LP061F35IDT

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Crystals have been used for generations in order to precisely time events, from the routine ticking of a clock to the regulation of sophisticated radio communications systems. LP061F35IDT, commonly used for frequency controlling and generation, is a crystalline frequency control device that offers outstanding frequency stability, superb phase noise, and ultra-low jitter. This application note explores the different application fields of the LP061F35IDT and provides a comprehensive look at the device\'s working principle.

Application Fields of LP061F35IDT

LP061F35IDT crystals offer an extremely high frequency range, making them ideal for highly accurate frequency controlling and generation. By utilizing its wide tuning range, exceptional frequency stability, and remarkable phase noise characteristics, they are commonly used in a variety of electronic equipment, such as online systems, medical imaging equipment, point-of-sale systems, high-precision loggers, industrial automation equipment, and smart homes, for frequency control and generation. In addition, LP061F35IDT crystals are also used in oscillators and frequency sources, such as limiter oscillators, antenna controllers, and search receivers, due to their high-precision frequency stability, robust performance, and excellent jitter characteristics.

Working Principle of LP061F35IDT

The working principle of an LP061F35IDT is based on the piezoelectric effect. Piezoelectricity is the charging of a material due to a mechanical strain, which is the change in shape or size of the material. In the case of the LP061F35IDT, two piezoelectric materials are sandwiched together and subjected to an electrical signal. The strain this causes causes the two materials to pull together and push apart, which causes them to vibrate at a given frequency.

The frequency of the vibration can then be adjusted by varying the electrical signal. This ability to change the rigidity of the quartz crystal allows the frequency of the oscillations to be tuned to a precise level. As the electrical signal is increased, the frequency of the oscillations increases. By precisely controlling the electrical signal, the LP061F35IDT can provide precision frequency control that is extremely accurate and stable.

Conclusion

LP061F35IDT crystals are versatile frequency control devices that are suitable for a range of electronic equipment and applications. They feature excellent frequency stability, superior phase noise, and ultra-low jitter characteristics, allowing them to be used in oscillators, frequency sources, and a host of other equipment. The working principle of the LP061F35IDT is based on the piezoelectric effect and the device\'s ability to tune the frequency by adjusting the electrical signal. With their superior performance and accuracy, LP061F35IDT crystals are well-suited for a variety of applications.

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