NX3215SA-32.768K-STD-MUS-2

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Crystals

Crystals play an important role in the functioning of most electronic devices on a day to day basis. It is no wonder that a lot of attention has been paid to research and development in this area in order to better understand its working principles, applications, and develop newer and more efficient models. Among the various kinds of crystals available in the market, the NX3215SA-32.768K-STD-MUS-2 model is a type of quartz crystal oscillator that is designed to offer precision and stability in timing applications.

Application Field

The primary application field of the NX3215SA-32.768K-STD-MUS-2 crystal oscillator is in the field of clock applications. Its variable stability and precision makes it a suitable choice for applications that require accurate and reliable timing, such as for cellular phones, digital watches and clocks, navigation, and communications systems. Owing to its stable behavior, it is also a suitable crystal for use in frequency synthesis systems and in other applications that require a high degree of accuracy.

Working Principle

The oscillation of this type of crystal is based on the quartz crystal oscillator principle. It works on the principle of piezoelectric effect, where the quartz crystal exhibits a physical response when an electric field is applied. This electric field causes the quartz crystal to oscillate or vibrate at a preset frequency. Hence, this type of crystal is self-generating and will oscillate at its resonant frequency so long as power is supplied to it.

The NX3215SA-32.768K-STD-MUS-2 crystal oscillator has a frequency accuracy of ± 30PPM, which is exceptionally stable and accurate. The oscillator has a power consumption of less than 3 mW and an ambient temperature range of -40 to +85℃. The model also has a low aging rate, making it suitable for use in long-term applications. The device comes in a SMD case size of 3.2×2.5 mm and is ideal for use in compact designs.

Conclusion

The NX3215SA-32.768K-STD-MUS-2 crystal oscillator model is an ideal choice for the precision and stability required in applications involving clocks and frequency synthesis systems. Its accuracy and low power consumption make it a great solution for applications that require precise and reliable timing.

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