FA-20H 12.0000MD30Z-K5

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Crystals are an important components in any electronics device, and their application within a wide range of fields can be seen. Capitalizing on this, a variety of crystals are available in the market, with FA-20H 12.0000MD30Z-K5 being a popular example.

The FA-20H 12.0000MD30Z-K5 crystal is a cylindrical, miniature type frequency control device that is mainly used for radio communication equipment. It is mainly composed of a quartz oscillator core, a pair of electrodes and a ceramic lead frame. The oscillator module itself is composed of a quartz crystal substrate and a thin film electrodes. The quartz crystal itself acts as a mechanical resonator, with the electrodes and lead frame providing the electrical connections necessary to connect to the external circuit.

In terms of application field, particularly, FA-20H 12.0000MD30Z-K5 crystals are mostly applied in communications, Instrumentation and barcode readers. For example, in radio communication equipment, such crystals are used for high stability applications, such as modems, base stations, FAX machines, and many more. For instrumentation applications, FA-20H 12.0000MD30Z-K5 crystals are used in frequency counters, particle accelerators, medical equipment, and more. Finally, for barcode readers, FA-20H 12.0000MD30Z-K5 crystals are typically used for laser barcode scanners, for example in supermarkets, drug stores and department stores.

In terms of working principle, the FA-20H 12.0000MD30Z-K5 crystal operates based on what is known as the Piezoelectric effect. When the crystal is under an electrical field, it will deform, leading to the generation of a voltage. At the same time, the mechanical force causes the electrons of the quartz crystal to move, generating a current. This reverses the magnetic field, which then deforms the quartz crystal and creates a reversing voltage. This voltage is then amplified and used to power the circuit.

To conclude, FA-20H 12.0000MD30Z-K5 crystals are a popular and widely used example of a quartz oscillator. Its application spans across many fields, such as radio communication equipment, instrumentation and barcode readers. Its working principle is based off the Piezoelectric effect, where an electric field causes the quartz crystal to deform and generate a voltage, which is then used to power the circuit.

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