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Crystals

Crystals are materials whose atoms, molecules or ions are arranged in an orderly umbrella-shaped lattice structure. Crystals can be widely used in modern electronics and optics. From entertainment equipment to consumer electronics, from medical devices to aerospace equipment, from communication and computer products to military and other defense equipment, crystals are widely used. Crystals can be divided into SC (Quartz), HC (lite), AM (Crystal), SM (Crystal), VC (Crystal), and TO (Crystek or Novacrystal). In this paper, CX2016DB48000E0DLFA1 will be discussed in detail.

Application Field of CX2016DB48000E0DLFA1

CX2016DB48000E0DLFA1 is a high-performance SC (Quartz) crystal product, mainly used in the areas of high-frequency signals, communication system, or high-precision operations. It has the advantages of low cost and low power consumption, high frequency stability, and its size is small, so it\'s highly favored by the consumers. In communications, digital technology and other fields, CX2016DB48000E0DLFA1 is widely used in microwave systems, communications systems, high-precision frequency reference source and other occasions, forming a part of the important function elements of the system.

Working Principle of CX2016DB48000E0DLFA1

The working principle of CX2016DB48000E0DLFA1 is based on the piezoelectric effect of quartz. The quartz crystal is a kind of piezoelectric material. It has the characteristics that when an external potential is applied, it will cause the crystal axes to move and produce an external force, and when an external force is applied, it will cause the polarization of crystal axes and produce electrical potential. The same is true for CX2016DB48000E0DLFA1. It is composed of quartz crystal, electrodes and other components. When an alternating current is applied, the internal structure of the quartz crystal is subjected to mechanical stress alternately. This process is accompanied by the form of electrical potential, which generates alternating current voltage at the two ends of the quartz crystal. The frequency of the alternating current is exactly equal to the frequency characteristics of the quartz crystal.

In addition, when working, CX2016DB48000E0DLFA1 should receive the stimulation of the temperature and environment as well, because of the structure and characteristics of quartz crystal, its frequency of vibration will be changed along with the temperature, and the environmental interference factor should be considered as well. In order to make CX2016DB48000E0DLFA1 work for a long time in a stable way and maintain a better performance, a temperature compensation circuit is usually designed to ensure its work in the environment temperature of -20℃~+70℃. Meanwhile, in order to make the frequency of vibration be not disturbed by the outside environment, the protective shell needs to be designed with anti-interference capabilities.

Conclusion

In a word, CX2016DB48000E0DLFA1 is a high-performance SC (quartz) crystal product with its application field mainly in the areas of high-frequency signals, communication system, or high-precision operations, based on the piezoelectric effect of quartz. Its remarkable frequency stability and low power consumption make it widely used in modern electronics and optics. Above analysis of CX2016DB48000E0DLFA1 application field and working principle will help us to better understand the crystal and get more advantages from the crystal.

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