NX2016SA-24.576M-EXS00A-CS08743

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Crystals are a type of material that exhibit a very regular and symmetrical pattern in the structure of their atoms. They are a natural or artificial material with a lattice arrangement of atoms, molecules or ions in three dimensions. Crystals offer a wide range of applications in many different fields like electronics, clocks, watches, radio and television receivers, telecommunications, and computer processors.

The NX2016SA-24.576M-EXS00A-CS08743 is a crystal oscillator that is commonly used in these applications. It is a miniaturized oscillator designed for applications requiring a low cost, low power, small size, high stability and low crystal aging solution. This crystal oscillator is commonly used in GPS, WiFi, and Bluetooth applications, as well as in more general-purpose electronics. It is also used to provide precise timing in radio-frequency and high-frequency applications.

This crystal oscillator’s working principle involves using the piezoelectric effect to produce electrical signals with precise frequency and high stability. The principle involves applying a mechanical force to a material with a specific crystal lattice structure, such as quartz, which in turn produces an electrical charge. This charge can then be used to produce an electrical signal with a precise frequency and high stability.

This crystal oscillator’s application field is quite broad, due to its wide range of features. In addition to its use in GPS, WiFi, and Bluetooth applications, it can also be used in a variety of other fields such as cellular communication, test and measurement, aerospace and military applications, automotive applications, and more. It is also an ideal choice for ultra-low power and battery-powered applications, due to its low power consumption.

The NX2016SA-24.576M-EXS00A-CS08743 crystal oscillator is a reliable and versatile solution for applications that require a small size, low cost, low power consumption, high stability, and low crystal aging. Its wide applications range and precise frequency make it a popular choice in many different fields.

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