problems That Are Related to over clocking The piezoelectric effect is quite helpful in over clocking picture cards in the computer interfaces of notebooks or laptops. For example, some hardware and software producers utilize piezoelectricity in their goods so as to enable them to utilize in enhancing the performance of computer systems. In this aspect, there are instances that when software is employed for over clocking graphic cards of laptops, there'll be a buzzing sound that can be heard. There is not anything to worry when this occurs because the sound indicates that the procedure produces a piezoelectric effect.