FC5BQCCMM10.0-T1

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Crystals

Crystals are solid substances comprised of atoms, molecules, or ions that are regularly arranged in three-dimensional patterns. The structure of a crystal is known as a lattice and it is commensurate with the dimensions of the unit cell. The unit cell can be repeated over three dimensions to form the crystal structure. Crystals are found in nature, with discernible shapes and uniform structures. As a result, they have a wide range of applications in commercial and industrial sectors.

FC5BQCCMM10.0-T1 is one such crystal manufactured by the company Foxconn. It is a high precision quartz crystal made from an AT-cut quartz wafer. The crystal is hermetically sealed in a gold-plated brass package with an 8 mm height. The frequency range of the crystal is 10.00 MHz to 10.30 MHz, with a maximum frequency stability of ±20 ppm. Due to its hermetically sealed package and frequency stability, FC5BQCCMM10.0-T1 has a wide range of applications, including timekeeping devices, precision oscillators, precision sensors, and telecommunications.

The working principle of the FC5BQCCMM10.0-T1 crystal is based on the concept of piezoelectricity. Piezoelectricity refers to the production of an electric charge in a material due to the mechanical distortion of its atomic lattice. Quartz crystals are the most common type of piezoelectric material, and possess the ability to generate an electric charge in response to a mechanical stress. The crystal is further stimulated with an electric field, which induces a mechanical strain in the crystal. This causes the crystal to vibrate at a specific frequency, depending on the magnitude of the electric field.

When the FC5BQCCMM10.0-T1 crystal is subjected to an electric field, it produces mechanical vibrations at a frequency of 10.00 MHz to 10.30 MHz, depending on the magnitude of the electric field. This frequency can then be used to drive a variety of electronic devices. For instance, the signal generated by the crystal can be used to drive a clock circuit, thus providing an accurate time reference for timekeeping devices. Similarly, the signal generated by the crystal can be used to drive oscillators, sensors, and telecommunication devices.

In summary, FC5BQCCMM10.0-T1 is a high precision quartz crystal that is hermetically sealed in a gold-plated brass package. It utilizes the concept of piezoelectricity to produce mechanical vibrations at a frequency of 10.00 MHz to 10.30 MHz, depending on the magnitude of the electric field applied. This frequency can be used to drive a variety of electronic devices, such as clocks, oscillators, sensors, and telecommunication devices.

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