9B64000100

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Crystals

Crystals are solid materials which have a characteristic repeating atomic structure. Such a structure gives the crystal specific physical and chemical properties, depending on the type of crystal in question. These properties are then utilized by engineers and scientists in different fields. One such crystal is the 9B64000100 crystal, which is used in a variety of applications.

The 9B64000100 crystal is a designer quartz crystal with an AT-cut which means it is used for very high-frequency operation. Its frequency range is between 8 and 350 MHz and it offers low frequency aging and pull range. This ensures it is ideal for a variety of electronic and electronic frequency related applications.

The quartz crystal used in 9B64000100 is optimized for frequency accuracy, stability and low aging enable it to be used for frequency reference in ultra wideband radio systems, UUT oscillator stability test, GNSS navigation, RF frequency measurement and calibration, high resolution frequency synthesis, and wireless communication/radar/sonar. In addition to its impressive frequency range, it also has excellent frequency temperature coefficients making it suitable for harsh environment applications.

The working principle of the 9B64000100 crystal is based on Piezoelectric effect. Piezoelectricity is the ability of certain materials (such as crystals, certain ceramics, and biological matter such as bone, DNA and various proteins) to generate an electric charge in response to applied mechanical stress. Under mechanical strain, the quartz crystal produces an electric potential difference between opposite sides. The reverse works as well, and when an applied electric field vibrates the crystal at its resonant frequency, the crystal generates a mechanical strain. The mechanical strain created causes a physical vibration of the quartz elements. The electric field causes vibrations to move through the crystal lattice and generate an electric field. This electrical field can then be harnessed for use in the various applications mentioned above.

In short, the 9B64000100 crystal is a perfect example of how crystal technology can be used to provide frequency stability and accuracy for a variety of applications. Its Piezoelectric effect means that mechanical stress can be converted into an electric charge, meaning it can be used for applications such as radio systems, GNSS navigation, and wireless communication/radar/sonar, as well as a range of other frequency related applications. This makes the 9B64000100 crystal an extremely versatile and useful tool for engineers and scientists.

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