MB7460-500

Ultrasonic Receivers, Transmitters and the MB7460-500 are vital components in a wide range of applications.

The MB7460-500 is an advanced ultrasonic transceiver, which combines both transmitting and receiving capabilities with the ability to operate in time domain echo ranging (TDE) and frequency domain echo ranging (FDE) modes. The MB7460-500 enables high acoustic power levels, making it possible to detect objects with large differences in impedance. The combination of higher power and broadband operation allows the MB7460-500 to operate in both short distance and long distance applications.

The powerful signal processing capabilities of the MB7460-500 enable it to adapt to its environment by automatically selecting the frequency and duty cycle settings that provide optimum performance in challenging conditions and provide the best signal-to-noise ratio. This allows for greater flexibility in design, as the MB7460-500 can be easily configured to meet a wide variety of performance requirements.

The MB7460-500\'s high power output and frequency control make it suitable for a variety of long-distance and short-distance applications. This includes range-finding applications, liquid level measurement, nondestructive testing and medical imaging. The MB7460-500 can also be used for 3D motion detection for security and facial recognition applications.

The MB7460-500 follows the standard of ultrasound operation. It emits an ultrasonic signal in the form of a pulse at a pre-determined frequency and then wait for the echo of the sound pulse to be reflected back from the target object. By comparing the time it takes for the transmission and reception of the signal, the MB7460-500 can calculate the distance to the target. The MB7460-500 utilizes both the TDE and FDE modes to increase the accuracy of the distance calculation.

In the TDE mode, the MB7460-500 measures the time it takes for a transmitting pulse to reach the target, and then reflects back to the transceiver. The distance to the object is calculated by the following equation: Distance = Speed of sound x Time of Travel of Ultrasound / 2. In FDE mode, the MB7460-500 first transmits a sweep of frequencies, and then records the received frequencies and compares them to the transmitted frequencies. The difference between the received and transmitted frequencies is then used to calculate the distance to the object.

The MB7460-500 is an ideal choice for a variety of applications, from range-finding to security systems, due to its versatility and high-performance capabilities. The combination of high output power, frequency application, and TDE and FDE modes enable the MB7460-500 to accurately measure distance to objects in a variety of environments, making it suitable for a wide range of applications.