9B-24.000MAAJ-B

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Crystals

Crystals are materials of great scientific and technological interest. The three-dimensional periodic arrangement of the atoms or ions that form them causes them to possess many properties different from those of a macroscopic material. The 9B-24.000MAAJ-B has been developed to meet the demand for high-frequency, low-noise operation. This type of crystal is designed to exhibit a wide range of applications in the fields of telecommunications, computing, automotive, and industrial.

The unit exhibits a wide range of frequency operations: from 6.000 MHz to 24.000 MHz, with frequency stability at ±20ppm. It has a capacitive load of 15pF and a resonance loading temperature of 25ºC. Its high resistance to shock, vibration, temperature, and humidity makes it the ideal candidate for precision frequency references.

In order to operate, the 9B-24.000MAAJ-B needs to be connected between the two terminals of a microcontroller. The oscillator circuit incorporated in the crystal has two terminals that are connected to two capacitors with a specific capacitance. This capacitance determines the operating frequency of the crystal. It works in accordance with the "series resonance" principle and gives the crystal the ability to operate at extremely high frequencies with minimum voltage requirements. The oscillator circuit incorporates an electromechanical feedback loop, giving the crystal its excellent stability of operation. In this way, the oscillator circuit works in a kind of "push-pull" manner, giving repetitive signals at the required frequency.

In conclusion, the 9B-24.000MAAJ-B crystal has been designed for extremely demanding applications that require precision frequency references. Its high frequency stability, low voltage requirements, and wide range of operating frequencies guarantees its successful operation in a wide range of applications. The crystal is able to provide reliable, repeatable, and consistent frequency references.

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