MB7360-700

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Ultrasonic receivers, transmitters, and MB7360-700 are a common type of technology used in various fields. This type of technology is quite useful in the areas of sensing, communication, medical imaging, and navigation. In this article, we will discuss the MB7360-700 application field and working principle.

The MB7360-700 is an underwater transceiver developed by Megaboost. It is a high-performance sonar transceiver that is able to transmit and receive up to a range of up to 700 meters. The transmitter is integrated with a 2 kW amplifier, a directional antenna mounted on a 20-meter coaxial cable, and a massive 32-bit ADC (Analog/Digital Converter). It also has a Biot-Savart law to accurately steer the transmitted beam.

The MB7360-700 is commonly used in the field of underwater sensing. It is designed to provide a much higher range than conventional sonar systems, allowing it to detect submarines and other underwater objects up to a range of 700 meters. It can also be used to detect other targets, such as fish and debris, in the water. With its powerful transmitter and receiver, it can be used to measure water salinity, temperature, and currents.

The MB7360-700 also finds application in medical imaging. It can be used to detect tumors, abnormal tissues, and other physical abnormalities. With its sensitive receivers, it can accurately detect pathologies, allowing healthcare professionals to identify and diagnose diseases quickly and accurately.

It can also be used for navigation due to its ultra-high resolution. It can accurately detect objects in the surrounding area and provide real-time data that can be used to navigate vessels or robots in a complex environment. It is also used in the field of communications due to its ability to transmit data to a range of up to 700 meters. This allows for the communication of critical data between ships and other vehicles in a cost-effective manner.

Now that we have an idea of what the MB7360-700 is used for, let’s discuss its working principle. The transmitter is an electromagnetically driven antenna that is designed to generate pulsed ultrasound waves. These waves travel through the air and water and are then detected by the receiver. The receiver then processes the incoming signals according to the operating frequency range, amplitude, frequency modulation, and pulse modulation of the signals. The received signals are then digitized and reproduced for further analysis.

In conclusion, the MB7360-700 is a powerful ultrasonic transceiver that finds application in the fields of sensing, medical imaging, navigation, and communication. It is able to transmit and receive up to a range of up to 700 meters. It is also capable of detecting targets such as submarines and fish. Its operating principle involves the use of an electromagnetically driven antenna that generates pulsed ultrasound waves. The signals are then detected and processed by the receiver before being further analyzed.

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