SIT8918BA-13-33E-80.000000G

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Oscillators are electronic components that generate a periodic signal in order to maintain a certain frequency. A common example of an oscillator is a quartz crystal, as it vibrates at a very precise frequency. The most common type of oscillator is the SIT8918BA-13-33E-80.000000G. It is a surface acoustic wave (SAW) oscillator with a frequency accuracy of +/- 5 PPM, a center frequency of 80.000000 MHz and a very low noise level of -135 dBc/Hz at 1KHz offset. The SIT8918BA-13-33E-80.000000G oscillator is used in a variety of applications requiring precise frequency generation, such as telecommunications systems and remote monitoring systems.

The SIT8918BA-13-33E-80.000000G oscillator consists of two main components: a quartz crystal and a monolithic surface acoustic wave filter. The oscillator works by using the quartz crystal to create a high frequency signal, which is then sent through the monolithic SAW filter. The filter then creates a low-pass harmonic of the signal, which is the output frequency of the oscillator. This output frequency is very precise and is accurate within the specified frequency accuracy.

The SIT8918BA-13-33E-80.000000G oscillator is an ideal solution for applications requiring stable, low-noise frequency sources. Its low noise level makes it highly suitable for use in sensitive systems, such as telecommunications and medical equipment. It is also highly reliable, due to its robust construction and high frequency stability. Furthermore, the SIT8918BA-13-33E-80.000000G oscillator is very easy to use and can be quickly installed in a variety of applications.

In conclusion, the SIT8918BA-13-33E-80.000000G oscillator is an ideal solution for applications requiring precise frequency generation. It has a high level of frequency accuracy and low noise level, which makes it suitable for use in systems where reliable frequency sources are required. Furthermore, the oscillator is highly reliable and easy to use, making it an ideal choice for a variety of applications.

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