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Crystals

Crystals are regularly shaped, often transparent substances that are used in a wide array of applications. These substances mainly comprise of either silicon or quartz and have long been used in various fields such as electronics, photography, and optics.

445C22L14M31818

Application Field

The 445C22L14M31818 crystal belongs to the series of crystals that are commonly used in the field of semiconductors. This particular crystal can be used for various applications, like low frequency oscillators, low power radio transmitters and receivers, radio clocks etc. It is suitable for use in the manufacture of mobile telephones, stereo systems and consumer electronic products.

Working Principle

The 445C22L14M31818 crystal works by converting the electrical energy it receives into mechanical energy. This process is also referred to as piezoelectricity. The mechanical energy is then converted back to electrical energy and this is what is used to produce the radio frequency wave. Through this process, the crystal can be used to transmit and receive radio signals.

The 445C22L14M31818 crystal primarily works by vibrating via the mechanical energy it receives. The positive and negative charges that flow through the crystal cause it to vibrate at its resonant frequency, which is determined by the size and shape of the crystal. The resonant frequency is then used by the device that the crystal is connected to to determine the frequency of the transmitted or received signal.

Conclusion

The 445C22L14M31818 crystal is a widely used type of crystal in the field of semiconductors. It is mainly used for the manufacture of mobile telephones, stereo systems and consumer electronic products. The crystal works by an exchange of electrical and mechanical energy and this is what is used to produce the radio frequency wave.

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