MB7364-120

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• MB7364-120 Application Field and Working Principle
• • Ultrasonic Receivers
  • An MB7364-120 ultrasonic receiver is a receiving device that converts electrical signals into sonic energy. The receiver uses a high-frequency alternating current signal to generate an acoustic signal, which is detected and analyzed by the receiver. The acoustic signal is sent to a user-specified device, such as a computer, for further processing.
  • MB7364-120 ultrasonic receivers are commonly used in industrial, medical, commercial and security applications. For example, in industrial applications, the ultrasonic receiver can be used to detect the location of objects in the workplace. In medical applications, the receiver can be used to monitor the position of a patient’s heart in real time, or to detect irregularities in the circulation of blood. In commercial applications, the receiver can be used to detect the presence of objects inside a store, or to detect changes in customer behavior. In security applications, the ultrasonic receiver can be used to detect the presence of intruders or other security threats.
  • The working principle of an MB7364-120 ultrasonic receiver is simple. It is based on the principle of sonic absorption. When an acoustic wave strikes the receiver, it absorbs some of the energy from the wave and converts it into an electrical signal. The electrical signal is then sent to the user-specified device for further processing.
• • Ultrasonic Transmitters
  • An MB7364-120 ultrasonic transmitter is a transmitting device that converts an electrical signal into sonic waves. The transmitter uses a high-frequency alternating current circuit to generate an acoustic wave, which is transmitted to a user-specified device, such as a computer. The acoustic wave is then detected and analyzed by the user-specified device.
  • MB7364-120 ultrasonic transmitters are commonly used in industrial, medical, commercial and security applications. For example, in industrial applications, the ultrasonic transmitter can be used to sound the alarm in the event of a hazardous event. In medical applications, the transmitter can be used to transmit diagnostic information about the patient\'s health to a remote location. In commercial applications, the transmitter can be used to monitor the presence of customers in a store, or to detect changes in customer behavior. In security applications, the ultrasonic transmitter can be used to detect the presence of intruders or other security threats.
  • The working principle of an MB7364-120 ultrasonic transmitter is based on the principle of sonic transmission. When an acoustic wave strikes the transmitter, it converts the energy from the wave into an electrical signal, which is then transmitted to the user-specified device for further processing. The transmitter then uses this electrical signal to generate an acoustic wave, which is then transmitted to the user-specified device.

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