445W35K25M00000

Crystals have a long and interesting history, which dates back thousands of years. Although their use has changed over the centuries, crystals still play a vital role in modern technology. One of the most commonly used crystals is the 445W35K25M00000 crystal, which is part of the quartz family and is widely used in electronics and telecommunications. In this article, we will discuss the application field and working principle of this crystal.

Applications

The 445W35K25M00000 crystal is primarily used as an oscillator, which means it helps to maintain precise frequency and timekeeping accuracy. This makes it ideal for use in a wide range of electronic and telecommunications applications, such as watches, clocks, cell phones, radios, TVs, and computers. The crystal is also used in medical equipment, automotive systems and navigation systems.

Working Principle

The 445W35K25M00000 crystal is composed of a conductive metal core, such as copper or gold, that is surrounded by a quartz crystal cut into a specific shape. When an electric current is passed through the metal core, the crystal vibrates at a precise frequency. This frequency is determined by the size and shape of the crystal, as well as its specific properties. The frequency generated by the crystal is then used to control the timing of a device or system.

The crystal also has a temperature coefficient, which indicates how the frequency of the crystal will change with temperature. This allows devices such as clocks and watches to remain accurate even if the temperature changes. The temperature coefficient of the 445W35K25M00000 crystal is particularly low, meaning it is able to maintain its frequency even if there are sudden changes in temperature.

Conclusion

The 445W35K25M00000 crystal is an important part of the quartz family and has a wide range of applications. It is used as an oscillator to maintain precise frequency and timekeeping accuracy, and its low temperature coefficient means it can remain accurate under varying temperatures. Thanks to its versatility, the crystal has become an essential component of modern electronics and telecommunications.