AM-24.576MAHE-T

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Crystals are playing an increasingly important role in many fields. AM-24.576MAHE-T is a special type of crystal which has been applied in wide range of applications.

The AM-24.576MAHE-T crystal represents an innovative type of material which is optimized and especially designed for interconnection of microelectronic chips and for radio communication applications. It is used in satellites, masts, mobile phones, watch and laptop computers, as well as in some medical equipment and surveillance systems.

It consists of two elements, a quartz crystal and a metal frame, both being necessary to achieve the desired wave and frequency characteristics. The quartz crystalline structure of the AM-24.576MAHE-T is of high purity, providing excellent electrical and mechanical characteristics, making it suitable for long listening and speaking distances.

The working principle of the AM-24.576MAHE-T crystal is based on the phenomenon of piezoelectricity, which is the direct coupling between mechanical and electrical energy. When an alternating voltage is applied to the quartz crystal, the two sides of it expand and contract, providing a frequency which is then utilized for radio communication purposes.

The frequency generated by the crystal is determined by the size and shape of the crystal and its resonant frequency depends on the applied voltage. This makes the AM-24.576MAHE-T crystal a highly cost effective and efficient choice for the communication industry, due to its low-power and low-distortion characteristics.

The AM-24.576MAHE-T crystal is also suitable for use in frequency synthesisers, transponders, oscillators and other high frequency applications, due to its low phase noise and high stability. Additionally, the workability of the crystal is also enhanced due to its low temperature coefficient of frequency.

In conclusion, the AM-24.576MAHE-T crystal is a unique and highly effective type of crystal, which can be used for a wide range of applications. Its excellent electrical and mechanical characteristics, low power requirements, low phase noise and high frequency stability make it the ideal choice for the modern communication field.

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