9451 0065000

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9451 0065000 Application Field and Working Principle

9451 0065000 is a type of product, consisting mainly of a quartz crystal resonator and an oscillating circuit. The resonator and oscillating circuit together form an oscillator, which is used in various electronic applications.

Application Field

9451 0065000 is primarily used in the fields of consumer electronics, telecommunications, automotive, and medical technology. It can be used in consumer electronics for frequency control, television tuning, and clock generation. In the telecommunications industry, it can be used for frequency stabilization and for controlling transmitters. In the automotive industry, it can be used to control the speed of vehicle components such as instrument panels and display screens. In medical technology, it can be used to measure heartbeats and pulse rates in order to monitor and diagnose medical conditions.

Working Principle

The working principle of 9451 0065000 is based on the Piezoelectric Effect. This effect is the result of a phenomenon where crystals, like quartz, can become electrically polarized when subjected to mechanical stress. In this case, the quartz crystal resonator is stressed by an electric signal, causing the quartz to vibrate and produce soundwaves that are amplified, resulting in an output frequency.

The output frequency produced by the oscillator can be changed depending on the quartz\'s design and the electric signal strength. This output frequency is then used in various electronic applications as mentioned earlier. It can also be used for radio reception, as the frequency can be adjusted to match with particular radio stations.

Conclusion

9451 0065000 is a multi-purpose product with many applications, as it is based on the Piezoelectric Effect. It can be found in applications such as consumer electronics, telecommunications, automotive, and medical technology. It works by taking an electric signal and subjecting a quartz crystal resonator to mechanical stress, resulting in an output frequency. This output frequency can then be used in various electronic applications, as well as for radio reception.

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