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Crystals

Crystals have proven to be extremely useful in various applications, especially in telecommunications and other electronics. One example of such crystals is the 8Z-24.576MAAE-T. This tutorial will cover the application fields and working principles of the 8Z-24.576MAAE-T.

Application fields

The 8Z-24.576MAAE-T crystal is a low cost and low power quartz crystal. It is often used in frequency control applications such as telecommunications and other electronics. It provides excellent stability over a wide range of temperature and operating conditions, making it an ideal choice for frequency control applications.

It is commonly used in mobile phones, radio communication systems, phones, global positioning systems (GPSs), security systems, and other low power electronics. It is particularly popular with GPSs due to its low power consumption and stability.

Working Principle

The 8Z-24.576MAAE-T crystal consists of a piezoelectric crystal that vibrates at specific frequency when an electrical signal is applied to it. The frequency of the vibration is determined by the cut angle of the crystal and the temperature of the environment.

The crystal will oscillate at its resonant frequency when an alternating voltage is applied to it. The alternating voltage creates an alternating current, which causes the crystal to vibrate at the correct frequency. The vibration will remain constant as long as the temperature and surrounding environment remain constant.

When the frequency of the crystal is needed to change, a new alternating voltage can be applied toit, causing it to vibrate at the desired frequency. The frequency accuracy of 8Z-24.576MAAE-T crystals is typically within ±50 ppm (parts per million in relation to temperature).

The 8Z-24.576MAAE-T is a highly reliable crystal, with a frequency stability of ±50 ppm over a wide temperature range. Combined with its low power consumption and low cost, it is an excellent choice for frequency control applications and other low power electronics.

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