GC2500081 Crystals, Oscillators, Resonators

Crystals: GC2500081 Application Field and Working Principle

Crystals are widely used components in electronic equipment, and the GC2500081 crystal is no exception. This crystal is mainly used in high-frequency switching power supply circuits, and its excellent performance has been widely recognized in the industry. In this article, we will discuss the application field and working principles of the GC2500081 crystal.

Application Field of GC2500081 Crystal

The GC2500081 crystal is mainly used in high frequency switching power supply circuits. It is an ultra-wide band quartz crystal used to generate high frequency clock signals. This crystal can be used in the production of various types of power supplies, such as mobile phone power supplies, tablet power supplies, car power supplies, and so on. In addition, this crystal can also be used in the production of medical instruments, lighting products, and other electronic products that require a high-frequency clock signal.

Working Principle of GC2500081 Crystal

The GC2500081 crystal has a very simple working principle. It is a quartz crystal with a specific amount of parasitic capacitance and inductance around it. When electric voltage is applied to the crystal, an electric field is generated, which in turn induces a current that produces an alternating magnetic field. This magnetic field is then converted into a mechanical vibration, which can be detected as a clock signal. The frequency of the clock signal is determined by the capacitance and inductance of the crystal. Thus, the GC2500081 crystal is used to generate a high frequency clock signal.

Conclusion

The GC2500081 crystal is a quartz crystal used to generate high frequency clock signals. It is mainly used in the production of high-frequency switching power supplies, medical instruments, lighting products and other electronic products that require a high-frequency clock signal. The working principle of the crystal involves generating an electric field and an alternating magnetic field, which are converted into a clock signal with a frequency determined by the capacitance and inductance of the crystal.