8Z-30.000MAAJ-T Crystals, Oscillators, Resonators

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Crystals: 8Z-30.000MAAJ-T Application Field and Working Principle

Crystals are widely used components in electronic, telecommunication, and navigation equipment all over the world. But there are still many people who do not know exactly what a crystal is and how it works. In this article, we will discuss the application field and working principle of the 8Z-30.000MAAJ-T crystal.

What is a Crystal?

A crystal is a device that generates a specific frequency which is used to create an oscillating electrical signal. This signal is known as the reply of the crystal. The frequency of this signal depends on the properties of the crystal material, as well as its shape and size. Crystals are made using piezoelectric materials, such as quartz, which produce an electrical charge when a force is applied to them. This electric charge can be used to create an oscillating electrical signal.

8Z-30.000MAAJ-T Application Field

The 8Z-30.000MAAJ-T crystal is a popular choice in various fields due to its stability. The 8Z-30.000MAAJ-T crystal is designed to operate with a frequency of 30.000 MHz, with an accuracy of ±50ppm. It is suitable for commercial, industrial, and military applications. It is widely used for radio communications, as it can generate clean, stable signals for clear reception on frequency ranges from very low to very high. It is also used in navigation equipment to track its exact location.

8Z-30.000MAAJ-T Working Principle

The 8Z-30.000MAAJ-T crystal is made of quartz. Quartz is a piezoelectric material, meaning that it has the ability to generate a small electric charge when a force is applied to it. This is the same principle used in a quartz watch, where the electric charge is used to make the hands move accurately. In the 8Z-30.000MAAJ-T crystal, the electric charge generated by the quartz is used to create an oscillating electrical signal with a frequency of 30.000 MHz.

The 8Z-30.000MAAJ-T crystal is designed to be extremely stable, with an accuracy of ±50ppm at a temperature range of -10 to 70 degrees Celsius. This means that the frequency of the oscillating electrical signal it produces will remain constant, even at fluctuating temperatures. This makes it an ideal choice for radio communications and navigation, where accuracy is essential for clear reception.

Conclusion

In conclusion, the 8Z-30.000MAAJ-T crystal is an ideal choice for applications such as radio communications and navigation, due to its stability and accuracy. The crystal works by producing an oscillating electrical signal, which is generated by applying a force to the piezoelectric quartz material. The frequency of this signal is fixed at 30.000 MHz, and the accuracy of ±50ppm is maintained across a temperature range of -10 to 70 degrees Celsius.

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