F6D4-NM10Y

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An F6D4-NM10Y application field is an ultra-broadband input filter designed for optical data transmission systems operating at 1.06µm and 1.55µm. It is a preferred filter for accessible optoelectronic devices, such as 10G Ethernet transceivers, transponders, and photodetectors. This filter is composed of multiple high and low pass filters, and its bandwidth is increased by the combine of an extra optical isolator and a special phase. It is widely used in optical fiber communication systems, especially in 10Gb/s and 40Gb/s system.

The working principle of an F6D4-NM10Y is relatively simple. The device itself contains several lenses, including one convex and one concave lens, along with a pair of lenses that differ in optical power. The concave lens causes the incoming light to bend downwards to an optical fiber and the convex lens refracts the incoming light in such a way that it is directed to an optical sensor. The optical isolator, meanwhile, is used to block any reflections that may occur in the fiber, while the phase shifter ensures that the output signal remains consistent regardless of any changes in the input signal.

In practice, the F6D4-NM10Y is connected to a photodetector that senses the incoming light and then converts it into an electrical signal. Depending on the type of photodetector used, the output of the device can either be a digital signal or an analog signal. For digital applications, the output of the device must be amplified before it can be sent to a receiver. In analog applications, the signal can then be sent directly to a receiver without needing to be amplified.

Due to its wide bandwidth, the F6D4-NM10Y is a preferable choice for applications where wide bandwidth is required. It can be used in a wide range of optical communication systems, including 10Gbps Ethernet links, 25Gbps Modulators, and up to 40Gb/s data transmission systems. It also finds applications in optical fiber links for short-haul or long-haul communications, as it is capable of providing wide bandwidths with low attenuation. Lastly, it is used in optical imaging and photodetectors for visualizing the incoming light.

The F6D4-NM10Y can be used for various applications in the optoelectronic industry. Due to its wide range of applications, it can be difficult to find the exact specifications of the device if not known. It is important to know the specific features of the device including its bandwidth, attenuation, power consumption, and environmental conditions before ordering or using it. With proper knowledge and understanding of the F6D4-NM10Y, it can be an ideal choice for many optoelectronic applications.

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