3M AB5050 0.75" X 6"-100

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

With more and more technology advancements, it is becoming increasingly important to protect electronic components and systems from electromagnetic interference (EMI) and radio frequency interference (RFI). RFI and EMI shielding and absorbing materials are a critical piece in achieving this protection. 3M AB5050 0.75” x 6”-100 is a type of shielding and absorbing material that is widely used in various industries.

3M AB5050 0.75” x 6”-100 is a single-side conductive EMI/RFI absorption material that is made from aluminum polyester laminate with 1.0mm multi-layer soft copper foil. The material helps to reduce the transfer of interfering signals and radiation between electronic components and systems. It is highly efficient and provides outstanding shielding performance and electromagnetic compatibility (EMC) up to 18GHz in a wide frequency range. Additionally, it is highly flame retardant, meets UL 50E and ESd requirements, and has a high peel strength. It can also withstand high temperatures, varying humidity levels, and hostile environment conditions.

The 3M AB5050 0.75” x 6”-100 shielding and absorbing material is widely used in a number of different application fields. It is used for shielding and absorbing signals in aerospace and defense, biomedical, fiber optics, railway, and wireless communications applications. It is highly effective in shielding and reducing signal interference in complex and highly sensitive systems. Additionally, it is used for EMI/RFI gaskets and air-interface gaskets, and can be used for interior cabling and wrapping components. It is also used for shielding fuel systems, and for shielding enclosures, cabinets, and covers of electronic devices.

The 3M AB5050 0.75” x 6”-100 shielding and absorbing material works by reflecting, absorbing, and dissipating the unwanted electromagnetic signals. It works by reflecting the electromagnetic signals away from the shielded area, thus protecting the shielded area from the interference. It also absorbs the energy from the electromagnetic signals, which prevents the signals from entering the

The specific data is subject to PDF, and the above content is for reference