ABLS-LR-3.6864MHZ-T

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Crystals play a critical role in the operation of almost all electronic equipment. From computers to phones to watches, all have crystals embedded in them. The most popular form of crystal is the ABLS type, and the LR-3.6864Mhz-T model is a common variation. This article explores the application field and working principles of the ABLS LR-3.6864Mhz-T crystal.

Overview

The ABLS LR-3.6864Mhz-T model is a common type of quartz crystal widely used in different applications. The crystal is made of quartz, and its vibrating frequency is established at the factory, so it is suitable for timing the circuit operation precisely. The crystal works even at up to 85 degrees Celsius in temperature.

Uses

This type of quartz crystal is commonly used in computers, communication equipment, digital cameras, laptops, and other digital products. It is also widely used in industrial automation and navigation systems due to its excellent stability and precision.

Working Principle

The ABLS LR-3.6864Mhz-T crystal works according to the piezoelectric effect. The quartz crystal is cut into a specific shape and then put into a special case. It has two plates separated by a small air gap. When an alternating voltage is applied to the crystal, it vibrates with a frequency determined by its dimensions. This vibrating frequency sets the precision of the working timing. This frequency is also very stable, so it is widely used in timing systems.

Advantages

The ABLS LR-3.6864Mhz-T quartz crystal has several advantages compared to other types of crystals. It has a low current dissipation rate and is easy to install and operate. The crystal is also highly accurate and resistant to temperature variations. As a result, it is widely used in many applications.

Conclusion

The ABLS LR-3.6864Mhz-T crystal model is a common type of quartz crystal widely used in many different applications. It is suitable for timing the circuit operation precisely, and has a low current dissipation rate and excellent stability and precision. It is used in computers, communication equipment, digital cameras, laptops, and other digital products, as well as industrial automation and navigation systems.

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