XRCPB27M000F2P00R0 Crystals, Oscillators, Resonators

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Crystals

Crystals have exciting properties like their unfaltering performance and tight frequency tolerances. They are highly used components of all sorts of electronic designs and applications due to these properties. XRCPB27M000F2P00R0 is an Oscillator Crystal, and one of the highly popular crystal manufacturers: Abracon, produces it.

XRCPB27M000F2P00R0 Application Field and Working Principle

The XRCPB27M000F2P00R0 crystal is a 12-pin SMD (surface mounted device) crystal with excellent frequency stability, small size and cost-effective, which makes it a great choice for modern high-performance applications, such as modems, navigation systems, watches, computers, time-of-flight, accelerometers, and generating reference frequencies. Additionally, the crystal can be used as an oscillator circuit or even an amplifier or filter. The use frequency of XRCPB27M000F2P00R0 crystal is 27 MHz and its typical load capacitance is 18pf.

The working principle of XRCPB27M000F2P00R0 crystal can be broken down into three main parts: the crystal structure, the electronic circuit and the quartz material. The main structural elements of a crystal are the prisms which control the frequency output of the device. The two prisms help create a perfect lattice structure, which allows electrons to pass from one prism to the other, vibrating at a particular frequency. The prisms are connected together by a metal coating that acts as an insulator, and the connection is known as the crystal structure. The structure of the crystal determines the frequency of the output of the device.

The frequency of the XRCPB27M000F2P00R0 crystal is determined by the tension applied to the quartz material and the dimensions of the prisms. When an input voltage is applied to the quartz material, it creates a tension. This tension causes the prisms and the coating between them to vibrate, producing an AC signal. This AC signal changes in frequency as the current through the material is altered, hence controlling the final frequency output of the device.

This is how the XRCPB27M000F2P00R0 crystal works. It is an important part of most electronic designs and helps in generating very precise and consistent frequencies. This allows for accurate timekeeping in various applications and is also very useful for creating a wide range of reference frequencies. As such, they are extremely important components of many modern electronic designs.

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