Piezoelectric discs are materials that can convert mechanical energy into electrical energy, and their working principle is based on the piezoelectric effect. Piezoelectric effect refers to the phenomenon of uneven distribution of charges in certain crystal materials when subjected to external forces, resulting in potential differences and electric fields. This phenomenon is called the piezoelectric effect.
Piezoelectric discs have a wide range of applications, such as in the fields of acoustic sensors, vibration sensors, pressure sensors, accelerometers, electronic cigarette lighters, ultrasonic generators, and so on. In acoustic sensors, piezoelectric plates can convert sound waves into electrical signals, thereby achieving the recording and playback of sound. In vibration sensors, piezoelectric plates can convert mechanical vibration into electrical signals, thereby achieving vibration detection and measurement. In pressure sensors, piezoelectric plates can convert pressure into electrical signals, thereby achieving the measurement of pressure.
The advantages of piezoelectric pressure sensors are that they have self generated signals, output signals, high frequency response, small size, and sturdy structure. However, due to the fixed amount of charge in the piezoelectric disc, special attention should be paid to avoid leakage during connection. FBELE offers a wide range of sizes of piezoelectric discs to choose from, and professional engineers provide you with reliable advice.
Piezoelectric discs are materials that can convert mechanical energy into electrical energy, and their working principle is based on the piezoelectric effect. Piezoelectric effect refers to the phenomenon of uneven distribution of charges in certain crystal materials when subjected to external forces, resulting in potential differences and electric fields. This phenomenon is called the piezoelectric effect.
Piezoelectric discs have a wide range of applications, such as in the fields of acoustic sensors, vibration sensors, pressure sensors, accelerometers, electronic cigarette lighters, ultrasonic generators, and so on. In acoustic sensors, piezoelectric plates can convert sound waves into electrical signals, thereby achieving the recording and playback of sound. In vibration sensors, piezoelectric plates can convert mechanical vibration into electrical signals, thereby achieving vibration detection and measurement. In pressure sensors, piezoelectric plates can convert pressure into electrical signals, thereby achieving the measurement of pressure.
The advantages of piezoelectric pressure sensors are that they have self generated signals, output signals, high frequency response, small size, and sturdy structure. However, due to the fixed amount of charge in the piezoelectric disc, special attention should be paid to avoid leakage during connection. FBELE offers a wide range of sizes of piezoelectric discs to choose from, and professional engineers provide you with reliable advice.
