XG-2121CA 100.0000M-PHPAL3

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Oscillators produce repetitive electronic signals, they are fundamental building blocks in control systems, communication synthesizers and countless other electronic applications. The XG-2121CA 100.0000M-PHPAL3 is an oscillator, and in this article, we explore its application field and working principle.

Applications

The XG-2121CA 100.0000M-PHPAL3 is an oscillator, often used in frequency synthesizers, frequency counters, and radio tuning circuits. It is a temperature compensated oscillator, meaning the frequency of the oscillation remains consistent regardless of changes in temperature. This makes the XG-2121CA 100.0000M-PHPAL3 incredibly useful, as it can be used in situations that require precise timing such as in computers and communication systems where precision is paramount.

Working Principle

The XG-2121CA 100.0000M-PHPAL3 is powered by a crystal that vibrates at a set frequency. The crystal is placed between two plates and connected to an oscillator circuit. When a signal is applied to the plates in the form of a current, the crystal vibrates at the same frequency as the current. This vibration produces an alternating current which is then used to control the timing of the circuit. The alternating current then provides a precise timing source for the system.

The XG-2121CA 100.0000M-PHPAL3 also has a temperature compensation feature. This feature ensures that the oscillator is able to maintain its frequency accuracy even during fluctuations in temperature. This is achieved by using a thermistor embedded into the oscillator circuit. The thermistor is able to monitor the changes in temperature and adjust the timing circuit accordingly so that the frequency is not affected.

Conclusion

The XG-2121CA 100.0000M-PHPAL3 is an oscillator primarily intended to be used in frequency synthesizers, frequency counters and radio tuning circuits. It is temperature compensated, allowing it to maintain precise timing even in fluctuating temperatures. Understanding its application field and working principle allows engineers to leverage this oscillator for complex system designs.

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