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Crystal - 445I23E14M31818 application field and working principle

Crystals are widely used in different circuits, playing the roles of clocks, frequency limiters, resonators etc. The crystal 445I23E14M31818 is a medium-frequency crystal used in various cellular networks. Its applications can be found in GSM, UMTS and LTE frequencies, making it an integral component in the 3G, 4G, and 5G networks to be used in mobile communications.

Application Fields of Crystal 445I23E14M31818

The application fields of this crystal include the use of synthesizing frequency for communication purpose, data transmission, RF power amplifier application and local oscillator, etc. It can be used in the field of wireless communication and navigating instruments. In GSM, UMTS and LTE application it can be used as a reference clock in base station amplifiers and transceivers. Generally, this high-precision crystal is used in the synthesizing systems of mobile communication and navigation technology.

Working Principle of Crystal 445I23E14M31818

Crystals are made of Piezoelectric materials which create a vibration when exposed to electricity. The vibration of crystals is used in many cases like alarms, watches, microphones, and other equipments. As it is highly stable in its frequency and temperature, it is usually used in clocks, frequency limiters and resonators. Specifically for the application of crystal 445I23E14M31818, its vibrations are used for a wide range of needs in cellular communication applications. It resonates a specific frequency depending on its oscillations, which is used for communication and data transmission.

Conclusion

The crystal 445I23E14M31818 is a medium-frequency crystal used in several cellular networks, including GSM, UMTS and LTE, as well as in the 3G, 4G, and 5G networks. Its applications range from synthesizing frequency for communication purpose and data transmission, RF power amplifier application and local oscillator to the use in wireless communication and navigating instruments. The working principle of the crystal is based on Piezoelectric materials which create vibrations when exposed to electricity and it is this vibration which is used for communication and data transmission.

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