FA-238 30.0000MB50X-W5

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Crystals are made out of a variety of materials and have become increasingly important in telecommunications and computing applications. The FA-238 30.0000MB50X-W5 crystal has been designed specifically for high frequency applications, offering excellent accuracy and stability over a wide range of frequencies. In this article, we discuss the application field, working principle and other features of this crystal.

Application Field

The FA-238 30.0000MB50X-W5 crystal is ideal for use in a variety of telecommunication and computing applications. It can be used in radio and television broadcasting, communications systems, instrumentation, industrial control systems and digital computers. This crystal requires very little power so it is also suitable for portable applications where power efficiency is a major concern.

Working Principle

The FA-238 30.0000MB50X-W5 crystal consists of two quartz crystals laminated together. The two crystals are cut at an angle so that they vibrate at different frequencies when exposed to an alternating electric field. As the electric field is applied, the two crystals start to vibrate as if they were oscillators. The vibrating quartz generates an alternating electric field which is fed back to the input signal. This signal is then used for oscillation, allowing for the generation of very precise and stable signals.

Other Features

The FA-238 30.0000MB50X-W5 crystal is capable of producing frequencies in the range of 4.096 to 20.000MHz. It has a high frequency stability with +/- 0.05 ppm over the temperature range of -20°C to +60°C. The crystal also has a very low phase noise and low insertion loss, making it ideal for high-precision applications. It can easily be integrated into circuits and is relatively small in size, making it suitable for use in portable devices.

Conclusion

The FA-238 30.0000MB50X-W5 crystal has been specifically designed to meet the high-precision requirements of telecommunications and computing applications. Its high frequency range, coupled with the low insertion loss, makes it ideal for use in a variety of telecommunication and computing applications. It is relatively small in size, allowing for easy integration into circuits, and is also very power efficient, making it suitable for portable applications.

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