CM309S44.000MABJTR

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Crystals

Crystals are a type of solid material in which atoms, molecules and/or ions are arranged in an ordered, recurring pattern and form crystal lattices which extend in all directions. The scientific term for crystals is crystals, and they have a range of applications in various fields, such as telecommunications, aerospace, defense, jewelery and sports. Crystal oscillators, such as the CM309S44.000MABJTR, are widely used in the telecommunications and electronics sectors.

CM309S44.000MABJTR Application Field

The CM309S44.000MABJTR crystal oscillator has been designed for use in high-frequency telecommunications applications. It is used to create an electronic signal with a consistent frequency, and as such, it is widely used in timing applications, such as in television broadcast, mobile phones, and professional audio equipment.

CM309S44.000MABJTR Working Principle

The CM309S44.000MABJTR crystal oscillator works on the principle of piezoelectricity. Piezoelectricity is the ability of certain materials to produce a voltage when subjected to mechanical stress or strain. The CM309S44.000MABJTR is a quartz crystal cut in an a-axis symmetrical orientation. Its surface is finely etched with a series of electrodes, so that when an alternating current is applied across the quartz crystal, the mechanical forces created cause the crystal to deform, thus generating an electrical current.

The CM309S44.000MABJTR crystal oscillator operates using a range of input-voltages of 1.4 to 5.0V, and offers a range frequency of 44.00MHz. It also has a high stability, with a specified accuracy of ±50ppm and a temperature stability of ±10ppm/°C over the rated temperature range.

Conclusion

The CM309S44.000MABJTR crystal oscillator is an ideal choice for a range of high-frequency telecommunications applications. Its piezoelectric operation enables it to produce a steady, consistent voltage over a wide range of input-voltages, while its high stability and accuracy makes it suitable for both commercial and industrial use. As such, it is a valuable component in many areas of the telecommunications and electronics industries.

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