MB7062-721

Ultrasonic Receivers, Transmitters

Ultrasonic receivers and transmitters use sound waves that travel through air or liquids to detect and transmit information. By passing high frequency sound waves through a medium such as air, water, or a solid object, receivers and transmitters can send and receive signals from far away or even underwater, be used to measure distances, and even detect motion. The MB7062-721 was created by Gansu Science & Technology Co. to be a reliable, cost-effective ultrasonic receiver and transmitter.

MB7062-721 Application Field

The MB7062-721 transmitter-receiver employs ultra-sonic waves in air or in liquids to detect and transmit data. It has a wide range of applications in environmental protection, buildings, industrial production, manufacturing, and healthcare. More specifically, it can be used in leak and pipe inspections, flowmeter measurements, object detection, and also as a component for intelligent robots, automatic tracking, and security monitoring.

MB7062-721 Working Principle and Features

The MB7062-721 works by utilizing a transmitter module to send out sound waves at 40KHz frequency and a receiver module to capture the reflected waves. The receiver selectively detects echoes that correspond to predefined characteristics, and converts them to useful electronic data with accuracy up to +/- 1mm. The device also features a real-time deterministic system which can accurately detect sounds over a large range with extremely small time delays. The extreme accuracy makes the MB7062-721 ideal for applications that require precise distance measurements.

Designed to operate in both air and liquids, the MB7062-721 also offers robust resistance against interference, and its powerful energy efficiency module helps to prolong battery life for remote devices. With a compact size, the device is capable of working in limited-space environments and hard-to-reach locations. Finally, it can operate in temperatures between -10C and +50C, making it suitable for a wide range of applications.

Conclusion

The MB7062-721 ultrasonic receiver-transmitter is designed to be a high-performance, cost-effective device for a wide range of applications, including environmental protection, buildings and industrial production, manufacturing, and healthcare. Its real-time deterministic system enables high accuracy measurements, while its robust construction makes it highly resistant against interference. Its versatility in both air and liquid environments, combined with its small size, make it suitable for any situation. All these features combined make the MB7062-721 the ideal device for ultrasonic receivers and transmitters.