ATS120B-E

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Crystals are solid substances that have an orderly internal arrangement of atoms and molecules. Examples of crystals include diamond, quartz, tourmaline, calcite, graphite and mica. Crystals have different properties depending on their chemical composition and crystal structure.

The ATS120B-E is a Piezoelectric Ultrasonic Crystal developed by Megger. This device is designed to detect and locate weak signals, thus being an ideal tool for scientific research. It works similarly to a microphone; when an electrical impulse is applied to the crystal, it vibrates and creates an acoustic wave.

The application field of ATS120B-E is broad; the most significant use of this ultrasonic crystal is in the medical imaging field. It has been used to visualize and localize bone fractures in orthopedic hospitals. Due to its high sensitivity, ATS120B-E is also used to diagnose nerve damage in patients with numbness and paralysis. Moreover, this device can be used for analyzing the wave characteristics of an artificial wave field.

Besides, ATS120B-E can be used in other fields, such as detecting corrosion in pipelines, checking pipeline defects, monitoring the motion of liquids in tanks, controlling acoustic signals, and measuring the weight of thin films.

The working principle of the ATS120B-E is based on the vibrational response of the piezo-piezo-electric crystal. This device works in two states; one is static state and the other is vibration state. When an external electric charge is applied to the crystal, it vibrates so as to create a wave. The wave is transmitted through the crystal lattice, and when it reaches the surface, it is detected by a transducer. By measuring the amplitude of the wave and its frequency, the device can measure properties such as temperature, pressure, and viscosity.

In conclusion, the ATS120B-E is a highly versatile piezoelectric ultrasonic crystal that can be used for a variety of applications. It has a wide range of applications in the medical imaging field and can also be used in other areas such as corrosion detection, pipeline defect inspection, fluid dynamic monitoring, and thin film weight measurement. It works by detecting the vibrational response of the crystal when an electric charge is applied, thereby measuring various properties of the wave field.

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