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9C-8.192MBBK-T Application Field and Working Principle of Crystals

Crystals are usually used in certain applications to create synchronizing signals, oscillations and high frequency tuning circuits. This article will explain the application field, working principle and significance of one type of crystal oscillators, 9C-8.192MBBK-T crystals.

I. Application of 9C-8.192MBBK-T Crystals

9C-8.192MBBK-T crystals are commonly applied in mobile cellular telephones, digital television receivers, cable modems and other electronic communication systems.It is also used for calibration for laboratory applications. For example, it is used for frequency calibration of network analyzers, lab oscilloscopes, counter timers, home entertainment systems and the like.The other applications 9C-8.192MBBK-T crystal can be used in are synthesizers, clocks, timers and many other elements requiring synchronization and frequency control.

II. Working Principle

9C-8.192MBBK-T crystals are quartz crystals that are used to generate an oscillating frequency by taking advantage of the strong piezoelectric effect of quartz crystals.The 9C-8.192MBBK-T crystal is composed of the active crystal element and a pair of electrodes in hermetically sealed metal can package. Under the piezoelectric effect, the crystal element will deform when applied by a voltage across the electrodes and produce a mechanical vibration of a specific frequency.On the other hand, when pressure is applied to the crystal element, electrical signals of frequency equal to the pressure applied will be generated.The frequency of the 9C-8.192MBBK-T crystal is dependent on the size, type and cut of the crystal.

III. Significance

9C-8.192MBBK-T crystals are cost-effective and small yet are able to withstand large temperature ranges and have superior frequency accuracy.Apart from that, it is capable of stable high frequency operation and excellent noise performance, which are both requirements for device and systems relying on the quartz oscillation of 9C-8.192MBBK-T crystals.In conclusion, 9C-8.192MBBK-T crystals have a great significance for both communication and calibration uses where only stable and cost-effective frequency control is suitable.

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