4-5-CN4190

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RF and EM Interference (EMI) can be a major issue for many devices and systems. This type of interference, whether conducted or radiated, can cause huge losses in efficiency and performance. The 4-5-CN4190 shielding and absorbing materials are designed to reduce and even prevent the negative effects of RF and EM interference. They provide a comprehensive solution for addressing the wide range of RF and EM interference issues.

The 4-5-CN4190 application field includes a variety of industrial applications. For instance, these materials can be used in numerous industries to protect sensitive equipment from potential EMI-generated interference. Additionally, these materials are used in the automotive industry for providing shielding from EMI and other forms of interference. They can also be used to reduce noise pollution in public transportation systems.

In terms of their working principle, the 4-5-CN 4190 materials employ an ultra-thin and low-cost physical layer technology. This technology is based on the concepts of reflection, absorption and attenuation. The materials are highly effective at reflecting and absorbing EM radiation, which is then transformed into heat. This process helps to reduce the level of EMI generated radiation. Additionally, the absorptive material has a higher degree of transmission with a reduced level of reflected radiation. The result is that less EMI is got reflected towards the device.

In conclusion, the 4-5-CN 4190 shielding and absorbing materials are a comprehensive solution for addressing all types of RF and EM interference. They are highly effective at reflecting and absorbing EM radiation, thereby effectively reducing the level of EMI generated radiation. Additionally, the ultra-thin and low-cost physical layer technology employed by these materials makes them an excellent choice for a wide range of industrial applications where high levels of shielding and absorbing are required.

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