416F360X3ATT

Introduction

416F360X3ATT is a versatile piezoelectric eletromechanical transducer designed for use in a wide range of acoustic, sonar, and related applications. It is capable of handling high-voltage pulsed excitation, and provides very good mechanical stability and acoustic performance. The latest version of the device is also equipped with improved internal circuitry for greater accuracy and better signal-to-noise ratio.

Application Field

The 416F360X3ATT is designed for high-voltage applications requiring high accuracy and precision measurements. This device is suitable for a variety of acoustic and sonar applications, including depth sensing, acoustic navigation, sub-bottom profiling, seabed mapping, and corridor sounding. In addition, this device is suitable for use in seismic studies, underwater mapping, and fish finding. The 416F360X3ATT is also suitable for use in high-pressure and deep-ocean environments thanks to its secure construction.

Working Principle

The 416F360X3ATT transducer works by converting electrical energy into mechanical energy. This is done by forcing a piezoelectric crystal to vibrate, creating waves. These waves then propagate outwards from their source, transferring energy from one medium to another. This is how sound waves are created and how acoustic imaging is produced. The 416F360X3ATT is designed to pick up these sound waves and, using the piezoelectric effect, convert them back into electrical signals. These signals are then amplified and digitized for further analysis and interpretation.

Conclusion

The 416F360X3ATT transducer is a versatile and reliable device suitable for a wide range of acoustic and sonar applications. It is capable of producing accurate and high-quality measurements thanks to its improved internal circuitry. Furthermore, the 416F360X3ATT is designed to be robust enough to withstand high-pressure and deep-ocean environments. The device works by converting electrical energy into mechanical energy and back, allowing sound waves to be detected and converted into electrical signals for further use.