LP163F23IDT

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Crystals

Crystals are a type of semiconductor components essential to technology. Without them, functional computers would be unable to exist and work as intended, as such crystals can boost the efficiency and speed of a computing device. A clear example of this type of semiconductor is the LP163F23IDT crystal, which is utilized in various different types of applications.

LP163F23IDT Application Field

The LP163F23IDT is often used in gate drivers, and due to its frequency range and low cost, it is ideal for low-cost gate drivers such as the BD9087FXA/FXJ. Other applications that make use of this crystal include radio transmitters and receivers, such as the working equipment of broadcasters. It is also used in small-scale industrial controllers, engineering sensors, video stabilizers, and digital camera stabilizers.

Working Principle of the LP163F23IDT

The LP163F23IDT crystal works by setting up a resonant electrical field in between two plates, which allows them to oscillate in unison with a frequency corresponding to their physical parameters. This mechanic process also results in a characteristic frequency for the crystal that is extremely stable and will not change despite external influences. This enables it to be used in a variety of sensitive applications where frequency stability is essential. To achieve this, several measures are taken to secure electrical isolation and providing a noise-free operation.

Conclusion

In conclusion, LP163F23IDT is a type of crystal which is available for a wide variety of applications. It works by using a resonant electrical field to create a stable frequency that can be utilized in a variety of sensitive applications. The LP163F23IDT is used in a variety of different gate drivers, radio transmitters and receivers, small-scale industrial controllers, engineering sensors, video stabilizers and digital camera stabilizers, among other devices.

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