445C32D25M00000

445C32D25M00000 Application Field and Working Principle

The 445C32D25M00000 crystal is a common type of quartz crystal clock or oscillator which is furnished as a metal package that contains leakage coils and other components.

445C32D25M00000 Application Field

Due to its relative small size, modest power consumption, and wide margin of operating temperature, the 445C32D25M00000 crystal is commonly used in clocks, counter timers and supervisory circuits in a variety of consumer electronics. They are also widely used in a number of communication systems, such as GPS systems, aviation systems, satellite TV receivers and other similar applications.

What’s more, it is also used in a variety of applications, such as radio and TV receivers, test equipment and industrial automation, as well as various military, aviation and car navigation systems. The 445C32D25M00000 crystal can also be used in other kinds of electronic products, such as electronic calculators, timepieces, electronic alarms and watches.

445C32D25M00000 Working Principle

The 445C32D25M00000 crystal is composed of two quartz hydrophone diaphragms that are capable of vibrating in synchrony when an alternating voltage is applied to the crystal. The quartz hydrophone diaphragms are arranged in parallel, and the alternating voltage is applied across the two diaphragms. The two hydrophones, when excited by the applied alternating voltage, vibrate in opposite directions and the alternating voltage maintains a constant frequency.

The frequency of the 445C32D25M00000 crystal is adjustable by changing the thickness of the quartz crystal and the composition of the electrodes. Typically, the frequency is adjusted by changing the capacitance between the crystal and the exterior electrodes. By changing the capacitance of the crystal, the frequency of the crystal can be adjusted.

Conclusion

In conclusion, the 445C32D25M00000 crystal is an extremely versatile and efficient component which can be used in a wide variety of applications. It has a wide margin of operating temperature and its frequency can be adjusted by changing its capacitance. As such, it is particularly useful for many communication systems, as well as for applications such as clocks, counter timers and supervisory circuits in a variety of consumer electronics.