416F2501XCTR

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Crystals

The invention of crystals, while being one of the earliest human accomplishments, has endured and revolutionized the way we power and store information. Crystals have become a fundamental component in many modern electronics, from smart phones and computers to medical equipment and even modern warfare weaponry. Coupled with new technology, such crystals have enabled us to expand our capabilities and understanding of the world in ways that we could never have imagined. In this article we will explore one type of crystal in particular, the 416F2501XCTR, and its various applications and working principles.

The 416F2501XCTR crystal is a hermetically sealed IC crystal that is used as a reference oscillator for frequency-stabilized systems. It has a variety of features such as a frequency range of 16MHz -25MHz, a low pulling factor of 1024, low current consumption, and a wide operating temperature range of -20ºC to +80ºC. Its small package dimensions of only 8.7mm x 8.7mm x 2.5mm make it perfect for applications where size and space are of the utmost importance.

In terms of its application field, this crystal is suitable for a variety of purposes. It can be used as a clock oscillator for digital devices such as microprocessors and other integrated circuit (IC) devices. It can also be used as a reference oscillator for frequency synthesizers and for clock signals for telecommunications and other wireless applications. It is highly stable and accurate over time, and is one of the best crystals available for its purpose.

The working principle of this crystal is based on its ability to vibrate at a specific frequency when a certain electro-magnetic field is applied to it. The 416F2501XCTR crystal structure consists of two pieces of quartz crystal cut in such a way that when an alternating current is passed through it, the crystals vibrate at an oscillating frequency. This frequency is then divided by an electronic circuit to output a frequency of the desired range. The unique shape and structural integrity of the crystal allows it to vibrate at such a consistent frequency, ensuring the precision and reliability of the device.

The 416F2501XCTR also features an inner electrode system which adds to its accuracy and reliability. This design provides improved performance stability in high temperature and vibration environments. Furthermore, the hermetic sealing ensures that the crystal is protected from environmental contaminants such as moisture, dust, and radiation.

In conclusion, the 416F2501XCTR crystal is a highly versatile and reliable component that can be used for a wide variety of applications. Its stable oscillation frequency, small package size, and hermetically sealed casing make it ideal for applications where size and accuracy are of the utmost importance. Furthermore, its inner electrode system ensures that it can be utilized in even more extreme conditions. Its features, along with its reliable performance, make the 416F2501XCTR an essential part of any electronic system.

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