416F360XXCST

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Crystals are a type of electronic component used to maintain a precise frequency or timing signal. The 416F360XXCST crystal is a type of crystal commonly used to provide high-frequency control in devices such as radios, televisions, and model rockets. In this article, we will discuss the application field and working principle of the 416F360XXCST crystal.

Application Field of 416F360XXCST Crystal

The 416F360XXCST crystal is a hermetically sealed device that features a frequency stability of ±10ppm (parts per million) over a temperature range of -20°C to +70°C. This crystal is commonly used for timing and clock signal control in a wide variety of applications, including radio receivers, televisions, smart meters, and model rockets. It is especially well-suited for use in applications where low jitter and long-term stability are essential.

The wide temperature range and high frequency stability of the 416F360XXCST crystal make it ideal for use in high-precision timing devices such as atomic clocks and quartz watches. Its ability to withstand shock, vibration, and extreme temperatures make it a suitable choice for applications where extreme conditions are common, such as satellites and space exploration.

Due to its superior performance, the 416F360XXCST crystal can also be used as an oscillator in communications equipment, providing a reliable and stable communication link. It has also been used as a frequency reference in radio frequency applications such as broadcast radio and television, as well as in amateur radio applications.

Working Principle of 416F360XXCST Crystal

The 416F360XXCST crystal is usually mounted in a metal enclosure, which helps to protect the crystal from shock, vibration, and other external influences. The interior of the enclosure is usually filled with nitrogen or a similar inert gas, which helps to absorb moisture and reduce the effects of temperature changes on the crystal.

The 416F360XXCST crystal works on the same principle as a tuning fork. It is made from a piezoelectric material which vibrates at a certain frequency when an electrical current is applied to it. This frequency is determined by the size of the crystal and the weight of the masses on its ends. The frequency of the crystal can be accurately controlled by adjusting the size and weight of the masses.

The oscillations of the crystal are then used to create a stable and consistent timing signal, which can be used by the device for timing and control functions. The timing signal produced by the crystal is extremely accurate, as it is unaffected by environmental factors such as temperature and humidity.

Conclusion

The 416F360XXCST crystal is a versatile and reliable timing component that is widely used in a variety of applications. It has a wide temperature range and high frequency stability, which makes it ideal for applications where precision timing is essential, such as atomic clocks and quartz watches. It also offers shock, vibration, and extreme temperature resistance, making it suitable for use in applications such as satellites and spacecraft. The working principle of the 416F360XXCST crystal is based on the same principles as a tuning fork, and its oscillations are used to produce a stable and consistent timinig signal.

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