MB7060-300

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The MB7060-300 ultrasonic transducer is an ultrasoinc transcever that is used to detect objects and measure distances in a variety of applications, such as consumer electronic devices, industrial systems, medical applications, and the automotive industries. This type of transducer is used to convert sound into electrical signals and vice versa. This allows for the measurement of distances up to two hundred meters. The transducer consists of a transmitter and receiver, which work together to transmit and receive sound waves in the form of Ultrasonic energy waves.

The transmitter consists of a crystal oscillator, a signal transmit amplifier, and an amplifier stage. The crystal oscillator generates high-frequency ultrasonic energy waves, at frequencies above 20 kHz, which are then amplified by the signal transmit amplifier. The amplified signal is sent to the amplifier stage where it is amplified again before being sent to the air through an air filled diaphragm.

The receiver consists of an ultrasonic transducer, a signal receive amplifier, and a detector stage. The transducer receives the ultrasonic energy waves and converts them to electrical signals, which are then amplified by the signal receive amplifier. The amplified signal is then sent to the detector stage, where it is filtered and converted to a digital signal that can be used by the equipment to measure distances.

The MB7060-300 is a highly sensitive transducer that is capable of detecting very small changes in distances. This makes it suitable for applications such as medical diagnosis, industrial measurement, and automotive navigation. The ultrasonic signals are also relatively unaffected by disruptive noise from other signals, making it suitable for use in noisy environments.

In summary, the MB7060-300 ultrasonic transducer is a reliable and accurate transducer that is capable of accurately measuring distances up to two hundred meters. It is suitable for a wide variety of applications, including consumer electronic devices, industrial systems, medical applications, and the automotive industries. Its robustness and sensitivity enable it to be used in noisy environments, as well as for precise measurement tasks.

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