FC4SDCBMF8.192-T1

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Crystals

Crystals are solid substances comprised of atoms arranged in a precise and orderly manner. They are essential components for a variety of electronic and electrical applications. In particular, the FC4SDCBMF8.192-T1 crystal is a specialized but highly versatile device used in a range of applications from cellular phones to GPS receivers.

FC4SDCBMF8.192-T1 Application Field

The FC4SDCBMF8.192-T1 crystal is a 4-pad SMD, through-hole 4-pin crystal that operates at 8.192 MHz. It is commonly used in consumer electronics because of its low noise, stability, low jitter, and high stability, ideal for timing applications. It can be used in Bluetooth, WiFi, and other wireless applications as a frequency reference. Additionally, it can be used in WiMAX and Zwave networking applications and in both HDTV and audio/video applications such as surround sound systems. The crystal is also useful in air-borne and military navigational and communications systems.

FC4SDCBMF8.192-T1 Working Principle

A crystal works in a similar manner to a silicon chip--by harnessing the piezoelectric effect. Atomic bonds within the crystal lattice produce electrical charges when subjected to mechanical pressure or vibration. The FC4SDCBMF8.192-T1 crystal uses the reverse effect--the crystal can be made to vibrate when subjected to an electrical charge. This vibration is at a characteristic frequency which can be determined through the characteristics of the crystal lattice design.

Crystals are generally composed of two parts, the oscillator and the load capacitor. The oscillator consists of the crystal mounted to a circuit board where it is attached to the load capacitor. The load capacitor supplies the necessary current needed to induce an oscillation within the crystal. When an electrical signal is applied to the crystal, it begins to vibrate at a predetermined frequency.

The frequency of the vibrations can be tuned by varying the external electrical load used by the load capacitor. This permits the FC4SDCBMF8.192-T1 crystal to operate accurately even over a wide range of temperatures, providing excellent clock accuracy over a variety of temperature extremes. The extremely low jitter of this crystal also makes it ideal for a range of communications applications. The FC4SDCBMF8.192-T1 crystal has a high stability, meaning that it will continue to operate at its desired frequency in the presence of varying conditions.

Conclusion

The FC4SDCBMF8.192-T1 crystal is a highly versatile crystal designed for a variety of applications. Its low noise characteristics and frequency stability make it an ideal device for timing, communications, and frequency reference applications. Its low jitter also allow it to accurately track the frequency of audio and video signals, making it suitable for use in home entertainment systems. Its high stability also makes it suitable for a variety of air-borne and military applications.

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