EFR(10)-240X240T1500

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The purpose of many electrical and electronic components is to prevent electromagnetic interference (EMI) or radio frequency interference (RFI) from adversely affecting their performance. One way to achieve this is to use a suitable shielding and absorbing material, such as the EFR(10)-240X240T1500. This article will briefly explain the application field and working principles of EFR(10)-240X240T1500.

The EFR(10)-240X240T1500 is a shielding and absorbing material which is suitable for use in a variety of applications, including in the automotive, aerospace, and telecom industries. It is a highly durable material which is designed to provide excellent performance in high-temperature applications, such as automotive engine compartments, telecommunication microwave antennas, and space applications, as well as in low-temperature, low-frequency applications, such as consumer electronics and medical equipment.

The working principle of the EFR(10)-240X240T1500 is based on the principle of electromagnetic shielding. This material is designed to absorb and reflect electromagnetic waves, thus preventing them from interfering with the performance of the electrical and electronic components in the application. This is achieved through the material’s physical structure, which consists of an outer fabric layer, an inner insulation layer, and a metallic barrier layer.

The outer fabric layer, usually made of polyester, acts as a shield against the external environment, preventing electromagnetic waves from entering the application. The inner insulation layer, usually made of polyethylene foil, absorbs and reflects the electromagnetic waves, further reducing the interference in the application. The metallic barrier layer, usually made of aluminium or copper, acts as a conductive barrier and deflects any remaining electromagnetic waves.

In summary, the EFR(10)-240X240T1500 is a shielding and absorbing material suitable for use in a variety of applications. It works by absorbing and reflecting electromagnetic waves, thus preventing them from interfering with the performance of the electrical and electronic components in the application. Its physical structure, consisting of an outer fabric layer, an inner insulation layer, and a metallic barrier layer, ensures that the application is protected from both external electromagnetic interference and internal electromagnetic transients. It is designed to provide excellent performance in high-temperature and low-frequency applications.

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