11.5-6-1181

Series:	1181
Part Status:	Active
Type:	Shielding Sheet
Shape:	--
Length:	18.000' (5.50m)
Width:	11.500" (292.00mm)
Thickness - Overall:	0.003" (0.07mm)
Operating Temperature:	-40°C ~ 130°C
Adhesive:	Conductive, Single Sided
Material:	Copper Foil

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RFI and EMI - Shielding and Absorbing Materials

Radio Frequency Interference (RFI) and Electro Magnetic Interference (EMI) are both major factors limiting the performance of electronic systems and devices. In order to protect against these disruptive influences, shielding materials and absorbing materials are widely used. This article will focus on 11.5-6-1181 shielding and absorbing materials and their application field and working principle.11.5-6-1181 shielding and absorbing materials is a type of material characterized by their ability to form an electrical boundary between two points. This material can be used to reduce the amount of electromagnetic interference that could adversely affect the functioning of electronic components. The material helps to absorb energy and convert it to another form, such as heat or light. In addition, it also acts as a shield to block out external radiation.The key component of 11.5-6-1181 shielding and absorbing materials is conductive metal. These materials can be used for shielding, reflecting or absorbing electromagnetic radiation, depending on their composition. Common metals used for shielding and absorbing include iron, nickel, aluminum, steel and copper. 11.5-6-1181 shielding and absorbing materials also include thin layers of plastic, such as polystyrene, which isolate the conductive material from the electronic components.11.5-6-1181 shielding and absorbing materials can be used in a variety of applications, from the protection of sensitive electronic components to the prevention of radiation interference with radar systems. In the latter application, the material is applied to the antenna in order to reduce the amount of electromagnetic energy reflected back to the radar system. The material is also used to shield satellites and spacecraft from the harmful effects of radiation in the harsh environment of space.The working principle of 11.5-6-1181 shielding and absorbing materials is relatively simple. When electromagnetic radiation strikes the material, it causes the metal to vibrate and absorb the energy. The material then converts the energy into heat instead of radiating it back out. By doing this, the material prevents the interference from impacting other electronic components.In conclusion, 11.5-6-1181 shielding and absorbing materials are important in protecting electronic components from interference caused by radio frequency and electro magnetic radiation. The key component of these materials is conductive metal, which can absorb energy and convert it to another form, such as heat or light. The materials are used in a variety of applications, from the protection of sensitive electronic components to the prevention of radiation interference with radar systems.

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