445W35F12M00000

445W35F12M00000 Application Field and Working Principle

445W35F12M00000 is a type of crystal oscillator, and is specifically designed for telecommunication applications. It features very low phase noise, exceptional economy and a wide frequency range. The oscillator is commonly known for its small size, high accuracy and excellent holdover. It is suitable for both low and high power applications, and offers an extensive variety of options.

Application Field

The 445W35F12M00000 crystal oscillator is mainly used in telecommunication systems such as fixed and cellular, telecom base stations, transmission equipment, satellite and satellite radio systems, high-precision timing control, high vibration and shock applications, microwave communication systems, and frequency synthesis applications. It also can be applied to equipment used in test and measurement, frequency and time tracking, and navigation.

Working Principle

The 445W35F12M00000 crystal oscillator operates by direct coupling. Its frequency depends on the properties of the crystal constituting its oscillator circuit, such as its resonance frequency, quality factor, the piezoelectric coefficient and the masses of the electrodes connected to it. This crystal oscillator is designed to operate in an ideal resonance frequency. It produces a sinusoidal output with a sharp resonance frequency using the principle of electromagnetic induction. When two identical frequencies are applied to two different impedance levels, the amplitude of the equivalent resonance frequency increases. The frequency and amplitude of this output signal remain constant within a given range.

Features

The 445W35F12M00000 crystal oscillator offers several features, including very low phase noise, exceptional economy, wide frequency range, small size, high accuracy, and excellent holdover. Additionally, its integrated components enable the oscillator to offer high stability and wide range of frequencies with excellent temperature stability and low current consumption. This type of crystal oscillator also provides excellent jitter performance. It also allows for a simple packaging, as well as excellent isolation from electromagnetic interference, enabling superior performance in critical environments.

Conclusion

The 445W35F12M00000 crystal oscillator is designed for telecommunication applications that require very low phase noise, exceptional economy and a wide frequency range. It has a wide range of features, including small size, high accuracy, excellent holdover, high stability, low current consumption and good jitter performance. Its integrated components enable the oscillator to provide superior performance in critical environments, while its simple packaging and superior isolation from electromagnetic interference make it suitable for use in numerous applications.