8D0Q19J84SN308

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Part Status:	Active

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Application Field

The 8D0Q19J84SN308 is a type of optical fiber attenuator that is used in optical fiber networks. This attenuator is typically used to reduce the signal strength of an optical fiber signal travelling over long distances, or from one node to another. The 8D0Q19J84SN308 attenuator is a passive device, meaning that it does not require any external power or other forms of energy to operate. As such, it is a cost-effective solution for reducing signal strength over long distances.The 8D0Q19J84SN308 attenuator is designed for use in Multi-Mode networks, meaning that it will work efficiently in networks using different types of optical fiber. The attenuator will also work in a variety of data speeds, including 10/100/1000Mbps, and Gigabit Ethernet. This makes the 8D0Q19J84SN308 ideal for networks that require high speed communication, as well as those that require more basic communication.

Working Principle

An 8D0Q19J84SN308 attenuator works by controlling the amount of optical power that is transmitted through its optical fibers. When the attenuator is placed in a circuit, it reduces the power of light that is travelling along the route, thus reducing the strength of the signal. This is done through its channel-coupled optical attenuation feature, which allows for the adjustment of the signal intensity over different distances.The 8D0Q19J84SN308 attenuator is also capable of returning an equalized signal, meaning that there are no losses in signal quality, as there can be in other attenuators. This equalized signal helps maintain the integrity of the data that is sent through the system.Overall, the 8D0Q19J84SN308 attenuator is a cost-effective solution for reducing signal strength in optical fiber networks. It is designed for use in Multi-Mode networks, and is capable of achieving high data speeds. It is also capable of maintaining signal quality by returning an equalized signal. Therefore, it is the ideal solution for those who need to reduce signal strength over long distances, or from one node to another.

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