CX3225GA25000D0PTVCC

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Crystals, also known as piezoelectric crystals, or PZT, are an essential component of many electronic and communication products. The widespread usage of this technology has necessitated a deeper understanding of the CX3225GA25000D0PTVCC crystal application field. In this article, we will look at the application field for this particular crystal and also explore the workings of such a device.

Application Field of CX3225GA25000D0PTVCC

The CX3225GA25000D0PTVCC crystal is a small, but powerful component that is used in many electronic and communication products. It is typically used for creating a clock signal in high frequency applications, such as microwave radios, wlan radios, Wi-Fi, and satellite communications. It can also be used in some low frequency applications, such as quartz watches and automotive electronics. The CX3225GA can also be used in other applications, such as portable medical electronics and magnetic sensors.

Working Principle of CX3225GA25000D0PTVCC

The CX3225GA25000D0PTVCC relies on a quartz crystal that has been cut precisely to vibrate at a certain frequency when a small electrical current is passed through it. A modern quartz crystal is typically composed of a thin silicone film, a quartz wafer, and an electrode on each side of the wafer. The electrical current passes through these two electrodes, and the quartz crystal starts to vibrate. The frequency of vibration is determined by the thickness of the quartz wafer and the applied voltage. The frequency can be controlled by adjusting the voltage of the current, resulting in an accurate, stable, and repeatable clock frequency.

A typical CX3225GA25000D0PTVCC crystal will be in the form of a thin disc, with a diameter of 1.5 mm and a height of 0.5 mm. It is composed of a single crystal of quartz, which is cut in a symmetrical symmetric shape to form a plane that is parallel to the plane containing the electrodes. The crystals are secured with a thin strip of silicone, which serves to dampen signals and provide mechanical stability.

The output of the CX3225GA25000D0PTVCC is a small AC voltage, which varies depending on the frequency of the crystal and the voltage applied to it. The output is also very stable and is typically used as an oscillator in many electronic and communication products. This crystal can also be used to create stable, accurate frequency oscillations in magnetic sensors, medical electronics, and clocks.

Conclusion

The CX3225GA25000D0PTVCC crystal is an important component in many modern electronic and communication products. It relies on a quartz crystal cut to a precise shape and size that is able to generate accurate, stable clock frequencies at various voltages. Its usage is widespread in a variety of devices, such as microwaves radios, Wi-Fi, medical electronics, magnetic sensors, and quartz watches. With a better understanding of this device, we can appreciate its importance and its use in these products.

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