7V-28.6363MAAE-T

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Crystals

Crystals are essential components in many of today’s electronic products, from radio transmitters, to cell phones, and even specialized miniature computer chips. They are used to control the frequency of an electrical signal and are manufactured in a variety of different technologies to suit many different applications. 7V-28.6363MAAE-T is a crystal with specific properties, making it suitable for a variety of applications. This article will explore the application field and working principle of the 7V-28.6363MAAE-T.

Application Field of 7V-28.6363MAAE-T

7V-28.6363MAAE-T is widely used in cellular phone and RF/microwave applications as its frequency characteristics are especially well-suited for such purposes. It is capable of maintaining high accuracy and stability even in elevated temperature conditions. Its primary application areas include low voltage oscillator applications, radio communications components, high-frequency switching and pulse generation circuitry, frequency converters, DSP applications, etc.

In addition to its typical use in the application field mentioned above, 7V-28.6363MAAE-T can also be used in specialty applications such as jitter control in clock distribution circuits, phase-locked loop systems, and other high-precision timing applications. It’s frequency characteristics and tolerance to temperature make it a popular choice for such applications.

Working Principle of 7V-28.6363MAAE-T

The 7V-28.6363MAAE-T is made using a specific crystal technology that is uniquely suited for its application field. The crystal resonator is manufactured using a proprietary technology that results in a symmetrical structure, with a metallized layer over the vibrating element. This layer prevents physical damage as well as oxidizing throughout its lifetime.

The 7V-28.6363MAAE-T is made using a combination of the fabrication process and a crystal-tuned filter. The fabrication process provides the shape and surface characteristics required by the crystal resonator, while the filter provides the resonance characteristics that are essential to the crystal’s function. The combination of the two components results in a highly reliable, stable, and accurate crystal.

The 7V-28.6363MAAE-T also features an advanced temperature compensation feature, which allows it to maintain high accuracy and stability regardless of the environment temperature. In addition, it has a wide tolerance rating, meaning it can maintain its desired frequency even in the presence of other noise sources.

Conclusion

The 7V-28.6363MAAE-T crystal is a highly reliable, stable, and accurate component that is well-suited for a variety of application fields, such as low voltage oscillator applications, radio communications components, frequency converters, and DSP applications. Its proprietary technology includes a combination of fabrication process and filter, as well as an advanced temperature compensation feature, which allow it to maintain accuracy and stability even in various environments. As such, the 7V-28.6363MAAE-T is an ideal choice for anyone looking for a reliable crystal component for their application.

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