8Z40090010

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Crystals provides various options for applications, and 8Z40090010 is no exception. This crystal is primarily used in frequency control because of its inherent stability and accuracy when it comes to cycling frequencies over a given period of time. It is often used within mobile handsets as well, where it meets a variety of operating conditions, while also needing to adhere to the highest standards of sturdiness — to be capable of withstanding the common vibration and shock levels found within a 3G or 4G handset.

The 8Z40090010 is designed to control frequency components at 10.000 MHz, which means that it is especially good for reducing noise and interference in a given system. The frequency cycling starts at 10.001 MHz or 9.999 MHz, resulting in a frequency gap of 200 kHz. It allows the end-system to cycle between the two frequencies with a 0.5ppm accuracy with a frequency resolution of 2.5Hz ± 3ppm. In other words, it allows the system to obtain a precise control over the frequency cycles.

The essentials of the 8Z40090010 working principle is that it uses a quartz crystal inside the package to control a frequency-generating circuit at a pre-set frequency range. The frequency generated depends on two important factors: the crystal cut used in the package and the driving circuit design. Thin quartz crystal cut with a low resonance frequency and a wide frequency range is usually used. It provides better overall frequency stability, drivability, and temperature stability.

The crystal cut is usually chosen so that the desired operating frequency can be achieved at a lower than normal drive current. This allows the 8Z40090010 to supply buffered frequency signals down to below 1.0V. In addition, the crystal cut also allows for thermal protection, which helps the 8Z40090010 to withstand vibration, shock and other forces that can cause it to malfunction.

Furthermore, the 8Z40090010 is able to provide flexibilty when it comes to setting frequency specific parameters like product dimensions and case designs. It also allows for the addition of any crystal displayers, capacitors and other components. This makes customizing the 8Z40090010 for the end-user an easy affair.

Apart from the frequency control feature, the 8Z40090010 also has other features to further simplify its operation and usage. It is compatible with a variety of mechanical parameters, and also has a low power consumption level. This makes it a very energy efficient option, and allows it to be used in a variety of applications.

In conclusion, the 8Z40090010 is a reliable and energy efficient crystal that offers a variety of features and applications, making it an ideal choice for a wide range of frequency control applications. Its resistance to shock and vibration, along with its stable frequency cycling and accuracy, make it more than capable of handling and providing precision frequency control, even in the toughest of environments.

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