NX2520SA-30.000000MHZ

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Crystals are one of the most widely used mechanical and electrical components in the world. They are used for a variety of applications, ranging from timing and frequency control in electronic systems to the communication of energy through mechanical oscillations. The NX2520SA-30.000000MHz crystal is a type of crystal oscillator used for these and many other applications.

What Is the NX2520SA-30.000000MHz Crystal?

The NX2520SA-30.000000MHz crystal is a low-current, miniature, temperature compensated crystal oscillator developed by NXP Semiconductors. It is designed to be compatible with a wide range of circuit designs and is typically used in micro-power applications. It offers excellent frequency stability over a wide temperature range and a wide supply voltage range. It is also capable of supporting fast and slow start-up operations.

Application Field of the NX2520SA-30.000000MHz Crystal

The NX2520SA-30.000000MHz crystal is primarily used for timing and frequency control in micro-power applications such as wireless smart meters, motor control, and battery-powered devices. It is also commonly used for clock generation and filtering in analog circuits. In addition, it can be used for temperature compensation, frequency synchronization, and pulse rate generation.

Working Principle of the NX2520SA-30.000000MHz Crystal

The working principle of the NX2520SA-30.000000MHz crystal is based on electrostatic force. An alternating voltage is applied to two metal plates, which are separated by an air gap. The gap is filled with an electrostatic material such as quartz, which acts like a spring, creating a mechanical resonance. When this spring-like vibration is excited by an alternating voltage, a mechanical oscillation is produced that resonates at a specific frequency. This frequency can be determined by the mass of the material, the gap between the plates, and the type of material used. As the temperature increases, the gap between the plates increases and the frequency of the oscillation decreases. This effect can be countered by using temperature compensation.

Conclusion

The NX2520SA-30.000000MHz crystal is a low-current, miniature, and temperature-compensated crystal oscillator specifically designed for micro-power applications. It is capable of offering excellent frequency stability, fast and slow start-up operations, and temperature compensation. The working principle of the crystal is based on electrostatic force, which produces a mechanical oscillation at a specific frequency when excited by an alternating voltage. This makes the NX2520SA-30.000000MHz crystal an ideal choice for those seeking high-quality, reliable frequency control in their micro-power applications.

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