High Precision Ultrasonic Element Analyzer For Parameter Testing

Ultrasonic impedance detector,also known as ultrasonic frequency measuring instrument,ultrasonic transducer parameter analyzer,ultrasonic transducer impedance tester and ultrasonic performance analyzer.this instrument is composed of hardware and software Impedance analyzer is an essential instrument in the production of each ultrasonic equipment, which is used for component measurement and identification and resonance frequency measurement.

The instrument can measure the admittance characteristic curve of piezoelectric elements (admittance is equal to the reciprocal of impedance), analyze and extract the above required parameters. Four characteristic curves of piezoelectric elements (admittance characteristic diagram, impedance characteristic diagram, admittance coordinate diagram and impedance coordinate diagram) can be obtained by using this instrument.

In addition, it is easy to save and print the measurement results. The instrument combines hardware and PC software for impedance analysis. The hardware system completes the impedance measurement, and the host computer software completes the impedance analysis and parameter extraction. The instrument is used to guide the test and use of piezoelectric components. It is a comprehensive solution for piezoelectric component measurement and analysis, and can evaluate and test the parameters of piezoelectric components.

This instrument is suitable for all kinds of ultrasonic device measurement, including: ultrasonic transducer, ultrasonic horn, ultrasonic mold (tool head), independent piezoelectric ceramic, ultrasonic cleaning machine, ultrasonic plastic welding machine, magnetostrictive material, ultrasonic Crushers, ultrasonic atomization, phacoemulsification, ultrasonic descaling, and other devices and equipment that use ultrasound. In the development and production process of ultrasonic equipment, engineers can use ultrasonic frequency measuring instruments to test ultrasonic parts products, and whether their quality, performance and parameters meet the requirements.