AA-27.000MAGK-T Crystals, Oscillators, Resonators

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Crystals

AA-27.000MAGK-T is a kind of crystal developed by Avago Technologies, a leading supplier of electronic components. The crystal is available in a variety of package types, and its low voltage, low-frequency characteristics make it suitable for a wide range of applications. In this article, we will explore the application field and working principles of AA-27.000MAGK-T.

Application Field of AA-27.000MAGK-T:

The main application field for AA-27.000MAGK-T crystals is precision timing devices used in the telecommunications and data communication circuitry. These devices require a highly accurate frequency control and are often used in the construction of digital watch and clock oscillators. AA-27.000MAGK-T crystals are also widely used in radio systems, modems, printers, and other electronic systems. As this type of crystal has excellent frequency stability, it is suitable for use in high speed or reliable communication environments.

Working Principle of AA-27.000MAGK-T:

The key element of the AA-27.000MAGK-T crystal is a quartz disc or crystal resonator, which is generally shaped like a Coke bottle and is fixed within a cylindrical container. The resonator is electrically driven by a current passing through it and creates an oscillatory effect at a predetermined frequency. This frequency is determined by the setting of the values of the parameters such as the operating voltage, the width of the quartz crystal, and its temperature coefficient.

A typical AA-27.000MAGK-T crystal oscillator consists of two components: an oscillator and a frequency divider. The oscillator is designed to generate a constant, stable output frequency by driving the quartz crystal at its resonant frequency. The frequency divider, on the other hand, is used to divide the frequency of the oscillator output, allowing the crystal to produce both a very high frequency and a low frequency output.

When the AA-27.000MAGK-T crystal is driven at its resonant frequency, it produces an electrical standing wave that remains constant regardless of temperature changes or voltage fluctuations. This constant frequency makes the crystal suitable for use in timing circuits for both digital and analog applications. In addition, the crystal’s narrow range of adjustment ensures that it can accurately produce the correct frequency regardless of environmental conditions, making it very reliable and stable.

Conclusion:

In conclusion, the AA-27.000MAGK-T crystal is a highly reliable and accurate component suitable for use in a wide range of timing applications. Its unique characteristics make it ideally suited for use in highly precise timing circuits and devices in the telecommunications, data communication, and radio systems. The crystal’s working principle and frequency stability also ensure that it can be used in fast and reliable communication environments.

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