SIT8209AC-2F-28S-156.250000X

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Oscillators are widely used in system designs to ensure that data is correctly and accurately transmitted and received. The SIT8209AC-2F-28S-156.250000X oscillator is an example of a type of oscillator, designed to operate in Ethernet applications. It can be used in systems requiring high accuracy and low jitter over long distances, such as when inputting and outputting data for networks and other wired communication systems.

The SIT8209AC-2F-28S-156.250000X oscillator offers a high level of jitter performance to ensure reliable data transmission and reception. The concept of jitter is any changes in the point-to-point delay cycle of signal bits within a given period of time. This performance helps the oscillator work more reliably in Ethernet application environments, where the data traffic is heavy and requires accurate network synchronization.

The oscillator also features an ultra-low power consumption. It has an operating current draw of only 2.5mA with a 3.3V supply. This helps to reduce the amount of power used, while still providing a reliable oscillating signal and high accuracy in a variety of applications.

The SIT8209AC-2F-28S-156.25000X oscillator has a wide frequency range of 156.25Mhz to 156.25Mhz. This means it can operate at a range of frequencies and is suitable for applications such as wired networks, wireless networks, and optical networks.

The oscillator also features a duty cycle of 50%. This means the signal level within a pre-defined period of time is within a 50% threshold of the maximum allowed voltage. This helps the oscillator deliver reliable signal output even if the signal level varies due to interference or other changes.

The SIT8209AC-2F-28S-156.25000X oscillator is a robust and reliable solution for Ethernet applications. It offers a high level of jitter performance to ensure accurate data transmission and reception, while also featuring an ultra-low power consumption and a wide frequency range. Its duty cycle of 50% helps to deliver a reliable signal even when there are variations in the signal level.

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