Simulation of Ultrasonic Sensor at Lower Ultrasonic Range in Data Transmission

At present, the modeling of an ultrasonic transducer at the lower ultrasound range (20 kHz) during data transmission is being defaced. Ultrasonic sensors are a key part of ultrasonic technology. The use of ultrasonic vibrations is one of the simplest and most effective ways to process an ultrasonic signal. The advantage of this method is that ultrasound is not audible to the human ear, so it does not have a negative mental effect on a person and by increasing the radiation power, a larger suppression area can be achieved. More recently, information-processing technologies in corporate communication systems and information transfer using ultrasonic vibrations are increasingly being used. This is because more advanced applications are emerging in the field of wireless (short and long range) communication and data transmission, and at the same time, new challenges arise that require these corporate systems to have high frequency, wide bandwidth and compact size. The use of simplified physical models does not allow obtaining the expected results in the process of structural analysis of the latter. In this regard, the need arose for the integration of models that regulate and take into account a wide variety of material properties and allow you to solve with the help of powerful software in computer modeling is the ANSYS software package.