9C14770001

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Crystals are extensively used in many different types of electronic applications due to their versatile characteristics and their ability to store and convert electrical energy. This article will focus on 9C14770001 crystals, which are specifically used for frequency control in electronic circuits. It will discuss the application field in which these crystals are commonly used, as well as their working principles.

Application Field for 9C14770001 Crystals

9C14770001 crystals are designed to be used in timing and frequency control circuits, providing a highly reliable and low-power timing source. These crystals can be used in a variety of different applications, including mobile phones, HDTVs, GPS receivers, and alarm systems. In particular, they are commonly used in the clocking of radio frequency oscillators in cellular radio networks. As the clocks of these radio systems require high stability and precision, the frequency accuracy provided by 9C14770001 crystals makes them ideal for these types of applications.

Working Principle of 9C14770001 Crystals

The working principle of 9C14770001 crystals is based on their piezoelectric properties. Piezoelectric crystals have crystalline molecules that contain electrical dipoles. When a voltage is applied to the crystal, the electrical dipoles respond to the electric field by polarizing in the opposite direction and creating an opposite-polarized electrical field. As the dipole does this, stress is placed on the crystalline structures, causing them to vibrate at a particular frequency. This vibration creates an electrical oscillation, which can be used in timing and frequency control circuits.

The frequency of the vibration of the crystal is determined by the physical structure of the crystal itself. These crystals are made with precise dimensions, such as length, width, and thickness. By controlling these parameters, the manufacturer is able to create crystals that vibrate at specific frequencies. This allows 9C14770001 crystals to be used for precise frequency control in electronic circuits.

Conclusion

9C14770001 crystals are commonly used in frequency control applications in a variety of different electronic circuits. This is due to their precise, low-power timing source and their ability to be manufactured with specific frequency output. The working principle of these crystals is based on piezoelectric properties, where electrical dipoles respond to electric fields by polarizing and creating an opposite-polarized electrical field, which causes the crystal to vibrate at a specific frequency.

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