Home » Products » Buzzer » Piezo Ceramic Element » Responsive Rectangular Piezo Ceramic Element Sonar

loading

Responsive Rectangular Piezo Ceramic Element Sonar

  • FT-41T-1.0A1

  • FBELE

Availability:
Quantity:
facebook sharing button
twitter sharing button
line sharing button
wechat sharing button
linkedin sharing button
pinterest sharing button
whatsapp sharing button
sharethis sharing button

The working principle of the buzzer is based on the piezoelectric effect. When an external electric field is applied, the piezoelectric crystal inside the buzzer will undergo deformation, which will lead to the occurrence of sound. In buzzer chips, piezoelectric oscillators are usually made of specific piezoelectric materials, such as ceramics or crystals, which can convert signals into force and generate sound waves.

piezo element

The loudness and frequency of the buzzer sound are related to its working voltage. Taking the FBELE brand as an example, generally speaking, the higher the working voltage, the higher the loudness and frequency of the sound. But at the same time, it is also important to pay attention to the limit voltage of the buzzer, as excessive voltage may damage the buzzer.

The buzzer is a piezoelectric device, while the buzzer is an electromagnetic device. This means that when producing sound, the buzzer vibrates through an electric current, while the buzzer vibrates the film through an electromagnetic coil to produce sound.

In addition, the loudness of the buzzer is greater than that of the buzzer, and its lifespan is also longer. At the same time, the sound of the buzzer may be softer, and its structure is also simpler and easier to drive.


Previous: 
Next: 

Product Category

Related Articles

About Us

Established in 1997, FBELE has been one of the best electronic components manufacturer and distributor in China, Our electronic components have been applied to various fields.

Quick Links

Products

Newsletter

Be the first to receive updates on new arrivals, special promos and sales.
Copyright © 2023 FBELE. Sitemap.