ABM8W-16.8000MHZ-8-B2U-T3

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Crystals play an important role in many industries, from personal electronics to medical equipment. Crystals specifically serve as oscillators, providing a signal of a specific frequency for use in both communication and timing circuits. ABM8W-16.8000MHZ-8-B2U-T3 is a common type of crystal that is used in many applications.

What is ABM8W-16.8000MHZ-8-B2U-T3?

ABM8W-16.8000MHZ-8-B2U-T3 is a type of crystal oscillator, with a frequency of 16.8 MHz. It is a miniature SMD-type crystal oscillator, which is 4.6 mm × 11.5 mm in size. The oscillator features a nominal crystal frequency tolerance of ±50 ppm over a wide temperature range of -20 to +70 °C.

Application Field of ABM8W-16.8000MHZ-8-B2U-T3

ABM8W-16.8000MHZ-8-B2U-T3 is a low power general-purpose crystal oscillator module, which can be used for internal timing of communications equipment, for adjustable frequency clock sources on circuit boards, or for the external timing of high speed data communications systems. It is also suitable for a wide range of other applications requiring high stability, including radio systems, digital audio, automotive electronics, and medical equipment.

Working Principle of ABM8W-16.8000MHZ-8-B2U-T3

Crystals are natural resonators, meaning that they vibrate at a specific frequency when an electrical current flows through them. In the case of ABM8W-16.8000MHZ-8-B2U-T3, the current is supplied by the oscillator circuit, and the frequency of the crystal determines the frequency of the signal that is output by the oscillator. The design of the oscillator circuit, along with the crystal, influences the accuracy and stability of the output signal.

The ABM8W-16.8000MHZ-8-B2U-T3 crystal is made up of two plates of quartz sand, or quartz slices. The quartz crystals are cut and polished in a specific way, so that they vibrate in a very specific frequency (in this case 16.8 MHz) when an electrical current is passed through them. The quartz crystal is then inserted into the oscillator circuit, and the signal output by the oscillator is used by the circuit depending on its requirements.

A crystal oscillator is also temperature-compensated. This means that the oscillator takes into account variations in temperature, which can cause the frequency of the quartz crystal to drift over time. The oscillator circuit has a “tracking” element, which corrects the output frequency to ensure the signal remains accurate and stable.

Conclusion

ABM8W-16.8000MHZ-8-B2U-T3 is a type of crystal oscillator, which is capable of producing a very accurate and stable signal at 16.8 MHz. It is ideal for applications requiring high-stability, such as radio systems, digital audio, automotive electronics, and medical equipment. The oscillator circuit uses a quartz crystal, which vibrates at a specific frequency when an electrical current passes through it. The oscillator circuit also has a “tracking” element, which corrects the output frequency to ensure the signal remains accurate and stable.

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