8Z25070001

Crystals

Crystals are substances whose atoms or molecules are arranged in an ordered pattern that forms a basic structure that can be repeated. The crystals, when grown to a large size, forms a repeating lattice, or geometric pattern, that is known as a crystal lattice or crystal system.

8Z25070001 Application Field and Working Principle

8Z25070001 crystal is a type of piezoelectric vibration mode resonator commonly employed in radio frequency (RF) and microwave frequency band applications. It works on the principle of the piezoelectric effect, where a mechanical stress applied on a crystal will generate an electrical charge, and an electrical charge applied to it will create mechanical vibration. It serves to determine the oscillation frequency of the electric circuits. Its application fields include clock and timer applications, wireless communication systems, automation systems, and industrial bridges and instrumentation.

The 8Z25070001 crystal constitutes a transducer or a device that converts electrical energy into mechanical energy. It has a central metal electrode acting as the input of the electric current that produces mechanical vibrations in three basic frequencies: a fundamental frequency and two higher order overtones. These vibrations allow the crystal to work as a frequency determiner or as a filter that eliminates unwanted frequencies in the electronic circuit.

The operation of the crystal can be further understood when analyzing its physical properties. It requires a certain level of pressure or stress to be applied to resonate within the desired frequency range. This property is known as the crystal’s frequency stability and it helps ensure the circuit will not be affected by external noise or interference. Furthermore, these crystals can be precisely manufactured for small size and high precision frequency applications.

8Z25070001 crystals are widely used in frequency determination applications and are employed in many industrial and commercial applications such as microprocessors, RF radio systems and cellular networks. They are valued for their combination of very low power consumption and excellent frequency stability, resulting in a much lower energy consumption compared to clocks using quartz crystals.

In conclusion, 8Z25070001 crystals offer excellent performance for frequency control applications, including microprocessor applications, wireless communications, automation systems and industrial bridges and instrumentation. They are also valued for their low power consumption and excellent frequency stability.