MB7384-120

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Ultrasonic communication is a form of wireless communication that involves the use of audio frequencies to transfer data between two distinct points. Ultrasonic receivers, transmitters, and related peripheral components form the backbone of an ultrasonic communication network. The MB7384-120 is an integrated transceiver module used to enable reliable ultrasonic systems. This article outlines the application fields and working principle of the MB7384-120.

The MB7384-120 is designed to support both transmission and reception of ultrasonic sound waves. It is implemented as a single integrated circuit formed from a transmitter, receiver, and embedded microcontroller. It has internal memory storage, allowing it to store a variety of transmission parameters and communication protocol settings, making the module flexible for use in a wide range of applications.

The frequency range supported by the module ranges from 40kHz to 120kHz, covering the majority of ultrasonic sound waves used in commercial applications. The module also has a selectable power output, allowing it to transmit strong signals without the need for external amplifiers. The module can also feature pulse repetition frequency control (PRFC) with adjustable burst lengths, allowing for improved performance in noisy environments.

The MB7384-120 has a wide range of potential applications, ranging from scientific research to industrial automation. The module can be used to transmit, receive, and process information in the form of ultrasonic waves. This makes the MB7384-120 well suited to tasks such as remote sensing, security and surveillance, location tracking, and communication between networked devices. In addition, the module can be integrated into medical imaging systems, where it can be used to transmit and receive image information.

The working principle of the module relies on the mechanics of ultrasonic sound waves to send and receive data. To transmit data, the module generates an ultrasonic signal with a range of parameters determined by the user. This signal is then transmitted to the intended receiver, which then decodes the signal and extracts the data. The module uses a combination of frequency modulation and frequency hopping to encode the data, providing secure and reliable communication.

Upon receipt of an ultrasonic signal, the module then processes the data and stores it in its internal memory. This allows for the data to be retrieved later, making the module ideal for applications that require storage and retrieval of data such as tracking and surveillance. The module is also designed to support advanced signal processing features such as equaliki bend compensation and the filtering of out-of-range frequencies, ensuring reliable transmission even in harsh conditions.

In conclusion, the MB7384-120 is an integrated transceiver module designed to support the transmission and reception of ultrasonic signals. It offers a wide range of features, allowing it to be used in a variety of applications from scientific research to industrial automation. The module utilizes frequency modulation and frequency hopping to securely encode data, allowing for reliable and secure communication.

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