How Does a Piezoelectric Accelerometer Work: An Overview for OEMs

Chengdu Enviko Technology Co., Ltd. is proud to present its revolutionary new product – a piezoelectric accelerometer that can accurately measure acceleration in a wide range of applications. So, how does a piezoelectric accelerometer work? Our device is based on the principle of piezoelectricity, where a crystal material generates an electric charge when it's subjected to mechanical stress. In simple terms, when the accelerometer is subjected to acceleration, it generates an output signal proportional to the acceleration.

Our product is designed to be versatile and reliable, making it ideal for a variety of applications, including automotive engineering, aerospace, and medical research. Our state-of-the-art manufacturing facilities ensure that our products adhere to the highest quality standards, and our team of skilled professionals is committed to providing top-notch customer service. Our product is CE certified, which guarantees its compliance with the European Union's health and safety standards. Contact us today and let Chengdu Enviko Technology Co., Ltd. help you take your measurements to the next level!
  • Piezoelectric accelerometers are used to measure acceleration, vibration, and shock in various industrial, automotive, aerospace, and medical applications. This type of accelerometer works by utilizing piezoelectric crystals that generate an electric charge when they are subjected to stress or acceleration. The generated charge is proportional to the amount of stress or acceleration and can be measured to determine the motion or vibration of the object. Piezoelectric accelerometers are comprised of a housing, a seismic mass, and piezoelectric crystals. The housing contains the crystals and is attached to the object that is being measured. The seismic mass is attached to the crystals and moves with the object in response to acceleration or vibration. When the seismic mass moves, it applies stress to the crystals and generates an electric charge. This charge is then amplified and sent to an instrument that processes the data. There are different types of piezoelectric accelerometers available, including low-frequency accelerometers, high-frequency accelerometers, and triaxial accelerometers. Each type has different capabilities and is suited for specific applications. In summary, piezoelectric accelerometers work by using piezoelectric crystals to generate an electric charge proportional to the amount of acceleration or vibration. They are used to measure motion and vibration in various applications and come in different types to suit different needs.
  • Understanding the Principle of Piezoelectric Accelerometers for Vibration and Acceleration Measurement

    Piezoelectric Accelerometer: Measuring Vibration and Acceleration with Precision Piezoelectric accelerometers are essential tools in measuring the vibration and acceleration of objects and structures
  • Repair and Maintenance Contract for Weigh-in-Motion Stations in Washington D.C.

    article for a trade publication targeting industry professionals and potential customers. Enviko Group Awarded Weigh-In-Motion Stations Repair and Maintenance Contract Enviko Group, a leading provid
  • Buy the Best Angle Measurement Inclinometers: Choose from 96 Top-quality Products on DirectIndustry

    Enviko Group Expands its Reach with Establishment of HK ENVIKO and Chengdu Enviko Technology Enviko Group, a leading company in the piezoelectric industry, has announced the establishment of two new
  • Product Information for Strain Gauges: Manufacturer and Supplier Details

    article on the importance and applications of strain gauges in the field of structural engineering and industrial testing. Strain gauges have become an indispensable tool in the field of structural e
  • ;