F62700016 Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals: F62700016 application field and working principle

Crystals are one of the most versatile materials used in electrical and electronics engineering. Crystals have been used in wide range of applications including oscillators, filters and wavelength tuners. They are also commonly used for frequencies, phase locks, switching and monitoring applications. In this article, we will discuss the application field and working principle of a particular type of crystal, namely F62700016.

Application Field

F62700016 crystals are commonly in use in industrial, communication, computer hardware and consumer electronic equipment. They are primarily used as oscillators in quartz watches, microcomputers and other electronic acoustic components. F62700016 crystals are also employed as filters in commercial cell phone systems as they are able to remove undesirable signals present in the system. Additionally, they can also be used in television sets and radio receivers to greatly reduce interference caused by external electric or magnetic field.

Working Principle

F62700016 crystals operates on the principle of piezoelectricity. This phenomenon states that crystals have the ability to generate electrical charge when subjected to mechanical stresses. In an F62700016 crystal, such stresses are caused by an external voltage which creates small vibrations in the crystalline material. These vibrations cause the crystal to generate an electric signal with a frequency that is directly proportional to the applied voltage. Thus, the frequency of the signal generated by the crystal can be adjusted by varying the applied external voltage.

F62700016 crystals are usually manufactured from barium titanate or lead magnesium niobate which contain the piezoelectric property that drives the resonant frequency of the device. In addition to these materials, F62700016 crystals also use metallized electrodes to store and release energy to create electric fields. These electrodes are placed over the crystal, allowing the electric fields to either be concentrated or distributed over the crystal depending on the polarity being used.

Other Considerations

Other considerations such as temperature compensation, mechanical stability, shock and aging must also be taken into account before employing F62700016 crystals. Temperature compensation can be achieved by employing a “temperature control network”. In this network, changes in temperature are compensated through voltage regulations, thereby ensuring a stable frequency over a wide temperature range. Likewise, mechanical stability can be achieved by using vibration dampers, shock absorbers and mounting techniques to reduce the effects of mechanical shocks and vibrations. Additionally, aging of the crystal can be countered by employing techniques such as thermal cycling and electrical pre-heating.

Conclusion

In conclusion, F62700016 crystals are widely used in an array of electronic products due to their ability to generate stable and efficient oscillations within a wide temperature range. In addition, the frequency of the oscillations can be adjusted and controlled by varying the voltage applied to the crystal. They also require additional considerations such as temperature compensation, mechanical stability, shock protection and aging.

The specific data is subject to PDF, and the above content is for reference