ABLS-LR-7.3728MHZ-T Crystals, Oscillators, Resonators

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Crystals

Crystals are used in a wide variety of applications, from timing and oscillation to signal routing and switching. One example of a well-known crystal technology is ABLS-LR-7.3728MHz-T.

The ABLS-LR-7.3728MHz-T crystal consists of a quartz crystal and a coil mounted on a mount. The quartz crystal is tuned to a certain frequency and the coil is used to increase the capacitance of the crystal. This allows the crystal to oscillate and generate a stable signal of a specific frequency.

The ABLS-LR-7.3728MHz-T crystal is used in a wide range of areas such as industrial equipment, test equipment, automotive equipment, and wireless communication systems. In the wireless communication system, it is used as a frequency reference. The ABLS-LR-7.3728MHz-T crystal is also used in quartz-based clocks, watches, and time transmitters as it is highly accurate due to its low aging rate.

The features and benefits of ABLS-LR-7.3728MHz-T crystal include low power consumption, relatively low capacitance and inductance, good thermal stability, and a wide range of applications. Moreover, the ABLS-LR-7.3728MHz-T crystal is highly rugged and can withstand shock and vibration.

The working principle of the ABLS-LR-7.3728MHz-T crystal is based on the piezoelectric effect. The quartz crystal is made up of two plates, which are separated by a thin insulating layer. When an electric field is applied, the quartz crystal generates a mechanical vibration, which is detected and amplified by the coil in the crystal. The amplified signal then creates an oscillatory signal of the desired frequency.

Overall, the ABLS-LR-7.3728MHz-T crystal is a highly reliable and cost-effective solution for a variety of applications in the industrial, automotive, and wireless communication industries. It offers a wide range of features and benefits including low power consumption, low capacitance and inductance, good thermal stability, and a wide range of applications. Furthermore, the ABLS-LR-7.3728MHz-T crystal is based on the piezoelectric effect and works by generating a mechanical vibration which is then amplified by the coil in the crystal to create an oscillatory signal of the desired frequency.

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