ABM3-40.000MHZ-D2Y-T

Crystals

Crystals are used in a variety of applications within electrical and electronic devices. Crystals that oscillate or resonate within the frequency range of 3 to 40 MHz are known as “ABM3-40.000MHz-D2Y-T” crystals, which are special types of electronic components that have a number of uses and working principles.

Uses

The ABM3-40.000MHz-D2Y-T crystals are mostly used in radio communications as stable sources of frequency. They are used as frequency references in frequency synthesizers, in local oscillators in receivers and transmitters, and in other similar applications. The crystals provide very good stability, accuracy and reliability, and therefore are much more suitable for use in radios than quartz oscillators or RC oscillators.

These crystals are also used in microprocessors, digital counters, and timers, as they are much more accurate than quartz oscillators or RC oscillators. They allow digital circuits to accurately measure time intervals, thus making them very much suitable to be used in precision equipment.

Working Principle

The ABM3-40.000MHz-D2Y-T crystals operate on the principle of piezoelectricity. This is the electric or electrostatic charging that occurs when a crystal is subjected to mechanical stress. The crystals change electric field to a mechanical force or vice versa, as each crystal has its own particular resonance frequency associated to it.

When voltage is applied to the ABM3-40.000MHz-D2Y-T crystals, the crystal will oscillate at its resonate frequency. The frequency stability for the crystals is usually in the range of 1.0ppm, which is much more accurate than quartz oscillators or RC oscillators. This makes the crystals very suitable for use in radios and microprocessors with accurate timekeeping requirements.

Conclusion

The ABM3-40.000MHz-D2Y-T crystals are special type of electronic components used in a variety of applications in electronics, such as radio communications, microprocessors, digital counters, and timers. The crystals operate on the principle of piezoelectricity, where voltage applied to the crystal oscillates at its resonate frequency, with a frequency stability of 1ppm. This makes the ABM3-40.000MHz-D2Y-T crystals very suitable for use in precision equipment that require accurate timekeeping, as they are much more accurate than quartz oscillators or RC oscillators.