NX5032GA-13.56M-STD-CSK-4

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Crystals

Crystals can be defined as a solid composed of atoms, ions, or molecules arranged in a pattern. Crystals are often used in electronic equipment to control the frequency of oscillations and to form passband filters. One particularly useful form of crystal is the NX5032GA-13.56M-STD-CSK-4.

Application Field

The NX5032GA-13.56MHz-STD-CSK-4 crystal is an SMD crystal that is widely used in RFid systems, cellular phones, and RF remote control systems, as well as other radio frequency applications. It offers the advantages of a low cost, high frequency stability, and high Q-Factor. The package size provides excellent shock resistance and environmental reliability, making it suitable for a wide variety of applications.

Working Principle

The NX5032GA-13.56MHz-STD-CSK-4 crystal uses the principle of coupling vibratory energy between two precision surfaces that are arranged in a pattern similar to a quartz crystal. The crystal components are usually composed of lapping quartz crystals, mounted between two metal electrodes. The electrodes are etched with certain patterns to actuate the crystal. When the crystal is energized by an alternating current, an oscillating electromagnetic field is produced and can be used to control the frequency of oscillation of the crystal.

The high frequency stability of the NX5032GA-13.56MHz-STD-CSK-4 crystal is achieved by its close tolerance on the etch patterns and the surrounding metal electrodes. Additionally, the oscillator circuit utilizes the crystal as an active element and provides further frequency stability and excellent tolerance to noise and temperature variations. The design of the SMD crystal ensures excellent environmental reliability and robust performance.

Conclusion

The NX5032GA-13.56MHz-STD-CSK-4 crystal is a highly reliable, cost-effective crystal suitable for a wide variety of applications. Its high frequency stability, high Q-Factor, and excellent environmental reliability make it an excellent choice for radio frequency applications. The oscillator circuit design ensures excellent frequency stability and noise tolerance, while the package size provides excellent shock resistance.

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