ABM3-12.000MHZ-D2Y-T

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Crystals

Crystals are essential components found in a wide variety of electronic applications. They are effective because of their ability to provide precise timing for different kinds of electronic circuits. An example of a crystal would be an ABM3-12.000MHZ-D2Y-T. This type of crystal offers a good range of frequency options and are favored for their superior temperature stability and accuracy.

Application Field and Working Principle

The ABM3-12.000MHZ-D2Y-T crystal can be found in various applications, such as radio communication, consumer electronic products, industrial control, medical applications, and automotive communication. The device is composed of a quartz resonator, electrical contacts, and a metal enclosure that protect the device from dirt and other contaminants.

The working principle of a crystal is dependent on its construction. Typically, a crystal consists of two electrodes that are in contact with a quartz resonator. These electrodes create an electric field in the resonator, which causes the quartz to vibrate. This vibration generates an alternating electric current within the resonator, which is then used to generate voltage.

The frequency of the crystal is closely related to the mechanical properties of the quartz. Specifically, the frequency can be controlled by changing the angle between the two electrodes or by changing the length of the resonator. As such, the ABM3-12.000MHZ-D2Y-T crystal can offer precise timing for any electronic application.

In addition, the ABM3-12.000MHZ-D2Y-T crystal offers superior temperature stability, which is critical for modern electronic applications. The crystal’s construction makes it resistant to temperature fluctuations, especially when compared to traditional oscillator circuits. This improved temperature stability helps to ensure that the crystal is able to perform consistently over a wide temperature range.

The ABM3-12.000MHZ-D2Y-T crystal is typically housed in a metal enclosure and can be easily integrated into a variety of electronic designs. The device’s small size, excellent temperature stability, and precision timing make it an ideal choice for radio communication, consumer electronic products, industrial control, medical applications, and automotive communication.

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