ABC2-15.360MHZ-4-T

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Crystals are an important part of modern-day technology, being used in almost every sector from communication to medical equipment. The ABC2-15.360 MHZ-4-T is a particular type of crystal and is used mainly in communication and broadcasting applications. In this article, we will look at the application fields and working principle of the ABC2-15.360 MHZ-4-T crystal.

What is a Crystal?

Crystals are made up of natural or synthetic substances which display particular physical and mechanical characteristics. These characteristics are determined by the crystal’s structure and how it is manufactured. Crystals are formed when molecules or atoms of a substance interlink in specific lattices, creating crystals of varying shapes, sizes, and materials. One of the main properties of a crystal is its ability to produce electrical signals when subjected to an electric field, making them useful for many applications including timing and oscillation.

Application Fields of the ABC2-15.360 MHZ-4-T Crystal

The ABC2-15.360 MHZ-4-T Crystal is a versatile low power crystal oscillator with a wide frequency range from 15 to 32 Megahertz. It is mainly used in communication and broadcasting applications, providing an accurate and stable output frequency. Its robust design and low power consumption makes it ideal for broadcast applications such as wireless networking, broadcasting, and transmitting data over long distances.

The ABC2-15.360 MHZ-4-T is also used in other applications such as timing for telecommunications, automotive systems, radio receivers, and medical equipment. The crystal provides precise timing signals, needs minimal external components, and has a low phase noise. This makes it a reliable component for precise timing applications.

Working Principle of the ABC2-15.360 MHZ-4-T Crystal

The ABC2-15.360 MHZ-4-T Crystal works in a similar manner to most quartz crystals. When a voltage is applied to the crystal, a small current passes through it and generates an electric field. This electric field excites atoms within the crystal, causing them to vibrate. The vibration of these atoms produces an oscillation frequency that can be used as a precise timing or frequency reference. The frequency of the oscillations is determined by the size of the crystal and how it has been manufactured.

Conclusion

The ABC2-15.360 MHZ-4-T Crystal is a versatile crystal with a wide range of applications in communication and broadcasting systems. It provides precise timing and is easy to use with minimal external components. Its low power consumption and robust design make it a reliable component for broadcast applications.

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