MB7360-211

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Ultrasonic receivers, transmitters are devices that make use of ultrasonic sound waves for various purposes such as sensing and communication. The MB7360-211 is an ultrasonic receiver and transmitter which can be used in a variety of different applications.

The MB7360-211 is an ultrasonic receiver and transmitter that is largely used in medical applications for voice communication and ultrasound imaging. It uses the ultrasonic frequency range from 40 to 70 kHz to capture and analyze sound. It is capable of detecting sound at low levels and compressing signals up to eight times over digital pathways. The device is designed to send and receive signals across a wide range of distances making it suitable for various applications such as voice communication, medical imaging, and detection of objects in motion.

The working principle of the MB7360-211 is based on the Doppler effect. The process involves transmitting an ultrasonic signal from one point and receiving the reflected signal at another point. The Doppler effect occurs when the sound wave traveling between two points is changed by the movement of one of the points. When the transmitter and receiver are both stationary, the ultrasonic signal is reflected and travels back in the same direction. With the receiver moving closer to the source of the sound, the Doppler effect describes the change in frequency which is then used to determine the distance between the two points.

The MB7360-211 has a wide range of applications in medical fields such as imaging and voice communication. It can be used in medical imaging devices to send ultrasound waves to localize an object and receive reflected sound waves to view the position of the object. It is also used in communication systems for transmission or reception of voice waves across a wide range of distances. The MB7360-211 is also capable of sensing the movement of objects in motion and is used for detecting objects such as animals, vehicles, and ships.

The MB7360-211 is a versatile device that can be used for many different applications. It has a wide range of applications in the medical field, from ultrasound imaging to voice communication and has a variety of uses in transportation and navigation. Also, the usage of ultrasonic sound waves allows for the transmission and reception of data at a variety of distances making it suitable for many different applications.

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