Introduction

XLH735045.158400X is an Oscillator which is specially designed for applications that require a highly dependable operation. Its output frequency varies with the time constants of crystal oscillators and output frequencies that take into account temperature, voltage, and stress variations. Nevertheless, not all application fields of XLH735045.158400X can be known clearly undefined. Thus, this article will be mainly devoted to a detailed introduction on the application field and working principle of XLH735045.158400X.

Application Field

XLH735045.158400X oscillator is an ideal product for short ambit and abrupt pulse test, since its high instantaneity response and miniaturization design can ensure good performance of pulse tests. In addition, not only crystal oscillator but also SAW oscillator can be used as XLH735045.158400X’s timing control to meet different pulse tests. The oscillator is also applied in Automotive applications, AC transmission and frequency synchronization of Navy and marine engineering. In such cases, its miniaturization design and low power consuming make it suitable.

XLH735045.158400X oscillator is also used in high stability, precision time synchronization system. The oscillator is designed to achieve precision time synchronization by minimizing phase noise, signal drift and time jitter effects. Besides, XLH735045.158400X is featured with long service life, good consistency and high reliability, which makes it be an ideal device for many industrial and communication applications.

Working Principle

XLH735045.158400X oscillator working principle is based on the fact that quartz crystal has piezoelectric effect, which makes it vibrate at a specified frequency. This oscillator is powered by DC power supply and the output voltage is generated by the oscillation of quartz crystal. The output voltage is then stabilized and refined through high precision filter.XLH735045.158400X’s working frequency can be adjustable by adjusting the frequency constants of the crystal oscillator, so that it can be used in different applications.

However, the output frequency of XLH735045.158400X can vary with the time constants as well as temperature, voltage and stress variations. Thus, this oscillator includes a temperature compensation circuit to ensure that its output frequency is stable under normal working environment.

Besides, XLH735045.158400X is designed to be highly reliable, which ensures that its output frequency can be maintained in a specified range for a long period of time. This is done by minimizing the effects of component aging and vibration on the quartz crystal.

Conclusion

XLH735045.158400X is an oscillator which is especially designed for high dependability and excellent performance in many industrial and communication applications. This oscillator has many remarkable features, such as adjustable output frequency, temperature compensation, miniaturization design and low power consuming. Also, its working principle is based on the vibrating quartz crystal which generates a stable output voltage. By understanding its application field and working principle, the potential of XLH735045.158400X can be fully uncovered.