FFAM151*1T2 RF/IF and RFID

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RFI and EMI - Shielding and Absorbing Materials is a critical component in many electronic products. Shielding and absorbers are used in a variety of industries to reduce, block, or absorb incoming electromagnetic energy. FFAM151*1T2 application fields and working principles play a key role in shielding and absorbing material solutions.

FFAM151*1T2 materials are thin metallized films with excellent Low Frequency Shieding Effectiveness (LFSE) and harmonics attenuation performance. The metallized film is a composite structure consisting of polyurethane, aluminum, and other metals, depending on the type of shielding material. The metallization of the film is embedded in the polyurethane layer, and forms an effective barrier to low frequency signals.

FFAM151*1T2 materials are most commonly used in consumer electronics, telecom, industrial safety, and medical applications. They are suitable for shielding electronic equipment from radiation and controlling electromagnetic compatibility (EMC), such as modems, routers, radios, amplifiers, and medical instruments. FFAM151*1T2 materials are also used in military radio and radar systems to improve RF shielding effectiveness for military and aerospace applications.

FFAM151*1T2 is designed to offer superior performance under a wide range of electromagnetic conditions. The material effectively blocks and absorbs both high and low frequency signals. The material is lightweight and has excellent flexibility, allowing for easy installation. It also offers superior flame resistance and chemical resistance, and is designed to last for many years in harsh operating environments.

The working principle of FFAM151*1T2 is quite simple. The material is designed to block and absorb incoming electromagnetic energy by means of both scattering and absorption. The material can effectively attenuate incoming RF signals by having a high impedance surface. This is accomplished by utilizing a variety of conductive layers that are sandwiched between metallic surfaces.

When RF signals reach the material, they are scattered due to the metallic surfaces and the impedances they present. The material also absorbs the energy of incoming RF signals by having a thickness that is designed to absorb the particular frequency of the incoming signal. This absorption occurs due to the physical displacement of conductive particles within the material in response to the incoming signal.

FFAM151*1T2 materials are designed to offer superior shielding and absorption performance under a wide range of electromagnetic conditions, making them a critical component in many electronic products. The material is lightweight and flexible, allowing for easy installation. It is also designed to last for many years in harsh environments, making it well-suited for a variety of applications.

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