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Crystals: FA-365 14.31818MB-B0 Application Field and Working Principle

Crystals have long been used in order to achieve electrical or optical properties due to their inherently precise structure and tight tolerances. The FA-365 14.31818MB-B0 model of crystal has been developed for use in automotive applications and other fields where temperature, shock and vibration must be taken into consideration. This article will provide a comprehensive overview of the application field in which the FA-365 14.31818MB-B0 crystal can be used, as well as its associated working principle.

Application Field

The FA-365 14.31818MB-B0 crystal is able to operate in an ambient temperature range of -40 to +125 degrees Celsius and can withstand up to 100 G’s of shock. When used in automobiles and other mechanical applications, this crystal is capable of providing precise frequency and excellent environmental stability that allows it to remain functioning correctly in a wide range of operating conditions. Additionally, the crystal is able to resist vibration up to 50 G’s, making it especially suitable for use in vehicles and off-road vehicles.

The crystal is also ideal for use in consumer electronics and communications equipment due to its high frequency stability and stability of center frequency. It is also commonly used in GPS and navigation devices, as well as in automotive, industrial and consumer applications.

Working Principle

The FA-365 14.31818MB-B0 model of crystal is based on the principle that an oscillating electric or magnetic field will be created when a current is applied to a crystal. The frequency of this oscillation is determined by the resonance frequency of the crystal, and this frequency can then be used as a precise measure of frequency. This frequency is then used to determine the speed of a device, such as a clock or timer.

The oscillation of the crystal is also affected by the temperature of the environment in which it is operating. As such, the FA-365 14.31818MB-B0 crystal is able to operate in a wide range of temperature ranges due to its ability to compensate for temperature drifts. This means that the crystal is able to remain stable in a wide range of temperatures without any drift in frequency.

In addition, the crystals oscillation is also affected by the force of magnetic or electric field. The FA-365 14.31818MB-B0 crystal can be designed to be unaffected by strong fields, allowing it to operate in a wide range of magnetic and electric fields. This is helpful for applications such as GPS and navigation systems, in which the presence of strong fields is common.

Conclusion

The FA-365 14.31818MB-B0 crystal is a versatile and useful model for a wide range of applications, from automotive to consumer electronics. This crystal is able to operate in a wide range of temperatures and environments and can resist high levels of shock and vibration. Additionally, the crystal is capable of withstanding a wide range of magnetic and electric fields, making it suitable for GPS and navigation systems as well. Therefore, the FA-365 14.31818MB-B0 crystal is an ideal choice for applications in which precise frequency and environmental stability are a must.

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