CX3225GB12000P0HPQZ1

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Crystals are widely used in a broad range of applications and have become essential components of electronic equipment. The CX3225GB12000P0HPQZ1 crystal is a precision device used in electronic circuit designs. It is specified for a wide range of radio frequency applications.

The CX3225GB12000P0HPQZ1 crystal is a crystal oscillator with an extremely stable frequency and temperature characteristics, making it a popular choice for frequency control in wireless devices. It can operate over a wide range of frequencies from 8 kHz to 170 MHz. It offers a very low frequency stability of ±12.5 ppm from 0°C to 70°C over an operating frequency range of 8 to 16MHz.

The CX3225GB12000P0HPQZ1 crystal operates on the principle of piezoelectricity. When electricity is passed through the quartz plates of the crystal, the plates vibrate and produce a specific frequency at the output terminals. A capacitor is connected in parallel to the quartz plates of the crystal to prevent the crystal from dissipating its energy. The frequency of the crystal oscillator is determined by the frequency at which the crystal vibrates and is measured in Hertz (Hz).

The CX3225GB12000P0HPQZ1 is used in a variety of applications such as in radio receivers, frequency synthesizers, oscillators, amplitude modulators, and data converters. It is most commonly used in wireless device applications where frequency stability and accuracy are critical. The frequency of this type of crystal is much more stable than that of a traditional oscillator. In frequency synthesizers, for example, a stable reference frequency is necessary for the synthesizer to be able to accurately generate a desired output frequency.

The CX3225GB12000P0HPQZ1 crystal is also used in a variety of test, control, and measurement applications. It is often used as a timebase in frequency counters, and as a reference oscillator in phase lock loop circuits. In addition, it can be used to provide a stable frequency reference for data converters.

The CX3225GB12000P0HPQZ1 crystal is an ideal choice for applications where precise frequency stability and accuracy is required. Its low frequency stability and wide frequency range make it suitable for a wide range of electronic applications. The crystal oscillator is cost-effective and easy to integrate into designs, making it a popular choice for engineers and electronics designers.

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