445W2XH24M57600

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Crystals have been used historically in timekeeping devices such as clocks, watches and radio receivers, since quartz is relatively abundant and easy to extract and shaped. A modern example is the 445W2XH24M57600 crystal, which is used as an associative unit to ensure an exact frequency of operation of an electronic circuit.

What is a Crystal?

A crystal is a regular arrangement of ions or molecules in the solid state that is organized in a three-dimensional lattice structure. It is composed of atoms, ions, and even molecules. Crystals are normally used to transform changes in an electrical field into acoustic vibrations. The vibration frequency is determined by the crystal lattice structure.

Features of the 445W2XH24M57600

The 445W2XH24M57600 crystal is a ceramic resonator that is specifically designed for low-frequency applications. It is a low-cost solution for electronic circuit applications that require precise frequency control. It typically produces a frequency of 24MHz with a precision tolerance of + /- 20ppm. The 445W2XH24M57600 also has a low power consumption of 70mW and a wide operating temperature range of -20 to +70 °C.

Applications and Working Principle of the 445W2XH24M57600

The 445W2XH24M57600 is used in applications such as voltage-controlled oscillators, timing circuits, frequency synthesizers, transceivers, and radio receiver designs. Its working principle is based on the piezoelectric effect. When an electric field is applied to a crystal, the crystal structure compresses and expands. This causes a resonance to occur, resulting in an oscillating output signal. The frequency of the output signal is determined by the size and shape of the crystal and the strength of the electric field.

Conclusion

The 445W2XH24M57600 is a ceramic resonator that is designed for low-frequency applications. It typically produces a frequency of 24MHz with a precision tolerance of +/−20ppm and has a low power consumption and a wide operating temperature range. The 445W2XH24M57600 works on the piezoelectric effect and produces an oscillating output signal based on the size and shape of the crystal, and the strength of the electric field.

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