MB7460-210

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MB7460-210 Application Field and Working Principle

The MB7460-210 is an Ultrasonic Receiver, Transmitter designed to sense distance by sending and receiving sound waves.The device operates at a frequency of 40KHz and an output of 10 μV/cm. Achieving a level of sensitivity greater than that of comparable piezoelectric devices, and the ability to program the number transmitted signals, the MB7460 can be used in a variety of applications.

An example of such an application is the control of robotic arms by locating the movement of the hand. By placing a series of ultrasonic sensors around the work area, the robotic arm can be precisely controlled. The number of sensors used to control the robot arm depends on the size of the work area, as well as the accuracy desired.MB7460-210 can also be used in medical applications. Its ability to detect motion makes it suitable for a range of medical procedures, such as measuring hunchback so as to quantify the degree of scoliosis.

The working principle of the MB7460-210 is based on the reflectionof sound waves. An ultrasonic transceiver is used to generate sound waves with a frequency of 40KHz. The transceiver sends out these sound waves, which then travel through the air. When the sound waves strike an object, they are reflected back to the ultrasonic transceiver, which interprets the reflected signals and generates a signal proportional to the distance of the object.

The MB7460-210 is capable of emitting pulses of up to 10 μV/cm, which is ten times greater in magnitude when compared to a typical piezoelectric device. Furthermore, the MB7460-210 can be programmed to send out certain specific pulses rather than just a single pulse of sound waves. This feature makes it an ideal choice for applications which require a precise positioning.

To sum up, the MB7460-210 is an Ultrasonic Receiver, Transmitter designed for distance sensing applications. It operates at a frequency of 40KHz and produces an output of 10 μV/cm. Its ability to emit specific pulses makes it suitable for precise positioning applications, including control of robotic arms and measurement of hunchbacks. Its principle of operation is based on the reflection of sound waves.

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