MB7380-700

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Ultrasonic receivers and transmitters are important components in the fields of robotics, instrumentation, and any application that requires acoustic sensing. The MB7380-700 is a precision ultrasonic receiver and transmitter for remote sensing, acoustic telemetry, imaging, and other applications.

Description

The MB7380-700 is an ultrasonic receiver and transmitter deep submergible to 7000 meters. The receiver has a wide input dynamic range, making it suitable for a variety of remote sensing applications. The transmitter is connected to a T-shape transducer and is used for acoustic telemetry, image generation, or energy transmission.

Application Field

The MB7380-700 is designed for underwater acoustic sensing. It can be used in robotics, instrumentation, and different fields of research requiring acoustic sensing. The receiver is used for remote sensing of various underwater environments, including seismic surveying, acoustic imaging, hydrological measurements, and ping-mapping. The transmitter is used for acoustic telemetry, energy transmission, and imaging.

Working Principle

The working principle of the MB7380-700 is based on the conversion of sound energy to electrical energy, and vice-versa. When sound waves are received by the transducer, they are converted to electric signals and sent to the receiver through an underwater cable. The receiver then amplifies and processes the signals to generate the required output. The transmitter works similarly, by converting an electrical signal to an acoustic signal which is then sent to the transducer.

The MB7380-700 incorporates advanced signal processing algorithms which make it suitable for a variety of remote sensing applications. Its sensitivity and selectivity are optimised for different frequency bands and sound sources. It is also equipped with noise reduction and signal enhancement features to reduce interference and increase accuracy.

Conclusion

The MB7380-700 is an advanced underwater acoustic sensing system designed for robotics, instrumentation, and research fields. Its receiver has a wide dynamic range and is suitable for remote sensing applications, while its transmitter is useful for acoustic telemetry, energy transmission, and imaging. It is equipped with advanced signal processing algorithms for optimised sensitivity and selectivity, as well as noise reduction and signal enhancement features for increased accuracy. The MB7380-700 is a reliable and powerful tool for various applications in underwater acoustic sensing.

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