GL147F23CDT

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Crystals

In today’s world, crystals are one of the most important components in a wide range of devices and technologies. Among them, the GL147F23CDT crystal is a crucial type of crystal that is used in many applications. This article would provide a general overview of the GL147F23CDT crystal and its application fields, as well as its working principle.

Application Fields

GL147F23CDT crystals, or quartz crystals, are widely used in various industries, such as telecommunications, sensing, navigation, timing and so on. Due to its precise frequency, it can be used in many applications, from clock oscillators to microprocessors, from radio receive resonators to vehicle trackers. In particular, it can be used to control the precision or frequency of a device, and thus the device can behave according to your expectation.

In telecoms, quartz crystals can be used in many fields like radio receivers and frequency dividers. In radio receivers, these crystals help establish the radio frequency, and in frequency dividers, they maintain a consistent output frequency despite changes in the input frequency. As for sensing, the ability of quartz crystals to maintain a precise frequency makes them ideal for use in ultrasound scanning and nuclear magnetic resonance imaging. Meanwhile, it can also be used in navigation systems, where they play a vital role in providing accurate time and positioning.

Working Principle

The GL147F23CDT crystal consists of two electrodes on opposite sides of a quartz plate. The plate is mounted in a holder. A voltage source is connected to one of the electrodes, while the other electrode is connected to an output device. When the voltage is applied, the quartz plate vibrates and causes the out device to produce alternating electric current at a frequency that is dependent on the size and shape of the quartz plate.

Quartz crystals are very accurate in terms of the frequency or resonant frequency they can produce. At GL147F23CDT\'s frequence of 143.8-145.8MHz, it can produce very precise frequency output. The accuracy of the output frequency can be up to 0.5ppm/ºC. The frequency can also be controlled precisely, making it possible to adjust or calibrate the output according to different needs.

Conclusion

GL147F23CDT quartz crystals are versatile components with vast industrial applications. From telecommunications to navigation systems, these crystals play an important role in providing precise frequency output. Additionally, their precise frequency control also makes them ideal for use in many sensing applications. As such, their importance in modern technology is undisputable.

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