The ultrasonic impedance analyzer mainly consists of a transmitter, a receiver, a signal processor, and data analysis software. The transmitter generates high-frequency ultrasonic signals and sends them to the material to be tested. The receiver receives ultrasonic signals propagated through the material and transmits them to the signal processor. The signal processor processes and analyzes the received signal to extract information about material properties. Finally, the measurement results will be presented to users in the form of charts, curves, etc. through data analysis software.
Advantages of ultrasonic impedance analyzer:
1. High precision: The ultrasonic impedance analyzer has high measurement accuracy and can accurately reflect the physical and chemical properties of materials.
2. Non destructive: Ultrasonic impedance analysis is a non-destructive testing method that does not cause damage to materials and is suitable for various material types and sizes.
3. Real time performance: Ultrasonic impedance analysis can achieve real-time measurement, which helps with online monitoring and quality control.
4. Wide application range: This method is suitable for various material types, such as metal, non-metal, composite materials, etc., and can be widely applied in multiple fields.
Ultrasonic impedance analyzer, as an important non-destructive testing tool, plays an important role in materials science, biomedical, non-destructive testing and other fields. With the continuous development of technology and the expansion of applications, its future development prospects will be even broader.
Product name | Sound intensity measuring instrument | Numbering | |
Model | PLS-SYJ100 | Date of inspection | |
Testing base | Enterprise production specification | Detection parameter | The test sound intensity is 0.8W/cm², which meets the factory requirements |
Test equipment parameters | Frequency: KHz, Power: KW. | ||
Test items | Sound intensity meter parameter measurement | Conclusion | Compliance with the factory-leaving standard of enterprises |