FC4UTCBAF11.0592-BAG100

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Crystals are mainly used as a component in electronic technology and other related industries. Specifically, they can be used to control the frequency of electronic oscillations, as well as in timing, counting, and providing fixed reference frequencies. One example of a crystal that is commonly used is the FC4UTCBAF11.0592-BAG100 - a frequency crystal manufactured by ECS.

Application field of the FC4UTCBAF11.0592-BAG100

The FC4UTCBAF11.0592-BAG100 is a 10.0 MHz crystal oscillator, meaning it is best used when trying to achieve a high level of frequency stability. As such, it is most commonly used in a variety of electronic devices, such as digital video recorders, computer motherboards and digital clocks. Not only that, but the oscillator can also be used in audio equipment, such as amplifiers, mixers and speakers.

The oscillator is also used in a variety of radio receivers, from crystal sets to modern day where it provides the frequency stability necessary for high-performance communications. In addition, the oscillator is used in other areas such as testing purposes, medical equipment, power supplies and precision measurement systems.

Working Principle of the FC4UTCBAF11.0592-BAG100

The FC4UTCBAF11.0592-BAG100 is a completely electronic oscillator which is based on the principles of piezoelectricity. Put simply, this means that the crystal creates an electric field when a voltage is applied and rearranges itself according to the applied field. This creates a unique crystal structure, and as a result, the frequency at which the crystal vibrates - the resonant frequency - is determined by the properties of the crystal.

To understand how this works, it\'s helpful to think of water droplets hitting a flat surface. The water droplets will bounce off the surface with a specific frequency and amplitude, and it\'s the same with the crystal. When an electric field is applied, it acts as a driving force, causing the crystal to vibrate at its resonant frequency.

In addition, the vibrating structure of the crystal causes the electric field to generate an output signal with a frequency matching the resonant frequency of the crystal. This output signal is the desired frequency output of the oscillator, and it is stable and consistent in terms of both amplitude and frequency, meaning that it can be used to generate a stable reference frequency for any electronic application.

Conclusion

In conclusion, the FC4UTCBAF11.0592-BAG100 is a useful frequency crystal that is commonly used in many electronic devices, as well as radio receivers, testing systems and so on. It works based on the principles of piezoelectricity and is able to create a stable and consistent frequency output, allowing it to be used as a reference frequency in a variety of applications.

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