ABM8W-27.0000MHZ-6-B1U-T3

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Crystals are an integral part of many electronic components, providing a precise oscillation frequency with which other components can be aligned. The ABM8W-27.0000MHZ-6-B1U-T3 crystal is one such crystal, providing a stable oscillation frequency at 27.0000MHZ. This article will be outlining the application field and working principle of the ABM8W-27.0000MHZ-6-B1U-T3 crystal.

Application Field

The main purpose of the ABM8W-27.0000MHZ-6-B1U-T3 crystal is to provide a stable frequency source for frequency control applications. It is typically used in radio equipment, telecommunication, and broadcasting equipment. This can range from simple circuits like radios, to more complex devices such as microwave ovens and navigation systems. Additionally, the crystal is often used as a reference oscillator in oscilloscope calibration systems and frequency counters.

Working Principle

The crystal itself is a tiny piezoelectric device, made of quartz or other material that vibrates at its natural frequency when a voltage is applied. By applying a wave to the crystal, its resonance frequency is amplified. The frequency of this wave is determined by the size of the crystal, and its shape is determined by the material of the crystal. The ABM8W-27.0000MHZ-6-B1U-T3 crystal is a 6-pin parallel resonant crystal with an operating temperature range from -20°C to +70°C. It has an unloaded series resonant frequency of 27.0000MHZ, and a series capacitance of about 6.4pF. This series capacitance helps to maintain the crystal\'s oscillation frequency by recharging the crystal when the oscillation amplitude decreases.

Conclusion

The ABM8W-27.0000MHZ-6-B1U-T3 crystal is a popular choice for applications requiring a stable frequency reference. With its precise operating frequency of 27.0000MHZ, it can be used as an oscillator for frequency control applications such as radio equipment, telecommunication, broadcasting, and navigation systems. It is also used as a reference oscillator in lab equipment such as frequency counters and oscilloscope calibration systems. The crystal utilizes a piezoelectric effect to oscillate at its preset frequency when a wave is applied to it. Its series capacitance helps to maintain the oscillation frequency by recharging the crystal when the oscillation amplitude decreases.

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