TC28B1123

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Ferrite Cores are an indispensable part of many high-end electronic products. The TC28B1123 is one of the most popular ferrite cores due to its unique features and advantages. In this article, we will discuss the application field and working principle of the TC28B1123 in detail.

TC28B1123 ferrite cores are primarily used in the wiring and cable industries, such as network cable, HDMI cable, coaxial cable and so on. Their main function is to reduce electromagnetic interference (EMI) and radio-frequency interference (RFI). The TC28B1123 has two layers of metal typically consisting of an inner ferrite layer and an outer outer conducting layer. The ferrite layer acts as a shield against EMI/RFI and the conducting layer helps to dissipate the energy generated from EMI/RFI. In order to achieve optimal performance, the TC28B1123 is usually applied using a combination of the two layers and a surrounding layer of rubber, plastic, or metal insulation to effectively block out any EMI/RFI.

The working principle of the TC28B1123 is quite simple. It works by creating an electromagnetic field that is connected to the metallic conductor. The electromagnetic field absorbs any EMI or RFI that is present in the environment. This results in reduced noise and interference, which leads to better signal quality and transmission. Additionally, the TC28B1123 can help reduce the amount of power dissipation from EMI/RFI, thus leading to improved energy efficiency.

In conclusion, the TC28B1123 ferrite cores are an indispensable part of wiring and cable industries because they help reduce EMI/RFI interference and also help reduce power dissipation. Their working principle is quite simple and the two-layer design provides excellent shielding against EMI/RFI. Furthermore, their use is very cost-effective and can ensure good energy efficiency. For all these reasons, the TC28B1123 is one of the most popular ferrite cores today.

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