LP100F23CET Crystals, Oscillators, Resonators

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Crystals have many uses across a broad range of industries. Used in watch and clock making, electronics, radar systems, medical equipment and many other technological applications, crystals are a highly impressive form of technology. One particular type of crystal is the LP100F23CET, which has a range of useful applications and a unique working principle.

The LP100F23CET crystal is a high-precision surface acoustic wave crystal, capable of producing extremely accurate frequencies for use in various applications. It is primarily used for ultra-stable frequency references, allowing it to be used in various military systems and sensor applications. Its frequency stability is among the highest available, offering accuracy to within 5ppm over temperature and time, further enhanced by its small size and surface mount format.

The design of the LP100F23CET utilises surface acoustic wave technology, which involves the propagation of sound on the surface of a crystal. This technology is used to create high-precision oscillators, which can be used in many applications. It works by creating a standing wave on the crystal surface, which forms a frequency that the crystal output can then be linked to. This frequency can be extremely accurate and stable, giving superior performance in comparison to other types of crystals.

The LP100F23CET is a versatile piece of technology, due to its wide operating temperature range, stability and reliable performance. It is an ideal choice for use in high-precision oscillators, radar systems, automotive equipment and medical applications, as the frequency accuracy and stability are superior to many other crystals available. This makes it ideal for use in a variety of demanding environments.

The LP100F23CET is a highly impressive crystal, capable of providing exceptional precision and performance. It uses the latest surface acoustic wave technology to create an incredibly accurate frequency output, ideal for many applications. Its superior accuracy and stability make it an ideal choice for applications requiring a high level of accuracy, while its small size and surface-mount format make it highly convenient to use and install in an array of devices.

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