FA-238 25.0000MB-G

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Crystals have always been an important component in various communication systems. Among a variety of crystals, FA-238 25.0000MB-G is a standout due to its performance and reliability. It is a dual frequency, fixed frequency quartz crystal with a wide range of application areas. Its frequency is set at exactly 25Mhz and it requires a resonance load of 10pF in order to maintain stability.

One of the biggest advantages of this crystal is its low current consumption, which makes it an ideal choice for battery-operated or power-limited applications. In addition, it has a high frequency stability given its very low temperature coefficient, which makes it suitable for base station oscillators and other critical oscillator applications. This crystal\'s vibration mode also helps it to remain stable even in the face of environmental factors, such as dust, shock, and pressure.

Given its temperature coefficient and stability, FA-238 25.0000MB-G is primarily used in oscillator applications. These oscillators could include base station oscillators, stabilized oscillators, frequency synthesizers, and crystal oscillators for microprocessor control. Additionally, this crystal can also be used in other applications to control the frequency, such as digital oscillators, timebases, and frequency dividers.

The working principle of a quartz crystal is fairly straightforward. Quartz is a piezoelectric material, meaning that when it is exposed to an electric field it will produce mechanical vibrations. These mechanical vibrations cause the quartz structure to oscillate at a very consistent frequency. The frequency of vibration will depend on the size, weight and shape of the crystal, so it is important that the crystal is well-manufactured in order to maintain desired frequencies.

The FA-238 25.0000MB-G is primarily used for oscillator applications in communication systems. Its consistent frequency and desirable operation allow for its use in a wide range of applications. It also features a low temperature coefficient and low current consumption, making it ideal for battery-operated devices. Lastly, its vibration mode helps it to remain stable in the face of environmental factors.

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