MC-156 32.7680KA-A0: PURE SN Datasheet/PDFIntroduction
MC-156 32.7680KA-A0: PURE SN is a platinum-based piezoelectric transducer, also known as PZT components, used in both medical and industrial application fields. Thanks to its unique properties and excellent performance, it is widely applied in vibration and sound sensors, position and pressure sensors, as well as high power applicators in medical and industrial application fields.
Application Field
Medical Application
In medical applications, the transducer can be used in various medical instruments such as Doppler ultrasound imaging, ultrasonic diagnostics, diaphragm transducers, ultrasonic scalers, ultrasonic testers and ultrasonic vibration motors. The transducer can accurately detect the vibration frequency, amplitude and phase. It also has a wide dynamic range and high sensitivity.
Industrial Application
The transducer can also be used in industrial application fields such as vibration sensing, joint inspection, and machine condition monitoring. Due to the high stability and shock resistance of the component, it is also frequently used in high-precision mechanical systems such as robotic arms, servo motors, and machine tools.
Working Principle
When a voltage is applied to the electrodes, the electrical field increases the polarization of the material, which causes the material to expand or contract in the presence of an external force, such as an acoustic wave. The material transfers energy from the force to the electrical terminals, which can be converted into electrical signals and recorded.
In terms of power output, the transducer has a large dynamic range (from low to high voltage), low heat dissipation, and a high resonant frequency. It is capable of providing output signals of different frequencies and amplitudes, and is suitable for producing high power forms (up to 10 watts).
Conclusion
In summary, MC-156 32.7680KA-A0: PURE SN is a high-performance piezoelectric transducer used in both medical and industrial applications. It can accurately detect and convert vibration frequencies and amplitudes into electrical signals. It has a large dynamic range, low heat dissipation, and is able to output high power forms. It is an ideal choice for vibration monitoring, joint inspection, and machine condition monitoring in various application fields.