NX8045GB-16.000000MHZ

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Crystals play an important role in various types of technologies, particularly in frequency control. One such type of crystal used in frequency control is the NX8045GB-16.000000MHZ. Not only is it able to provide excellent accuracy and stability, but it can also perform at temperatures of up to 125°C. In this post, we will discuss the application field and working principle of the NX8045GB-16.000000MHZ crystal.

Application Field

The NX8045GB-16.000000MHZ crystal is used in portable electronics such as mobile phones and laptops, as well as in larger electronic systems such as automotive ECUs, healthcare and industrial equipment. With its frequency accuracy of 250 ppm and stability as low as ±30ppm, it is suitable for many high-precision timing applications. Its operating temperature range is -20 to 125°C, meaning that it is suitable for use in a wide range of environments. Furthermore, it can operate at voltages as low as 1.7V and is available in a small package size of 2.5x3.5mm. As such, it is suitable for applications where space is limited, such as in embedded systems.

Working Principle

The NX8045GB-16.000000MHZ crystal is an overtone crystal, meaning that it is made up of an overtone of many different crystal elements. One of these elements is called the "active element" and is responsible for producing the signal. This active element is made from a quartz plate which vibrates at an extremely high frequency when current is applied to it. The signal produced by this vibration is then amplified and sent out as the output frequency. This signal is then used as a reference by electronic systems to keep track of time or set a specific signal frequency.

The frequency accuracy and stability of the signal are dependent on the resonant frequency of the quartz crystal. The NX8045GB-16.000000MHZ crystal is able to produce a signal with a frequency accuracy of up to 250ppm, and a frequency stability of ±30ppm over its whole operating temperature range. This ensures that equipment using the crystal is able to maintain accuracy and will not become subject to time drift. The stability of the signal is also important in applications such as communications systems, where a consistent signal is needed.

In addition to being accurate and stable, the NX8045GB-16.000000MHZ crystal is also resistant to radiation, meaning that it can be used in systems where radiation is present, such as satellites. It also has a low power consumption and can operate at voltages as low as 1.7V.

Conclusion

The NX8045GB-16.000000MHZ crystal is an accurate and stable crystal, suitable for high-precision applications in many types of technology, from portable electronics to telecommunications. It has excellent frequency accuracy and stability, and is able to tolerate radiation and operate at low voltages. It is also available in a small package size, making it an ideal choice for systems where space is limited.

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