ABM10W-41.6000MHZ-8-K2Z-T3

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Crystals

Crystals are solid materials which share a highly ordered arrangement of atoms. Quartz crystals are among the most commonly used in a variety of applications due to their excellent electrical properties and low cost. They are utilized as frequency control elements in oscillator circuits, timing circuits, filters and many other types of resonator or filter applications. ABM10W-41.6000MHZ-8-K2Z-T3 is a quartz crystal with a certain frequency range, which can be used in various applications.

Application Field

The ABM10W-41.6000MHZ-8-K2Z-T3 crystal can find its application in many areas, including communication technology and consumer electronics. It can be used in transceivers and radios, for generating accurate frequency and time signals. It can also be used in consumer electronics such as phones, computers and other electronic products, as well as medical and industrial equipment.

Working Principle

The ABM10W-41.6000MHZ-8-K2Z-T3 crystal has a certain frequency range and is mainly used to provide accurate frequency and time signals. The crystal converts an electrical signal into a mechanical signal with the same frequency. The mechanical signal drives the crystal through an oscillating mechanical system that penetrates the crystal structure. This oscillations causes the crystal to vibrate at its resonant frequency, thus providing an accurate frequency signal output.

The quartz crystal also has two basic parameters, the series resonance frequency and the series motional resistance. The frequency of the signal produced is determined by the LC circuit formed by the crystal and the capacitor connected in series. The series resonance frequency is determined by the inductance and capacitance of the LC tank circuit, and the series motional resistance is approximately equal to the capacitance. The series motional resistance determines the energy dissipated in each cycle through the crystal.

Conclusion

The ABM10W-41.6000MHZ-8-K2Z-T3 crystal is widely used in various applications such as radio and transceivers, consumer electronics and medical and industrial equipment. It converts an electrical signal into a mechanical signal, using an oscillating mechanical system that penetrates the crystal structure. This oscillations causes the crystal to vibrate at its resonant frequency, thus providing an accurate frequency signal output. It has two basic parameters, the series resonance frequency and the series motional resistance, which determine the frequency and energy dissipated in each cycle through the crystal.

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