Best ROHS REACH Piezo Buzzer Factory
As the China leading manufacturer and distributor of Piezo Buzzer in China, FBELE has a production history of more than 25 years.All FBELE products have RoHS and REACH Certification. Comply with ISO9001 and IATF16949 standards.
Send us your projects requirement, we will provide you best acoustic components solution according to your request.
FBELE: Your Reliable Acoustic Component Supplier in China
If you are a distributor of electronic components or need electroacoustic components to meet your project, then FBELE will be your first choice to manufacture your acoustic components.
FBELE Brand is one of the leading Piezo Buzzer suppliers and all of our acoustic components can meet ROHS and REACH, high quality,competitive price.
FBELE is one stop solution for Piezo Buzzer for your project.FBELE can provide OEM and ODM service.whether you are Distributor of Piezo Buzzer or you are manufacturer of electronic products.
Please donot hesitate to contact us immediately for your Inquiry!!
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One is DC drive, and the corresponding buzzer is active buzzer. One is square wave drive, and the corresponding buzzer is passive buzzer.
It directly affects the sound pressure of the buzzer. For the same buzzer, the higher the driving voltage, the greater the sound pressure. However, the driving voltage cannot be higher than the limit voltage borne by the buzzer, which can generally be met within 30V.
The frequency of the buzzer is determined by the buzzer cavity and buzzer blade. Theoretically, any frequency can be achieved. However, in order to facilitate users and standardize products, the more common frequencies are 2KHz and 4kHz, which are the mainstream at present.
The buzzer pin distance directly affects the assembly of the buzzer on the PCB. If the buzzer pin distance does not match the PCB hole distance, it cannot be assembled and used. The common pin distances in the industry are: 5.0mm, 7.6mm, 10mm, 15mm. When designing PCB, it is necessary to design such common pin distances.
The cavity is divided into front cavity and rear cavity. The front cavity mainly affects the frequency of the product. The front cavity is the space between the buzzer and the pronunciation hole. The larger the space volume is, the lower the frequency is, and vice versa. Generally, the intuitive response is that the larger the volume of the buzzer, the lower the frequency, and the smaller the volume of the buzzer, the higher the frequency.