FC-255 69.0000KA-AG0

FC-255 69.0000KA-AG0 Application Field and Working Principle

FC-255 69.0000KA-AG0 crystals are widely used in today\'s electronics for oscillator applications and provide today\'s workers with a precise and reliable frequency control. These crystals are a part of the FC-series crystals, which come in a variety of shapes and sizes but share a common working principle. The purpose of this article is to explain the application field and working principle of the FC-255 69.0000KA-AG0 crystal and why it is so popularly used.

What are FC-255 69.0000KA-AG0 Crystals?

FC-255 69.0000KA-AG0 crystals are a type of quartz crystals produced for precision frequency control. They are specially adjusted for a constant frequency accuracy of +/-10PPm (parts-per-million). This remarkable accuracy allows them to be used as frequency references in signal generation applications, where a precise and stable frequency is required.

Application Fields of FC-255 69.0000KA-AG0 Crystals

The accuracy and stability of the FC-255 69.0000KA-AG0 crystals make them ideal for use in a wide variety of electronic applications. Their most common use is as oscillators, which generate a regular, precise frequency that can be used to drive other circuitry. They can also be used to generate signals in telecommunications, timekeeping, and navigation as well as in quartz watches, computers, and other electronics.

Working Principle of FC-255 69.0000KA-AG0 Crystals

FC-255 69.0000KA-AG0 crystals work on the same principle as most quartz crystal oscillators. They consist of a quartz crystal that is placed between two electrodes. When an external electric field is applied to the crystal, its electrostatic interaction with the electrodes causes it to deform slightly and produces a voltage across the electrodes. This voltage is then amplified and applied back to the crystal to drive it into a state of vibrational resonance. As the crystal vibrates, it generates a regular electrical signal at its resonant frequency, which can be used in various electronic applications.

Conclusion

FC-255 69.0000KA-AG0 crystals are highly accurate and stable quartz crystals that are used in oscillatory applications to provide precise and reliable frequency control. They have a wide range of applications including timekeeping, telecommunications, and electronics. The crystals work on the same basic principle as all quartz crystal oscillators, where an external electric field is applied to the crystal, creating a voltage across the electrodes that drives the crystal into a state of vibrational resonance and produces an electrical signal at the crystal’s resonant frequency.