23X36-1-1120

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The intersection of radio frequency interference (RFI) and electromagnetic interference (EMI) and shielding and absorbing materials is an exciting and often complex area of research. This paper will explore two major aspects of this field: 23X36-1-1120 application field and working principle.

First, we will consider the application field of 23X36-1-1120. This patented material is designed to shield electronic devices from RFI and EMI. It is typically used in commercial/military, aviation/spacecraft, and medical/scientific equipment. The material is composed of highly conductive metals in such a way that its structure dissipates any form of RFI or EMI energy it captures. Furthermore, it reduces thermal radiation, and can act as a shield against radiation like gamma rays or X-rays.

Second, we will consider the working principle of 23X36-1-1120. This material is designed to work in two major ways. First, it utilizes a Faraday Cage principle, which captures and dissipates RFI and EMI signals. This is done by utilizing highly conductive metals such as copper or aluminum in a lattice configuration. This lattice captures and absorbs the radiation, turning it into heat, which is then dissipated into the environment. Second, the material acts as a shield against other forms of radiation. It uses the same lattice configuration, but instead of dissipating radiation, it absorbs it and disperses it away from the equipment.

In conclusion, 23X36-1-1120 is a patented material designed to shield electronic equipment from RFI and EMI radiation. It uses a Faraday Cage principle to capture and dissipate RFI and EMI signals, while simultaneously acting as a shield against other forms of radiation. With its two-pronged approach to protecting the delicate electronics of our modern world, 23X36-1-1120 is an invaluable tool for shielding and absorbing materials in the field of RFI and EMI protection.

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