AM25070002

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Crystals are some of the most incredibly precise and stable electronic components, which have wide applications in various electronic fields. Their working principles, although often taken for granted, deserve careful study. The AM25070002 crystal is among the most widely used and reliable crystals and its application fields and working principles are highlighted in this article.

The AM25070002 crystal is a quartz crystal component that plays an important role in the precise timing in many computing systems. Owing to its low power consumption, precise accuracy and long life span, this particular crystal component is popularly used in many PCs, medical devices, and telecommunication systems.

The operating principle of the crystal relies on a process known as the “piezoelectric effect”. It produces electric field when subjected to mechanical strain and vice-versa. When the quartz crystal is subjected to an alternating electrical field, it creates an alternating strain which, in turn, creates a proportional alternating electric field. This piezoelectric effect takes place in the crystal and it is due to the electric dipoles formed within the crystal lattice.

The electrical field generates an alternating magnetic field which produces an oscillation of the crystal in a particular frequency depending on its size. This vibrating crystal, in turn, produces mechanical wave oscillations in the frequency and a standing wave stimulates electrical oscillations in the same frequency on the crystal.

This mechanical wave creates an alternating electrical field across the quartz crystal which is amplified and sent out through electrical connections on the crystal. These connections, being electrodes, are placed on opposite sides of the crystal in order to transform the alternating electric field into a much bigger voltage suitable for applying to the electronic device that utilizes it.

The frequency of the oscillation of this crystal is dependent on its size and the resonating frequency of the crystal. Smaller crystals tend to oscillate faster than bigger crystals and therefore the frequency of the alternating electrical field produced tends to vary accordingly.

The manufacturing process for creating the AM25070002 crystal is highly precise and is done under a strict process of quality control. Each crystal is assigned its own frequency based on its size and the oscillating frequency. This particular crystal type is known for its reliable performance and excellent accuracy and can be used over long periods of time without any ill effects or drift in frequency.

In summary, the AM25070002 crystal is a quartz crystal component which is popularly used in many electronics systems due to its low power consumption, precise accuracy and long life span. It operates on the principle of the piezoelectric effect where the crystal produces an alternating electric field when subjected to an alternating voltage. Oscillations in this frequency are produced by the crystal and amplified for application by electrodes placed on opposite sides of the crystal. Its manufacturing process is highly precise and thus ensuring its reliable performance and excellent accuracy over long periods of time.

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