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Crystals

Crystals are important components in many electronic devices, used to control frequency, timing, and other crucial properties. The 8Z-60.000MAAJ-T is an example of such a crystal, used in both radio frequency (RF) applications and digital logic systems.

Application Field

The 8Z-60.000MAAJ-T crystal is primarily used for frequency control in digital clock applications. It has a frequency range of 8.9 to 9.1 MHz and a frequency stability of 10 ppm. It has a relatively low jitter of 13ps, making it ideal for high speed digital clock applications.

It can also be used in RF applications where frequency control and stability are of the utmost importance. It has a maximum pull range of ±30 ppm, allowing it to be used in narrow bandwidth applications such as radio frequency receivers and transmitters. The crystal also has an excellent phase noise of -90 dBc/Hz at 10 kHz offset.

The 8Z-60.000MAAJ-T crystal is also well suited for configuration applications such as hand-held scanners, bar code readers, and portable electronics. The crystal is small enough to fit in compact spaces and has a high power pull range, making it suitable for such challenging applications.

Working Principle

The 8Z-60.000MAAJ-T crystal works through a principle called piezoelectricity. Piezoelectricity is a phenomenon in which an electric charge is generated when an external mechanical force is applied to certain materials. Quartz, a common crystal material, is one such material that displays the piezoelectric effect.

In the 8Z-60.000MAAJ-T crystal, a metallic diaphragm is suspended on either side of a quartz blank. When an electric current is applied to the diaphragm, the surrounding air molecules vibrate and create a pressure wave. This wave travels through the quartz blank and creates alternating electrical charges on the opposite sides of the quartz, resulting in an alternating electric current.

The frequency of this alternating current is determined by the thickness of the quartz blank, the size and shape of the diaphragm, and the material used for the diaphragm. This is why quartz crystals are used for frequency control applications; by varying the thickness, size, and shape of the crystal, the frequency can be adjusted to whatever is required for the application.

Summary

The 8Z-60.000MAAJ-T crystal is a quartz-based frequency control device primarily used for digital clock applications. Its wide frequency range and stability make it ideal for high speed digital clock applications, RF receivers and transmitters, and configuration applications such as hand-held scanners and bar code readers.

The crystal works based on the piezoelectric effect, in which an electric charge is generated when an external mechanical force is applied to certain materials. In the 8Z-60.000MAAJ-T crystal, a metallic diaphragm is suspended on either side of a quartz blank and an electric current is applied to the diaphragm. This sets off a vibration which creates an alternating current determined by the thickness of the quartz blank, the size of the diaphragm, and the material of the diaphragm.

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