FA2016AN 38.4000MF20G-K3

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Crystals play an integral role in the functioning of a range of communications devices and systems. The FA2016AN 38.4000MF20G-K3 crystal is a particularly popular component for its versatility and accuracy. This article covers the application fields and working principle of the FA2016AN 38.4000MF20G-K3 crystal.

Application Fields

The FA2016AN 38.4000MF20G-K3 crystal is a versatile component that is well suited for use in many different settings. Many consumers prefer it for its accuracy in oscillation frequency and ability to reduce jitter. This crystal is most commonly used for precision timing in GPS systems, drone navigation, handheld gaming devices and robotics. It is also popular for its use in digital signal processing and communication systems. In addition, this crystal is often used in Bluetooth applications and in medical equipment.

The FA2016AN 38.4000MF20G-K3 crystal is also useful in radar and sonar systems. It is known for its high stability and reliability when used in these applications. This crystal also provides exceptional performance in harsh environments, making it well suited to long-range navigation applications. By using advanced Oscillators, this crystal can also improve signal detection and range. As such, it is an ideal choice for applications where signal accuracy is essential.

Working Principle

The FA2016AN 38.4000MF20G-K3 crystal works by oscillating at a given frequency. This frequency is determined by the structure of the crystal, the cut of its faces and the material from which it is made. The frequency depends on the way the crystal was formed and its environment. When electricity is applied to the crystal, it tries to move back to its original position. This creates microscopic vibrations that can be used to measure time and frequency. As the vibrations travel through the crystal, they form waves that can be used for signaling and further measurement.

In order for the crystal to be accurately tuned and keep performing optimally, the device needs to be cooled in a stable environment. Too much heat can cause the crystal’s frequency to drift and cause inaccurate readings. In addition, vibrations and shocks can also cause the frequency to drift, and should be avoided.

Conclusion

The FA2016AN 38.4000MF20G-K3 crystal is one of the most popular and versatile components available. It is well suited for a range of applications, including GPS systems, drone navigation, handheld gaming devices and robotics. Its ability to accurately measure time and frequency makes it an ideal choice for these applications. The crystal works by oscillating at a certain frequency, and its performance is affected by the environment, heat and vibrations. By understanding the working principle and application fields of this crystal, it is easy to see why it is so popular.

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