Ultrasonic Receivers, Transmitters

The MB7092-500 is a highly-accurate ultrasonic receiver and transmitter. It is capable of receiving and transmitting precise acoustic signals with very low latency. Designed for marine applications, the MB7092-500 allows for quick and reliable communication between a receiver and a transmitter in extremely challenging environments. This article will cover the MB7092-500’s application field and working principle.

Application Field

The MB7092-500 ultrasonic receiver and transmitter can be applied to a variety of marine applications, including underwater navigation, research, and surveillance. The device is designed to survive the extreme conditions found in the maritime environment, including high pressure and salinity. It is also capable of accurately tracking and mapping objects with a range of up to 500 meters. As such, it is perfect for mapping the seafloor or for surveying ports and harbors. This device is also extremely sensitive, meaning it can detect even tiny changes in acoustic signals, making it an ideal choice for underwater research and surveillance.

Working Principle

The MB7092-500 ultrasonic receiver and transmitter uses a sound wave to communicate. It works by emitting a short series of very high-frequency signals. These signals are detected by the receiver, which then interprets the signal and carries out the desired action. The device uses two transducers; one to send the signals, and one to detect them. The device is highly sensitive to even small changes in the sound frequency, meaning it can accurately measure and transmit data even in the most challenging of environments.

Conclusion

The MB7092-500 ultrasonic receiver and transmitter is an incredibly accurate device. Its accuracy and reliability make it an ideal choice for underwater navigation, research, and surveillance applications. It is capable of accurately tracking and mapping objects with a range of up to 500 meters and can detect even tiny changes in acoustic signals. Its design allows it to survive the extreme conditions found in the maritime environment, making it the perfect choice for a range of challenging applications.