CN13109_LENA-W-DL

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Optics refers to the branch of physics that studies the properties and behaviours of light. Reflectors, in particular, are an important part of optics. The CN13109_LENA-W-DL is a reflective type device that falls under this category of optics. This application field and its working principles will be explored and discussed in this article.

The CN13109_LENA-W-DL is an LF/RF reflector that is designed for long-distance reflection and refraction of electromagnetic waves in the frequency range of 0.13 GHz to 6.5 GHz. It is a broadband reflector and is used for experiments in radio-based communication and long-distance data transmission. Typical applications of this device include antenna connection, wireless connections, LF/RF link testing, and more.

The working principle of the CN13109_LENA-W-DL can be summarized into two steps. The first step is the reflection of the incoming electromagnetic wave. The device has a multi-layer integrated construction with alternating layers of dielectrics and metal layers, which reflect the incident electromagnetic wave in a certain direction. The second step is the refraction of the reflected electromagnetic wave. The device has an asymmetrical shape which allows the reflected wave to be refracted with a certain phase shift. This enables the device to direct the electromagnetic wave in the desired direction.

The CN13109_LENA-W-DL is a highly efficient reflective device that provides an effective solution for long-distance communication. It is highly reliable and durable, and offers superior performance compared to conventional reflectors. Moreover, it is easy to install and requires minimal maintenance.

In conclusion, the CN13109_LENA-W-DL is a powerful, reliable, and efficient reflective type device that falls under the optics category of reflectors. It is used for remote communication and data transmission in the frequency range of 0.13 GHz to 6.5 GHz. It works on the principles of reflection and refraction, and is easy to install and maintain.

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