36034184

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RFID and electromagnetic interference protection refer to a type of protective device that is designed to reduce noise emission from an electronic device and to reduce interference signals from disrupting the receiving device. Shielding and absorbing materials are commonly used in the development of electromagnetic and radio frequency interference (EMI/RFI) applications to reduce EMI exposure levels. 36034184 is a specialized protective material used in such applications. This article will discuss the application field and working principle of 36034184.

36034184 is a thermoplastic polyurethane elastomer material formulated to provide excellent physical and electrical properties. The material is used to construct a wide variety of shapes, such as curved, injection molded, extruded and rolled components. It has been tested to meet the highest standards in the electric and electronic industry, including EN 61000-4, and according to FCC 15. It is widely used in the production of a variety of electronic components, including transformers, receivers, antennas and various other electrical and electromagnetic shielding products.

36034184 is ideal for various industrial applications, including car or aircraft, microwave, power transmission, medical and military. Its advanced physical properties and superb electrical performance make it an ideal choice for shielding and absorbing electromagnetic waves. Optimized for removing noise from car audio systems, its ability to provide effective shielding over the entire frequency range makes it particularly suitable for shielding communication systems, car audio systems and other sensitive electronic devices.

To determine how 36034184 works, it is important to understand how electromagnetic interference (EMI) can be shielded and absorbed. EMI can occur when a strong electromagnetic field is generated by an electronic device, which then travels through the airwaves or other mediums and can interfere with the reception of other signals. Shielding is the process of creating a barrier between the source and the receivers to reduce the amount of EMI that is received. EMI absorbers, such as 36034184, can be used to absorb EMI and reduce the amount of interference that is received by nearby electronic devices. They are typically made from materials that have the ability to absorb EMI, such as carbon, ferrite or rubber.

The application field and working principle of 36034184 consists of a conductive component and an absorptive component, which make up the device, and the two components are usually combined in one part. The conductive component is composed of a conductive polyurethane material that acts as a way for EMI to pass through the device, and the absorptive component is composed of absorbent materials such as carbon, ferrite, and rubber. The conductive component works by providing an electromagnetic barrier between the source and the receivers, which ensures that EMI cannot be received. The absorptive component can additionally absorb EMI that is able to penetrate the barrier. The combination of the two components creates an effective barrier that is able to reduce the amount of EMI that is received.

In conclusion, 36034184 is an effective electromagnetic and radio frequency interference (EMI/RFI) protection device. It consists of a conductive polyurethane material which provides an electromagnetic barrier between the source and receivers, and an absorptive component which absorbs EMI that is able to penetrate the barrier. Its advanced physical properties and electrical performance make it an ideal choice for shielding and absorbing electromagnetic waves, and it is suitable for various industrial applications, including car or aircraft, microwave, power transmission, medical and military.

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