445A32H24M57600

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are used for many affferent applications and their properties vary for different purposes. The number 445A32H24M57600 is a type of crystal application, and its field of usage and working principle will be elaborated upon below.

Description of 445A32H24M57600 Crystals

445A32H24M57600 crystals are made of quartz and exhibit excellent frequency stability as well as temperature stability. This type of crystal is also often used for its low ageing rate. Such crystals are designed for low-frequency quartz watch use and their frequency can reach up to 32kHz. Their characteristics make 445A32H24M57600 crystals ideal for use in digital products such as watches, jewelry, electronic games, medical devices, and wireless communication.

Application of 445A32H24M57600 Crystals

445A32H24M57600 crystals are primarily used in quartz watches. Complex computations are involved in quartz watches to ensure accuracy, as a high frequency timebase is necessary in such applications. The crystals come equipped with temperature compensation, tuning-fork cut quartz, packaged in a steel case, and long-term stability requirements to provide a reliable time source for quartz watch use.

Additionally, 445A32H24M57600 crystals can also be used in other applications where a high frequency, temperature stability, and required accuracy is necessary. This includes medical equipment, electronic games, and wireless communication products. The crystals are ideal for these kinds of applications due to their accurate frequency, excellent temperature stability, and low ageing rate.

Working Principle of 445A32H24M57600 Crystals

The working principle of 445A32H24M57600 crystals is based on the quartz oscillator. Quartz is a piezoelectric material and has the ability to convert mechanical energy into electrical energy and vice versa. When electrical energy is applied to the crystal, it vibrates at a certain frequency.

In order to obtain the desired frequency of a 445A32H24M57600 crystal, a tuning-fork cut quartz is used to induce the same frequency of the quartz oscillator. By doing so, the frequency of the tuning-fork cut quartz is matched with the quartz oscillator and a specific frequency can be obtained from it.

When the electrical signal is applied to the crystals, the frequency of the signal is stabilized by the quartz oscillator, thus allowing for reliable, accurate timing for quartz watch use and other applications.

Conclusion

In conclusion, the number 445A32H24M57600 represents a type of crystal application with excellent performance for quartz watch use and other applications that require accuracy and temperature stability. The working principle of the crystals is based on the quartz oscillator and a tuning-fork cut quartz is used to induce the same frequency of the quartz oscillator. Crystals with 445A32H24M57600 can be safely used for quartz watch use and other applications where precision and accuracy is required.

The specific data is subject to PDF, and the above content is for reference