11.5X12-6-1245

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The 11.5X12-6-1245 application field and working principle of RFI and EMI - Shielding and Absorbing Materials include many processes by which they are used. As electromagnetic energy is emitted from a device, it is absorbed by nearby materials. The 11.5X12-6-1245 application field and working principle involve using these materials to absorb or block the electromagnetic energy.

One common example is that of a Faraday cage. This is named after its inventor, Michael Faraday. The principle here is that when an electrical field is present, the metal mesh of the cage will block it. This is commonly used in applications such as X-Ray machines and MRI scanners in hospitals.

Shielding layers are often used to block the transmission of energy from one location to another. These are often used in military and industrial applications where sensitive equipment must be protected from interference. The basic principle behind these materials is that when a current is passed through them, the electricity does not escape out the other side.

For example, an EMI/RFI shield may consist of a thin sheet of copper or other conductive material surrounding a circuit board. The electricity will be blocked from passing out through the sides of the shield and into the board, preventing interference. This type of shielding also applies to electric fields, which will be prevented from passing through the shield.

Another type of RFI and EMI - shielding and absorbing material are absorbers. These materials are designed specifically to absorb rather than block the energy. This could include common materials such as foam, fabric, and metal mesh. These materials will absorb the energy, dissipating it before it has a chance to interfere with devices or equipment.

Finally, RF absorbers are often placed inside of computer and telephone systems. These are designed to absorb energy without blocking it, preventing interference and ensuring that the signal sent is clear and reliable.

In conclusion, the 11.5X12-6-1245 application field and working principle of RFI and EMI - Shielding and Absorbing Materials involve using materials to absorb or block electromagnetic energy. These materials come in the form of Faraday cages, shielding layers, absorbers, and RF absorbers. By using these materials, users can ensure that their equipment is protected from interference and that signals sent and received are reliable.

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