445C25K12M00000

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Crystals

Crystals are ceramic materials with high dielectric constants, good thermal properties, low losses, and excellent frequency characteristics. 445C25K12M00000 is a special type of crystal, which became widely used in the past few decades due to its many advantages.

445C25K12M00000 Application Field

445C25K12M00000 crystal has an operating temperature range of -40℃ to +85℃ and can be used in a wide variety of industrial and commercial applications. It is widely used in precision timing applications including quartz watches, scientific instrumentation, frequency control and communications systems. It is also used in resonator and oscillator circuits, pulse circuits, frequency-sweeping circuits and RLC oscillator circuits.445C25K12M00000 is often used in radio receivers, I/Q oscillators, frequency synthesizers, local oscillator systems and transmitters.

445C25K12M00000 Working Principle

445C25K12M00000 crystal is a piezoelectric element that works based on the piezoelectric effect which states that when a crystal is subjected to a mechanical strain, an electric potential is generated within it. When an external electric potential is applied across its surface, a mechanical strain is generated. This enables the crystal to convert mechanical energy into electrical energy and vice versa.

When an alternating voltage source is applied to the terminals of the crystal, a mechanical vibration is generated in the crystal. This mechanical vibration is known as the crystal\'s resonance frequency and is determined by its physical dimension and parameters. The crystal resonance frequency has to be accurately tuned to frequencies used in communications systems. When this is done, it creates an oscillation at its resonant frequency, making it an ideal choice for many precision timing applications.

Conclusion

The 445C25K12M00000 crystal is a widely used piezoelectric element that is used in many precision timing applications. It has excellent properties such as high dielectric constants, good thermal properties, low losses and excellent frequency characteristics. Its resonance frequency can be accurately tuned to frequencies used in communications systems, making it an ideal choice for many precision timing applications.

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