AV-18.432MAHI-T

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Crystals

Crystals, or crystalline solids, are fascinating objects to study. A crystal can be broadly defined as any solid material in which the constituent atoms, molecules, or ions are arranged in an orderly, repeating pattern extending in all three spatial dimensions. The repeating patterns are known as crystal lattices, and the study of these patterns and of how they change under various conditions is called crystallography. Crystals form naturally in all sorts of materials, from ice cubes to gemstones.

AV-18.432MAHI-T is a quartz crystal that has recently been developed for the purpose of use in high frequency applications such as radio communications. Quartz crystals are an important class of crystals because of their unique properties, which make them ideal for use in frequency sensitive devices. The AV-18.432MAHI-T is optimized for use up to 2.7GHz and has high temperatures stability due to its relatively low aging rate. Its use in high frequency applications is further enhanced by its excellent frequency stability under temperature and load.

The AV-18.432MAHI-T has a variety of applications, but is primarily used to generate or control frequencies in electronic devices. It is commonly used to maintain the accuracy of clocks, watches, and other timekeeping devices that rely on a precise frequency, such as mobile phones and GPS receivers. Radio circuits and other communication systems can also use the frequency generated by the AV-18.432MAHI-T to maintain a constant frequency for optimal performance. Additionally, it can be used as an oscillator in a variety of test instruments, such as frequency counters, sweep generators, and ELF radiation testers.

The working principle of a quartz crystal relies on the piezoelectric effect, which is the ability of certain materials to produce an electric charge when subjected to physical pressure or strain. In a quartz crystal, the electrical charge is produced by the mechanical deformation of a quartz crystal lattice when a voltage is applied across the crystal. This electrical charge is then stored within the crystal and can be released again when the voltage is removed. Over time, the amount of electrical charge stored within the crystal will slowly dissipate, resulting in a changing frequency at which the crystal vibrates. This frequency can be controlled by adjusting the amount of voltage applied to the crystal.

The AV-18.432MAHI-T takes advantage of this piezoelectric effect to maintain a consistent frequency up to 2.7GHz. Its low aging rate and excellent frequency stability make it ideal for use in precision timekeeping and communication applications. Its wide range of applications makes it a valuable addition to any electronics project.

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