FA-238 16.3840MB50X-C3

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Crystals are the most important material for providing a time and frequency standard for wireless communication and digital signal processing. They are also highly used in various electronic devices ranging from digital cameras to computers and consumer electronic products. The FA-238 16.3840MB50X-C3 crystal is a high frequency oscillator that can be used for a variety of commercial, industrial and consumer electronic applications. This article will discuss the application fields and working principle of the FA-238 16.3840MB50X-C3 crystal.

Applications of the FA-238 16.3840MB50X-C3 Crystal

The FA-238 16.3840MB50X-C3 crystal is a miniature coefficient crystal with a frequency range of 16.3840MHz. It is suitable for applications that require high frequency stability, such as clock generator circuits, digital signal processors and frequency synthesizers. It is also used in consumer electronics such as car stereos and digital cameras for time setting and frequency control. The crystal is also suitable for use in satellite and radar systems as a local oscillator.

The crystal can also be used in communication systems such as GSM and CDMA mobile phones, Bluetooth and Wi-Fi devices, as well as in microwave radio and television systems. Due to its small size and high frequency characteristics, the crystal is suitable for use in small consumer electronic devices. It is also suitable for applications where it is needed to filter out noise and reduce power consumption.

Working Principle of the FA-238 16.3840MB50X-C3 Crystal

The FA-238 16.3840MB50X-C3 crystal is a quartz crystal resonator that consists of a quartz crystal surrounded by two metal electrodes on a thin layer of quartz. When a voltage is applied across the electrodes, the quartz crystal vibrates at its natural frequency, known as the intrinsic frequency. The electrodes applied to the resonator provide an electrical circuit that provides for the oscillation of the crystal. The frequency of the oscillator is determined by the way the electrodes are designed and it is also dependent on the size and shape of the crystal.

The frequency of the crystal can be adjusted by applying a voltage at the electrodes. This is done by using a circuit to provide an alternating voltage to the electrodes. The voltage is then modulated using a waveform at a specific frequency. This waveform will cause a variation in the physical properties of the quartz crystal, which then changes its frequency.

The oscillator is then connected to an amplifier through which the output signal is amplified and then given to the load. The output signal is further converted into digital signals, which can then be used in various applications.

Conclusion

The FA-238 16.3840MB50X-C3 crystal is a miniature coefficient crystal with a frequency range of 16.3840MHz. It is suitable for applications that require high frequency stability, such as clock generator circuits, digital signal processors and frequency synthesizers. It has a wide range of applications in consumer electronics and communication systems. The working principle of the crystal is based on a quartz crystal resonator with two electrodes and the frequency can be adjusted by applying a voltage to the electrodes. This is done by using a circuit to provide an alternating voltage to the electrodes, which is then modulated using a waveform at a specific frequency.

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