FA-238 24.5760MB-C0

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Crystals

Crystals are a type of solid structure made up of atoms and molecules arranged in an organized pattern around a common geometric shape.Crystals can be classified based on the shapes they take and the number of atoms they contain. Crystals can include a variety of substances, such as minerals, rocks, and gems. Crystals are used in many different fields, including electronics and healthcare.

The FA-238 24.5760MB-C0 is a crystal-based device that has a number of applications. It is a mature Frequency Control Product (FCP) developed based on third-order Traveling Wave Oscillator (TWO) technology. This crystal design exhibits excellent control over frequency and shock resistance. Because of this, FA-238 24.5760MB-C0 can be used in a wide range of circuits. It is used in applications such as communications, industrial control, test and measurement, medical systems, avionics, gaming, and automotive electronics.

The FA-238 24.5760MB-C0 offers a great combination of stability, power consumption, and reliability, making it suitable for a variety of applications. It is designed for frequency ranges of 24.5760MHz, which is the natural frequency of the device. It is also available in custom-made frequency ranges, providing the user with even more flexibility.

Working principle

The FA-238 24.5760MB-C0 crystal oscillator uses traveling wave technology to generate a stable and accurate frequency. The oscillator is an attractive choice for precision frequency control applications due to its excellent frequency stability, low power consumption, and high reliability. Its working principle is based on the principle of resonance.

A traveling wave is a wave that is created when an input signal travels along a conducting medium. This wave travels at a fixed speed, and its frequency is determined by the input signal. As the wave travels along the conductor, its energy is converted into alternating current, which creates an oscillation.

The traveling wave oscillator is built with a conductive medium—usually a crystal such as quartz—where a signal is sent to the medium that travels along its length. As it travels along the length of the crystal, its energy is converted into alternating current, creating an oscillation.

The resonant frequency of the crystal is determined by its shape, size, and orientation. When a signal at the resonant frequency is applied to the crystal, it will generate a signal of the same frequency. This signal is then used in the circuit to generate the desired frequency. The oscillator is highly precise and stable, making it ideal for precision frequency control applications.

The FA-238 24.5760MB-C0 crystal oscillator is a reliable and precise option for device design and circuit construction. Its robust design and wide frequency range make it suitable for a variety of applications. Its excellent frequency stability, low power consumption, and high reliability make it an attractive choice for precision frequency control applications.

Conclusion

The FA-238 24.5760MB-C0 crystal oscillator is a mature, Frequency Control Product developed based on third-order Traveling Wave Oscillator technology. This crystal design exhibits excellent control over frequency and shock resistance, making it suitable for a variety of applications. Its excellent frequency stability, low power consumption, and high reliability make it an attractive choice for precision frequency control applications. It is a reliable and precise option for device design and circuit construction.

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