XLL73V100.000000I

Oscillators: XLL73V100.000000I Application Field and Working Principle

The XLL73V100.000000I series of oscillators are widely used as an alternator in the aerospace and industrial sectors. They feature high precision and stability and are designed for use in rotating machinery such as turbines, compressors, and pumps. This article will provide an overview of the XLL73V100.000000I application field and working principle.

Application Field

The XLL73V100.000000I series of oscillators are ideal for use in aerospace applications, where safety and reliability are of utmost importance. The oscillator is designed for operation in high vibration and temperature settings, ensuring reliable operation in the demanding environment. This makes them perfect for use in turbines, compressors, pumps, and other rotating machinery applications.

The oscillator is also designed for use in industrial settings, where precision and accuracy are highly valued. The oscillators are designed with high linearity and low phase noise, giving them the ability to accurately measure high-speed rotating machinery and capture minute variations in speed. Additionally, the oscillators are designed to be tolerant of temperature changes, ensuring accurate readings even when the temperature changes rapidly.

Working Principle

The XLL73V100.000000I oscillator works on the principle of using an alternating voltage signal to cause a magneto-mechanical coupling to change its shape. This change in shape changes the inertia of the magneto-mechanical coupling, which causes the frequency of the signal to change. By monitoring the changes in frequency, the oscillator can accurately measure the acceleration and speed of the rotating equipment.

The oscillator works by generating an alternating current signal, which is then applied to an input winding. This alternating current is then converted to a DC signal and sent to the output winding. The DC signal is then rectified, and the resulting AC voltage is used to drive the magneto-mechanical coupling. When the coupling experiences an increase in inertia, the frequency of the output signal changes.

The XLL73V100.000000I oscillator is designed for high accuracy and stability, making it suitable for use in a variety of applications. The oscillator is designed with a high linearity, allowing it to accurately measure minute variations in speed. Furthermore, the oscillator is designed to be tolerant of temperature changes, ensuring reliable readings in rapidly changing environments.

Conclusion

The XLL73V100.000000I series of oscillators are designed for use in demanding aerospace and industrial applications where accuracy and reliability are of paramount importance. The oscillators feature high linearity and stability, making them perfect for use in rotating machinery applications. Additionally, the oscillators are designed to be tolerant of temperature changes, ensuring accurate readings even in rapidly changing environments.