MULL5040-200

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RFI and EMI shielding as well as absorbing materials are seen increasingly in use for a variety of applications. The MULL5040-200 is an example of such a material, which is made of layers of different metals to provide shielding and absorption to a variety of electronic signals. This material is designed mainly for use in automotive and consumer products, where reducing radio frequency interference (RFI) and electromagnetic interference (EMI) is critical.

The MULL5040-200 is a two-layer non-conductive structure composed of Nickel-Copper (Ni-Cu). The Nickel and Copper are formed in alternating layers of 25 microns. On top of the Ni-Cu layer is an additional layer of 25 microns of Copper. These alternating layers form a network of interconnected islands, which is referred to as a multi-antenna effect. This structure provides superior shielding performance and absorption of electromagnetic emissions.

This material has several advantages over other shielding materials. Firstly, the interconnection of the islands provides excellent flexibility, allowing the material to be easily manipulated while in use. Secondly, its superior shielding and absorption abilities lead to less interference from external or internal sources. Finally, the material is lightweight and relatively inexpensive, making it suitable for many applications.

The MULL5040-200 is designed to effectively shield against high-frequency digital signals, while also absorbing electric fields. With the construction of multiple conducting layers, interference is blocked and then absorbed, greatly reducing electro-magnetic radiation, which reduces interference with other nearby electronic systems. This makes the MULL5040-200 ideal for applications in the automotive industry, consumer electronics, and IT applications. The material has also been approved by UL, CSA and EN for use in various machinery and electronic applications.

In conclusion, the MULL5040-200 is an excellent shielding and absorbing material which has many uses in the automotive, consumer electronics, and IT industries. With its lightweight, flexible, and inexpensive construction, it is easy to see why this material has become so popular. The superior shielding and absorption properties make it ideal for applications where reducing interference is essential. It has also been rigorously tested and approved by a variety of industry standards, making it a reliable and effective choice for any application.

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