ABL-3.6864MHZ-B2-T

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Crystals are widely used in many applications, and one of the most familiar crystals is the ABL-3.6864MHZ-B2-T. The ABL-3.6864MHZ-B2-T is a special type of quartz crystal that can generate a precise frequency, and it is widely used for frequency control and timing applications.

The crystal is made of a thin layer of quartz and is cut along a particular orientation. The quartz has physical structure and composition that corresponds to specific electrical oscillations when an electric current is applied. In the ABL-3.6864MHZ-B2-T crystal, the thin layer of quartz is cut in a specific orientation, which results in an oscillation frequency of 3.6864 MHz.

The application of the ABL-3.6864MHZ-B2-T crystal covers many fields, such as telecommunications, military, medical and aerospace engineering. For example, in radio broadcast, the ABL-3.6864MHZ-B2-T crystal is used for frequency synthesizer circuits to generate a precise, stable frequency that can be used for radio broadcast over a wide area. In military communications, the crystal is used to generate precise timings for communication signals, as well as accurately transmitting and receiving data. In medical applications, the crystal is used in various ultrasound imaging equipment, and in aerospace engineering, such as in satellites, the crystal is used for timing and frequency control for communication links.

The working principle of the ABL-3.6864MHZ-B2-T crystal is based on the piezoelectric effect. The piezoelectric effect is a phenomenon in which an electric charge is produced when a material is subjected to mechanical stress. In the ABL-3.6864MHZ-B2-T crystal, when an electric current is applied across the thin layer of quartz, it produces mechanical stress, which then results in a stable electric charge and an oscillation frequency of 3.6864 MHz.

The crystal is extremely stable and accurate, and can generate a precise frequency over a wide temperature range and can withstand harsh environmental conditions. The ABL-3.6864MHZ-B2-T crystal is one of the most widely used crystals in many applications, and its precise and stable frequency makes it an indispensable component for many electronic and communication systems.

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