416F25013ILR

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Crystals are a type of material that are useful in many types of applications. The 416F25013ILR is a type of crystal that has a particular application field and a specific working principle.

Crystals are solid substances that are made up of atoms that are arranged in a regular, repeating pattern. The shape, size, symmetry, and other properties of a crystal all depend on the type of atoms and the arrangement of them. Crystals are found in nature, but some can also be produced in the lab.

The 416F25013ILR is a type of crystal oscillator that can be used for generating precise frequency signals. It is a temperature-compensated crystal oscillator (TCXO) with high stability and reliability. It has a frequency of 25MHz and a minimum stability rating of ±2.5ppm.

The 416F25013ILR has multiple applications, but it is mainly used in communication systems. It can be used for calibration of cellular base stations, local area networks, remote systems, or timing applications. It is also suitable for digital television, digital radio, and other digital media applications.

To understand how the 416F25013ILR works, it is important to understand the concept of frequency control. When a crystal oscillator is used as a frequency control, its frequency is determined by the properties of the crystal itself. This means that the frequency of the oscillator is low, but very steady and consistent.

The 416F25013ILR uses a particular crystal to produce the needed frequency. It is an AT-cut quartz crystal with a tuning range from 20 to 40MHz. The frequency is controlled by the frequency of the AT-cut quartz crystal and then fine tuned by a capacitor and a parallel resonant circuit.

In addition to its frequency control, the 416F25013ILR also has a temperature compensation feature. This feature helps keep the oscillator frequency stable even if there are changes in the ambient temperature. This is done by using a thermistor and an NTC resistor.

The 416F25013ILR can be used in many types of applications. It is mainly used in communication systems, but it can also be used in digital television and digital radio applications. Its frequency stability and temperature compensation features make it ideal for these types of applications.

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