XG-2102CA 322.265625M-LGPA

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Oscillators: XG-2102CA 322.265625M-LGPA Application Field and Working Principle

In the oscillator field, XG-2102CA 322.265625M-LGPA is a highly reliable quartz device. It is designed to drive a wide range of frequency-critical applications, ranging from low-range broadcast and satellite receivers to high frequency telecommunication systems. The XG-2102CA 322.265625M-LGPA combines the features of a highly reliable quartz oscillator with a low power consumption rate, making it one of the most widely used quartz oscillators among board level manufacturers. In addition, the device is built with an extremely wide output frequency range, making it suitable for various frequency adjustment requirements.

Features of XG-2102CA 322.265625M-LGPA

The XG-2102CA 322.265625M-LGPA is a low-noise, low-power device that is designed for operation over an extended temperature range. The device features a guaranteed frequency stability over a wide temperature range of -30°C to +85°C. It is capable of meeting the stringent frequency requirements of high-speed digital systems, making it suitable for high-performance board-level applications. The oscillator is available in a variety of surface mount packages, including SOIC, LCC, and DIP.

Application Field of XG-2102CA 322.265625M-LGPA

The XG-2102CA 322.265625M-LGPA is widely used in a variety of RF and digital wireless applications. It is used in automotive, digital television, radio receivers, satellite receivers, two-way radios, wireless USB, and other embedded systems. It is also used in high-speed digital circuit boards and artificial intelligence (AI) applications. It is ideal for wide frequency applications such as GPS navigation systems and short-range wireless communications.

Working Principle of XG-2102CA 322.265625M-LGPA

The XG-2102CA 322.265625M-LGPA is based on a quartz crystal resonator that vibrates at a fixed frequency. The device utilizes two quartz crystal plates that are joined together with a tuning fork-like structure. These plates oscillate with the same natural frequency and are held in equilibrium by a small electrostatic force. The small change in voltage applied to the plates causes the frequency to change, thus allowing the frequency stability to be maintained over a wide temperature range.

The device utilizes an advanced analogue phase-locked loop (PLL) to produce an output signal that is in phase with the input reference signal. The PLL is responsible for locking the oscillator frequency with the frequency of the reference signal. The PLL also ensures high reliability and accuracy of the output signal.

Conclusion

The XG-2102CA 322.265625M-LGPA is an advanced frequency-controlled quartz device designed for a wide range of applications. It ensures a high level of precision and reliability and is widely used in cellular, wireless, and digital equipment. The device features a wide frequency range, low-power consumption, and ultra-wide temperature range. In addition, the advanced PLL ensures high accuracy and reliability of the output signal.

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