NX2016SA-60M-STD-CZS-3

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Crystals have been used in the electronics industry for the past century, and their use continues to grow in today’s technology. Crystals are used to provide timing and frequency-control references in electronic circuits, especially those operating at very high frequencies. The NX2016SA-60M-STD-CZS-3 crystal is designed for use as a frequency-control device in high-frequency and precision circuit applications, such as digital communication systems, radio transceivers, satellite receivers, and digital audio systems.

This crystal oscillator uses an AT-cut quartz crystal in an AT-cut quartz resonator configuration. It is specified to operate at 60 MHz with a maximum frequency drift of 100 ppm, or about 0.1%. The frequency stability and low DC power dissipation of this device make it ideal for use in digital communication systems such as cellular phones, digital TV, and satellite navigation systems.

The NX2016SA-60M-STD-CZS-3 crystal operates as an oscillator by generating an alternating electric current when subjected to an external oscillating magnetic field. The quartz resonator is made of a small piece of AT-cut quartz which has been cut and etched to form a thin, concentric column of quartz. This column is suspended within an outer ring of quartz, which acts as an electrode. When an electric field is applied to the electrodes, the quartz column will vibrate at a frequency determined by its physical dimensions. By changing the size of the quartz column, the frequency of the oscillator can be adjusted to the desired value.

The NX2016SA-60M-STD-CZS-3 crystal also has a wide range of temperature stability, making it well-suited for use in applications where temperature extremes are encountered. The crystal has a temperature coefficient of -2 ppm/degC, meaning that it can be used in temperatures from -40C to +85C without suffering too much variation in frequency. This makes it ideal for use in applications such as aviation and automotive safety systems.

The NX2016SA-60M-STD-CZS-3 crystal is also well recognized for its low frequency jitter of ±25 ppm, which makes it an ideal choice for use in high speed digital communications systems such as cellular phones, digital TV, and satellite navigation systems. Its low phase noise performance makes it well suited for use in high speed radial communication systems, where high fidelity transmission of signals is required.

In conclusion, the NX2016SA-60M-STD-CZS-3 crystal is an ideal choice for use in high-frequency and precision circuit applications, thanks to its low temperature drift, wide temperature range, and low frequency jitter. Its AT-cut quartz resonator design makes it ideal for use in digital communication systems, radio transceivers, satellite receivers, and digital audio systems.

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