EFG2(03)-240X240T0800

Series:	--
Part Status:	Active
Type:	Absorbing Sheet
Shape:	Square
Length:	9.449" (240.00mm)
Width:	9.449" (240.00mm)
Thickness - Overall:	0.013" (0.33mm)
Operating Temperature:	-40°C ~ 105°C
Adhesive:	Non-Conductive, Double Sided
Material:	Polymer, Magnetic Powder

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RFI and EMI - Shielding and Absorbing Materials

Different materials such as plastic, film, and metal are used to protect sensitive electronic components from radio frequency interference (RFI) and electromagnetic interference (EMI). EFG2(03)-240X240T0800 is one such material and it is increasingly being used in a variety of fields to provide protection against electromagnetic interference. This article will discuss the application field and working principle of the EFG2(03)-240X240T0800 material.

Application Field

Before delving into the working principle of EFG2(03)-240X240T0800, it is important to understand the application fields in which it is used. The EFG2(03)-240X240T0800 material is found in many high-tech products and has been used in a variety of fields including automotive, aviation, telecommunications, military, and medical applications. It provides secured and reliable communication and protection against electromagnetic interference from external sources.In the automotive industry, the EFG2(03)-240X240T0800 material is used specifically to shield electronic components in vehicles. It also increases the signal fidelity of audio systems, on-board communication systems, navigation systems, and more. InAviation, EFG2(03)-240X240T0800 is used extensively onboard aircrafts, jets, and helicopters for noise attenuation and interference-free communication. It is also used in navigation and other onboard electronic systems.In the telecommunications industry, the EFG2(03)-240X240T0800 material is used to protect sensitive data from electromagnetic interference. It is also used to increase the robustness of RF communication and provide protection against interference from external signals.The military and medical fields also make use of the EFG2(03)-240X240T0800 material. It is widely used in military communication equipment and other devices to protect them from electromagnetic interference. In the medical field, it is extensively used to shield MRI scanners, x-ray machines, and other medical equipment from electromagnetic interference.

Working Principle

The EFG2(03)-240X240T0800 utilizes conductive metal materials and thin films to block electromagnetic interference (EMI) signals. The material is constructed from a combination of several sheets of metal plates, thin dielectric film and a non-conductive adhesive to keep the layers of materials in place. This material is capable of creating an attenuation effect which prevents external interference signals from corrupting the data communication or the circuits in the equipment.The EFG2(03)-240X240T0800 material is designed to absorb and deflect electromagnetic radiation. It is capable of creating a Faraday cage type of effect that reflects the electromagnetic radiation back to its source. The material also serves as a shield and minimizes the amount of radiation that leaked through the protective layer. This in turn protects the sensitive electronic components from EMI disturbances and interference.The EFG2(03)-240X240T0800 material is also capable of dissipating heat and reducing electrical losses. It is designed to provide protection against both low-frequency and high-frequency signals. Its structure and design also helps to increase the system’s electromagnetic compatibility (EMC).

Conclusion

The EFG2(03)-240X240T0800 material is an increasingly popular choice in fields such as automotive, aviation, telecommunications, military, and medical applications due to its ability to shield sensitive electronic components from RFI and EMI. This material is constructed from several layers of metal plates, thin dielectric film and a non-conductive adhesive. It is capable of creating an attenuation effect that blocks EMI signals and deflects them back to their source. It also serves to dissipate heat and reduce electrical losses in the equipment.

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