445C33D16M00000

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Crystals

Crystals are a diverse class of materials with various applications across a range of industries. Specifically, crystals are materials that have a repeating, three-dimensional pattern, which is referred to as the crystal lattice. The type of material, atomic structure, and arrangement of atoms determine the specific properties of any particular crystal.

445C33D16M00000 Crystal

The 445C33D16M00000 crystal is a type of material utilized by a variety of industrial applications. It is a quartz oscillator crystal that makes use of frequency control characteristics to suitably operate. Its dimensions are 5.0 x 2.5 x 1.2 mm and it has a frequency stability of 50 PPM (Parts Per Million). Manufactured by the Chinese company WENZHOU CHEERBRIGHT ELECTRONICS, this crystal is part of their series of quartz resonators with the highest performance specifications available in the market.

445C33D16M00000 Application Field

The 445C33D16M00000 crystal is primarily used as a timing element in oscillator circuits. It is used in a variety of consumer and industrial electronics including computers, mobile phones, radio broadcasts, televisions, and satellites. Additionally, it is often used in test and measurement instruments, communications systems, and defense industry applications.

445C33D16M00000 Working Principle

The 445C33D16M00000 crystal functions based on the piezoelectric principle. This is the ability of certain crystals to produce an electric potential when subjected to mechanical stress. In this particular case, the quartz crystal is placed between two metal electrodes, when a current is applied across the electrodes, the quartz crystal vibrates with its natural frequency. This vibration produces a crystal oscillator circuit, which has a constant and precisely determined frequency.

The frequency stability of the 445C33D16M00000 crystal is due to its robust construction and precise manufacturing techniques. The resonator is built with a precise thickness which allows it to dissipate energy from its vibration more efficiently thus providing more precise and stable frequency. This feature makes the crystal suitable for use in applications where accuracy is essential, such as telecommunications, nuclear applications, and precise instrumentation.

Lastly, the advantages of the 445C33D16M00000 crystal are wide temperature range, high shock resistance, low aging characteristics, and compact size when compared to other crystals. It is also radiation tolerant, making it suitable for use in aerospace and defense industries.

Conclusion

The 445C33D16M00000 crystal is a highly precise and accurate oscillator resonator utilized in various industrial applications. It functions based on the piezoelectric principle, produces a crystal oscillator circuit with a predictable and stable frequency, and offers advantages including wide temperature range, high shock resistance, low aging characteristics, and compact size.

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