CX3225GB27000D0HPQZ1

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Crystals play an important role in many areas- they are used in electronics and computation, in medical and manufacturing processes, in telecommunication, navigation and radar systems and so on. CX3225GB27000D0HPQZ1 is one of the components in those areas, it is a high performance, high-frequency crystal resonator, designed for applications requiring the very highest levels of performance, accuracy and stability.

The CX3225GB27000D0HPQZ1 is an AT-cut crystal with reliable specifications and performance characteristics. It has tight frequency tolerance at ±25ppm, tight stability at ≤10ppm, low ESR at 1-4.5Ω, fast turn-on time at 8-10 ms, ultra-low phase noise and much more.

Application Field

The CX3225GB27000D0HPQZ1 is specifically designed for high performance and high frequency applications, such as mobile communication and other wireless technology, frequency synthesizers, disk drives and disk controllers, automotive audio systems, LCD panels, and much more.

The CX3225GB27000D0HPQZ1 provides superior performance and accuracy, and its wide range of frequency combined with its excellent cut-to-cut frequency tolerance makes it very well-suited for applications requiring high frequency and accuracy tolerance.

Working Principle

The CX3225GB27000D0HPQZ1 crystal resonator works using a principle called crystal oscillation, which is based on the Piezoelectric Effect. This is when a material produces an electric field when exposed to an alternating mechanical stress. This electric field is then used as an oscillator in the resonator.

The CX3225GB27000D0HPQZ1 is a high frequency crystal resonator, so it uses a high frequency oscillator to accurately and reliably regulate the frequency of the device. The crystal resonator can then be used to precisely control the frequency of the device, allowing for greater reliability and accuracy than other forms of frequency control.

Conclusion

The CX3225GB27000D0HPQZ1 crystal resonator is designed for high performance and high frequency applications that require a high level of performance and accuracy. Its wide range of frequencies and high accuracy allow it to be used in a variety of applications, and its use of the Piezoelectric Effect to generate an oscillator ensures accuracy and reliability.

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