The ultrasonic sound intensity measuring instrument, as an outstanding representative of modern acoustic measurement technology, plays an indispensable role in multiple fields with its high precision, high sensitivity, and wide applicability. It can not only accurately capture the intensity information of ultrasound, but also provide valuable reference for researchers through professional data analysis.
The working principle of this measuring instrument is based on the propagation characteristics and energy conversion mechanism of ultrasound. When ultrasound propagates in a medium, its energy distribution is closely related to sound intensity. The measuring instrument receives ultrasonic signals and converts them into electrical signals. After a series of fine signal processing and analysis, the final value of ultrasonic sound intensity is obtained. During this process, the measuring instrument adopts advanced signal amplification, filtering, and calibration techniques to ensure the accuracy and reliability of the measurement results.
| 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 |
