SIT8008AC-71-18E-10.000000D

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Crtstal oscillators have become a reliable way of ensuring that electronic microchips and digital devices receive a consistent signal. They come in a wide variety of configurations and sizes. The SIT8008AC-71-18E-10.000000D oscillator is one example of this type of component. It is small and is designed to operate at a frequency of 71.18 MHz.

The SIT8008AC-71-18E-10.000000D is a fundamental-mode, series-resonant crystal oscillator manufactured using TBEE technology. By operating at the fundamental resonance frequency, the oscillator is able to provide a more stable and less noisy signal than if the higher-order harmonics were present. As with other crystal oscillators, the SIT8008AC-71-18E-10.000000D has an input connection to supply the power and multiple output connections for the generated signal.

The working principle of a crystal oscillator is straightforward. The crystal itself acts as a filter, responding powerfully to certain frequencies while rejecting others. Applying an alternating current to the crystal will cause it to vibrate, generating a frequency-dependent electromagnetic field. This field is picked up by an antenna connected to the oscillator. The antenna then feeds the signal back to the crystal, reinforcing its vibration. This vibration becomes the output signal of the oscillator.

The SIT8008AC-71-18E-10.000000D oscillator is mainly used in cellular and internet of things (IoT) applications. It can be used to provide a reference signal for the transmission of digital signals in mobile networks. Its precision and reliability ensure that the signal quality is not affected by temperature or voltage fluctuations. Additionally, its tiny form factor makes it suitable for use in portable end products like mobile phones, laptops, and other compact electronic devices.

The SIT8008AC-71-18E-10.000000D is a great example of an oscillator component’s application field and working principle. Crystal oscillators are highly reliable devices for generating precise frequency signals and this particular model exemplifies how these features have been adapted for today’s digital world.

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