CX3225GB16384P0HPQZ1

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Crystals are an important component of many electronic devices. They are used in numerous applications, from low-frequency communications to highly sensitive frequency control. The CX3225GB16384P0HPQZ1 crystal is a quartz crystal resonator that is typically used in telecommunications and consumer electronics devices. It is one of the most commonly used crystals due to its high stability and reliability.

The CX3225GB16384P0HPQZ1 crystal resonator is designed to maintain stability over wide temperature ranges and pressure changes. It has a frequency range of 16384-3225 GHz, with a stability of ±3ppm over its entire operating temperature range. It features a power dissipation factor of 0.65 W and Z1 impedance, making it suitable for a wide range of applications.

The CX3225GB16384P0HPQZ1 crystal resonator is most commonly used for telecommunications and consumer electronics applications. It is used for oscillator circuits and filters in mobile phones and radios, as well as for antenna tuning in wireless devices. It is also used in frequency synthesizers, function generators, and precision frequency measurements. The crystal maintains a high degree of frequency stability, even over large temperature changes or pressure fluctuations.

The CX3225GB16384P0HPQZ1 crystal resonator works by exploiting the natural frequency of vibration of a quartz crystal. The quartz crystal is cut and shaped in a specific way to create a set frequency of vibration. When an alternating current is sent through the crystal, it vibrates at its natural frequency. The frequency of vibration is determined by the shape and size of the crystal, as well as the type of material used in its construction. This frequency can be adapted by changing the size or shape of the crystal, or by changing the type of material used.

The CX3225GB16384P0HPQZ1 crystal resonator is an important and reliable component for many electronic devices. It provides frequency control for telecommunications and consumer electronics and is stable and precise over wide temperature and pressure ranges. Its frequency stability allows it to be used in wireless devices and frequency synthesizers, where precise frequency control is required. It is a reliable and cost-effective component for a variety of applications.

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