402F480XXCKR

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Crystals are used in a range of applications, from electronics to telephones and medical imaging. The 402F480XXCKR is a popular crystal used in these applications designed to provide an accurate and reliable frequency reference.

Essentially, the 402F480XXCKR consists of a quartz resonator that is precision-cut to a specific frequency and size. This resonator is connected to an integrated circuit to form an oscillator. When a voltage of 3.3 volts is applied, the crystal will produce a very stable frequency.

What makes this crystal particularly desirable is its small size and low power consumption. At a width of 2.5mm, it is capable of fitting in small spaces, while its low power requirement allows it to be powered by a battery or miniature power supply. Furthermore, the crystal can be driven with a wide range of signal levels and stabilizes quickly.

The 402F480XXCKR is mainly used in timing and frequency applications, such as for producing clock signals for digital circuits. It can also be used for signal generation, signal routing, and control signaling. The crystal can be used for various other purposes, such as for creating shock sensors and for accurately measuring time intervals.

This crystal is an attractive alternative to more expensive crystals when extreme accuracy is not required. It also ensures an efficient frequency generation in most applications, making it reliable and stable. When compared to other crystals, it has greater shock resistance, meaning it can be used in medical and laboratory implements.

Additionally, the 402F480XXCKR crystal supports a wide range of operating temperatures. So, it can be used in a variety of systems and applications, including automotive and defense. It can also be used in consumer products such as toys, televisions, and audio/video equipment. Furthermore, it is also suitable for use in applications where high vibration or extreme shock are encountered.

In summary, the 402F480XXCKR crystal provides a cost-effective solution for a wide range of applications that require high stability and reliability of frequency. It is capable of providing an accurate and reliable reference frequency, while its small size, low power consumption, and wide temperature range make it an attractive alternative to more expensive crystals. Furthermore, its ability to withstand shock makes it suitable for many medical and laboratory applications.

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