445C35C12M00000

Crystals form an essential part of modern technology and are used in a variety of applications from data storage to timing circuits. A specific type of crystal, the 445C35C12M00000, has a variety of uses, ranging from portable audio systems to wristwatches. This article will explore the application field and working principle of the 445C35C12M00000 crystal.

Overview of the 445C35C12M00000

The 445C35C12M00000 crystal is a type of technological component that is used to control the functions of electronic devices. It is made up of a quartz crystal that is cut in a particular pattern and then encased in a container. It is known for its ability to produce highly accurate timekeeping and frequency stability, making it ideal for timing circuits and precision applications.

One of the major advantages of the 445C35C12M00000 crystal is its high reflectivity and frequency. It has an oscillating frequency of over 20MHz and a high frequency stability, both of which are essential for the accuracy of timing circuits. In addition, its low cost, due to its relatively small size and lack of lead, makes it ideal for many applications.

Applications of the 445C35C12M00000

The 445C35C12M00000 crystal is primarily used in timing circuits. In these circuits, it is used to help stabilize the frequency and timekeeping accuracy of the connected devices. As such, it can be found in a range of devices, such as digital watches, portable audio systems, and even some medical equipment.

Additionally, the crystal can be used in communication applications such as radar and satellite receivers. By providing more accurate timing, the crystal reduces the risk of error and ensures that the transmitted signals are received in the best possible conditions.

Working Principle of the 445C35C12M00000 Crystal

The 445C35C12M00000 crystal works by vibrating at a specific frequency when connected to an electrical charge. This is known as piezoelectricity and it is what allows the crystal to maintain such high accuracy and frequency stability. The vibrations of the crystal cause it to act like a resonator, oscillating between two points, and in the case of the 445C35C12M00000 crystal, this is between 20MHz and 40MHz. These vibrations are then transmitted to the connected device to provide it with a precise and stable frequency.

Conclusion

The 445C35C12M00000 crystal is a type of quartz crystal that is used in a variety of applications. It is known for its high reflectivity and frequency and its ability to provide high accuracy and frequency stability. It is primarily used in timing circuits and communication applications, as it is able to provide a precise and stable frequency in these scenarios. The crystal works by vibrating at a specific frequency when connected to an electrical charge, thus allowing it to act as a resonator and oscillate between two points.