SIT8008BCA71-18S-48.000000E

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Oscillators

Oscillators are electronic circuits which generate periodic signal outputs at designated frequencies. They are widely used in electronics and technology applications such as radio, navigation, surveillance, and communications. An example of an oscillator is SIT8008BCA71-18S-48.000000E. This type of oscillator is an extremely low frequency oscillator and its application field and working principle are discussed in this article.

Application Field

SIT8008BCA71-18S-48.000000E oscillator is designed for use in precision timing control, radio frequency synthesiser applications requiring high-precision stability and wide frequency range. Its frequency range is between 40.000000 MHz to 60.000000 MHz. It is suitable for many types of applications, such as radio frequency absorbers, receivers, and antennas. Furthermore, this oscillator can be used in applications requiring precise timing control, such as computers, digital systems, and embedded systems.

Working Principle

The core of the SIT8008BCA71-18S-48.000000E oscillator is composed of an auxiliary oscillator, a voltage controlled oscillator (VCO), and a frequency synthesiser. The auxiliary oscillator generates a frequency reference, usually at 50 MHz. This signal is then fed to a VCO, which is then adjusted by the frequency synthesiser. The output of the synthesiser is the oscillator’s output signal and it has a frequency range from 40.000000 MHz to 60.000000 MHz.

The frequency range is adjustable by varying the frequency reference input. By using this mechanism, the frequency of the SIT8008BCA71-18S-48.000000E oscillator can be programmed within its range with high precision. This type of oscillator also features low jitter, low phase-noise, high linearity, and low start-up time.

Conclusion

SIT8008BCA71-18S-48.000000E is an extremely low frequency oscillator that is widely applicable in precision timing control, radio frequency absorbers, receivers, and antennas. It is designed to produce a frequency range from 40.000000 MHz to 60.000000 MHz, and it is highly precise, low jitter, low phase-noise, high linearity, and low start-up time.

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