X3AEEJNANF-27.120000 Crystals, Oscillators, Resonators

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Crystals

Crystals are the backbone of modern electronics and have long been an integral part of electrical engineering since their inception. The X3AEEJNANF-27.120000 are micro miniature quartz crystal in third overtone mode and are primarily used in telecommunication and data storage applications. The crystal is composed of a quartz wafer, a PZT (piezoelectric ceramic) layer and electrodes. The piezoelectric effect is created by the quartz wafer, which vibrates vibrates at a certain frequency upon the application of an AC voltage. The piezoelectric layer amplifies this signal, and the electrodes enable electricity to be conducted to and from the crystal, allowing for a stable frequency.

Application Field

X3AEEJNANF-27.120000 crystals are mainly used in clocks and oscillators for telecommunications applications, such as telephones and mobile phone base stations. They are also used in DSL routers and set-top boxes, and provide a stable signal that can transmit digital data over long distances. In addition, they are used in digital signal processors, microprocessors and digital audio systems.

Working Principle

The working principle of the X3AEEJNANF-27.120000 is based on the quartz wafer inside it. The quartz wafer is a piezoelectric material, which means that it can convert electrical signals into mechanical vibrations. When an AC voltage is applied to the quartz wafer, it vibrates at a certain frequency. This is known as its resonance frequency. This frequency determines the output of the crystal, and is used to clock many electronic circuits. The electrodes allow electricity to be conductive between the crystal and the rest of the circuit.

The PZT layer provides additional amplification of the signal generated by the quartz wafer, and helps to reduce the effects of temperature changes on the crystal. This helps to ensure that there is no drift in the crystal’s output frequency. The crystal is also encased in a plastic packaging, which helps to protect it from environmental factors.

Conclusion

X3AEEJNANF-27.120000 crystals are a common and highly reliable component of many electronic circuits. They provide a precise frequency output, which is necessary for the operation of many digital systems. The crystal is composed of a quartz wafer, a PZT layer and electrodes, which are used to conduct electricity to and from the crystal. The quartz wafer vibrates at a certain frequency determined by the AC voltage applied to it, and this frequency is used to clock many electronic circuits. The PZT layer also helps to amplify the signal and reduce the effects of temperature changes, ensuring that a stable frequency is maintained.

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