ABLS2-14.31818MHZ-D4Y-T Crystals, Oscillators, Resonators

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Crystals are essential building blocks necessary for our everyday electronic applications. In many fields, quartz crystals are used as high precision and low-cost timing elements. One such device is the ABLS2-14.31818MHZ-D4Y-T, a quartz crystal oscillator designed for use in radio frequency applications. The crystal oscillator operates on an energy-saving frequency of 14.31818MHz, making it ideal for a wide range of applications. This article will discuss the application fields, as well as the working principles, of the ABLS2-14.31818MHZ-D4Y-T quartz crystal oscillator.

Application Fields of the ABLS2-14.31818MHZ-D4Y-T

The ABLS2-14.31818MHZ-D4Y-T quartz crystal oscillator is an energy-efficient device and can be used in applications that require precise timing. Its small size and low frequency make it ideal for radio applications such as radio transceivers and wireless communication. It can also be used in radar systems, satellite navigation systems, and cable modems. The crystal oscillator is also used as a timing element in electronic clocks, watches, and other precision timing applications. The frequency of the oscillator is relatively stable, which makes it an ideal choice for applications that require exact timing signals.

Working Principle of the ABLS2-14.31818MHZ-D4Y-T

As its name implies, the ABLS2-14.31818MHZ-D4Y-T operates on an energy-efficient frequency of 14.31818MHz. A quartz crystal is a piezoelectric material that, when subjected to an alternating electric field, creates its own alternating electric field in response. This results in the crystal oscillating at a certain frequency, which is determined by the shape of the crystal. The ABLS2-14.31818MHZ-D4Y-T crystal is cut in the "at-cut" orientation and has a thickness of 4.95mm. This gives the crystal a resonance frequency of 14.31818MHz, an extremely stable operating condition.

The crystal is enclosed in a metal package, which helps minimize the external influences, and is connected to external components such as transistors and capacitors. These components are used to create an electrical circuit, which is then connected to a voltage source. When an alternating current is applied to the circuit, the quartz crystal will begin to oscillate at its resonant frequency, 14.31818MHz. This oscillation is amplified by the external circuits and then used as a timing element in the application.

In addition to the use of quartz resonators in electronic applications, these crystals can also be used in acoustic applications such as musical instruments and hearing aids. The frequency of the crystal can be adjusted by altering the length and width of the crystal. Acoustic quartz resonators are often used in combination with piezoelectric transducers to create a range of audible frequencies.

Conclusion

The ABLS2-14.31818MHZ-D4Y-T quartz crystal oscillator is a low-cost, energy-efficient device that is ideal for applications that require high precision timing. Its small size and low frequency make it suitable for use in various radio and acoustic applications. The crystal’s resonant frequency of 14.31818MHz gives it a stable operating condition and ensures accurate timing. The oscillator is enclosed in a metal package to protect it from external influences, and it is connected to external components to amplify its oscillation. This makes it a reliable and affordable choice for a range of timing-based applications.

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