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GC1200050 application field and working principle

The GC1200050 crystal is one of the most popular quartz crystals used in many different applications. It is designed to be compatible with wide range of frequencies and is often used in signalling and timing circuits. The GC1200050 is an inexpensive, reliable crystal that is highly sought after in many different electronics applications.

Application Fields

The GC1200050 crystal is commonly used in oscillators, frequency references, timing circuits, and signal generators. Electronics manufacturers often use the crystal to create systems with high frequency accuracy and stability. In addition, the crystal can be used for low-power radio frequency applications such as in remote–control systems.

The crystal is also employed in elements like CPU, ROM and RAM of computers, watches, and other consumer devices. The crystal is also combined with automation systems in order to ensure reliable transmission of signals.

Working Principle

The GC1200050 crystal works on the principle of piezoelectricity. This principle is based on the concept of electrons being compressed within a material due to electric shock or stress. When two quartz crystals are exposed to an electric field, they create an up-and-down movement that can be directed and measured by an oscillator. This signal can be used to keep time and also as a reference for controlling the frequency of the signals generated by the oscillator.

The GC1200050 crystal works at a frequency range of 8 MHz to 20 MHz and can provide extremely accurate and regulated signals for a variety of electronic applications. It also has high stability, low power consumption and long-term reliability.

Conclusion

The GC1200050 crystal is one of the most commonly used crystals in many different electronics applications. It is an inexpensive, reliable component that is highly sought after for its precise timing and frequency accuracy. The crystal works on the principle of piezoelectricity by creating an up-and-down movement when exposed to an electric field. The crystal operates within a frequency range of 8 MHz to 20 MHz and is highly stable, low-power consuming, and long-term reliable.

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