CN12920_LENINA-W

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CN12920_LENINA-W is a reflector with transmission and integral polarization available. The product is mainly used in optical communications, wireless communications, and satellite communications, for applications including terrestrial link power balancing, dual polarization microwave communications, optical signal launch, convergent signal dispersion, measuring instrumentation, and stereo techniques.

A CN12920_LENINA-W reflector consists of two flat reflectors, a vee prism, a cylinder lens, and a group of cylindrical lenses in the center. The two flat reflectors have different radii of curvature, and the vee prism is located between them to reflect light out of the plane of the reflected beam. The cylinder lens is used to focus the light reflected by the flat reflectors, while the group of cylindrical lenses focuses the light reflected by the vee prism. The combination of the two optical elements forms the CN12920_LENINA-W reflector. As a result, it can efficiently provide polarization and transmission in one optical element.

The working principle of CN12920_LENINA-W is based on the interference of the E- and H-polarized incident beams. From an incident signal source like an optical fiber, a signal consisting of E- and H- polarized components is incident on the reflector. The two components then interfere in phase, since the perfect alignment between the reflector and the incident signal source ensures that the optical paths of the two components are equal. The interference between the two components results in a reflected signal having both E- and H- polarization components. The level of polarization can be controlled by adjusting the orientations of the reflectors and vee prism. Therefore, the CN12920_LENINA-W reflector can provide an optimized polarization control.

Moreover, the phase control of the reflector can be very useful. By controlling the size, material, and angle of the reflectors, the phase of the reflected signal can be adjusted. This is very important for optimizing the performance of communications systems, since it allows for the transmission and reception of signals with the desired phase characteristics. This is especially beneficial in the case of long-haul applications, where the distance between the ends of the communication link can cause phase distortion.

In addition to polarization and phase control, the CN12920_LENINA-W reflector also offers advantages in terms of power efficiency, signal-to-noise ratio, and linearity. Since the reflection element can be optimized to provide a high degree of power efficiency, it can be used in power-sensitive applications, such as satellite communications. The signal-to-noise ratio and linearity of the reflected signal are also increased, since the control of the phase of the signal leads to a minimized signal distortion.

Overall, the CN12920_LENINA-W reflector offers an efficient solution for polarization and phase control. It is suitable for a wide range of applications, including optical communications, wireless communications, and satellite communications. The reflector is also ideal for long-haul applications, due to its ability to provide optimal performance over long distances. Additionally, it provides advantages in terms of power efficiency, signal-to-noise ratio, and linearity, making it a viable and cost-effective reflector for many communications systems.

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