ABM7-13.560MHZ-10-R50-D4Q-T

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Crystals

Crystals are materials that are used in many different areas of electronics and engineering due to their excellent electrical properties in the form of frequency stability and resonance. Crystals are often found in oscillators, filters, and other electronic components where precise frequency control is important. The ABM7-13.560MHZ-10-R50-D4Q-T is an example of a crystal, and this article will provide an overview of its application field and working principle.

Application field of ABM7-13.560MHZ-10-R50-D4Q-T

The ABM7-13.560MHZ-10-R50-D4Q-T crystal is an example of a small-sized quartz crystal that can be used in many different applications. Commonly, it can be used in clock generators, PLL synthesizers and ATE systems that require precise clock frequency. Additionally, the crystal can also be used in filter circuits and oscillators in order to provide precise voltage-controlled oscillations and filter frequencies.

Because of its small size and excellent precision, the ABM7-13.560MHZ-10-R50-D4Q-T crystal is also used in many different types of communication systems and bandwidth control applications. Its precise clock frequency gives it excellent accuracy for Doppler compensation and target tracking that require precise timing.

Working Principle of ABM7-13.560MHZ-10-R50-D4Q-T

The ABM7-13.560MHZ-10-R50-D4Q-T crystal works on the principle of mechanical resonance. The crystal is made from a quartz crystal with metal electrodes on both ends. An external DC voltage is applied to the metal electrodes, which in turn causes the quartz crystal to vibrate. The frequency of the vibration is determined by the size of the quartz crystal and the amount of voltage applied to it.

When a quartz crystal vibrates, it generates an AC signal with a frequency proportional to its size. The amplitude of this AC signal is determined by the DC voltage applied, as well as the size of the quartz crystal. This AC signal is then amplified and rectified in order to generate a DC control voltage. The DC voltage is then used to control the frequency of the crystal\'s mechanical resonance.

The ABM7-13.560MHZ-10-R50-D4Q-T crystal also has an internal frequency-stabilizing circuit that works to maintain the crystal\'s frequency as close as possible to its set oscillation frequency. This helps to ensure that the oscillator\'s output frequency remains stable and precise.

Conclusion

The ABM7-13.560MHZ-10-R50-D4Q-T crystal is an example of a small-sized quartz crystal that has a wide range of applications in electronics and engineering. Its excellent electrical properties and precision make it ideal for many different types of oscillators, filters and communication systems. The crystal works on the principle of mechanical resonance, where an external DC voltage is applied to the metal electrodes, causing the quartz crystal to vibrate and generate an AC signal that is then rectified and used to control the frequency of the crystal\'s mechanical resonance. Additionally, the crystal has an internal frequency-stabilizing circuit to help ensure that the oscillator\'s output frequency remains precise and stable.

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