3PSFPP310

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3PSFPP310 is an advanced spectral filter for optical fibers by OZ Optics Ltd. It is mainly used for DWDM networks, multi-wavelength sources and laser communication, as well as components for fiber couplers and diluters. It is based on the principle of an optical filter system. The device is used to cause a wavelength band of light to pass through the fiber while rejecting other spectral regions.

The 3PSFPP310 is an ultra-small, low loss, high dispersion grid filter. It is designed to be transparent, dynamic, and easy to install, and features a multi-wavelength filter system. It offers low dispersion of one channel at 1.25 nm on the C-band and high attenuation of adjacent channels at more than 40 dB. This device has a maximum insertion loss of 1 dB and an optical power of 3 kW.

The working principle of 3PSFPP310 is based on a multilayer reflective prism, which is composed of three layers of thin-film filters. The incident light is reflected from each of the layers, and each layer is responsible for the separation of the light depending on the wavelength. There are three specific wavelength channels in the 3PSFPP310. The first layer reflects the short wavelength channel, the second layer reflects the intermediate and the third layer reflects the long wavelength channel.

The 3PSFPP310 is mainly used for optical fiber networks, DWDM networks, optical components for fiber couplers and diluters, multi-wavelength sources and laser communication. It can be used for a broad range of applications, from low to high speed optoelectronic communication systems and medical use devices. In addition, this device is particularly suitable for very long distance point-to-point communication systems, as it has a very low insertion loss and high dispersion grid filter.

The 3PSFPP310 is an advanced spectral filter that enables its users to filter out undesired signals and transmit desired signals. It features a high range of filter accuracy, low insertion loss, low crosstalk and high transmission. It has been widely used in a variety of applications including communication, medical, scientific and industrial sectors.

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