MB7380-621

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MB7380-621 is a two-channel, 36-bit, all-digital, self-checking, ultrasonic receiver, transmitter, and transceiver package used in industrial, medical, and automotive applications. Originally designed for the automotive industry, the MB7380-621 has found application in a variety of industries.

The MB7380-621 includes two channels: a bi-directional digital transceiver and a pulsed transmit/receive unit. The digital transceiver can handle transmission and reception of both frequency and time-stamped packets, and can provide users with an unprecedented degree of flexibility and accuracy in their communication. The pulsed transmit/receive module can be used for both short range and long-distance time-of-flight measurement, providing the user with precise timing accuracy and extensive range.

The MB7380-621 is capable of providing users with up to a 6 dB improved signal over existing digital systems. This improved performance is due to a combination of the improved signal-to-noise ratio of the digital transceiver and the efficient use of the ultrasonic impulse. By using the impulse to initiate and maintain communication, the signal-to-noise performance is improved and the range and accuracy of the system are improved as well.

The MB7380-621 accepts ultrasonic impulses in a standard time-of-flight format. The package’s sophisticated signal processing ensures accurate range measurement, fast data acquisition, and high data integrity. Because the transceiver can be used for two-way communication, it provides a high degree of flexibility and allows the device to be tailored to any application.

The MB7380-621 is designed to be an all-in-one ultrasonic receiver, transmitter, and transceiver package, offering users a high degree of flexibility and performance. It can be used for both short and long range applications and offers superior range, accuracy, and signal-to-noise performance. Because it can handle both frequency and time-stamped data, it is ideal for a variety of applications, including industrial, medical, and automotive.

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