FFAM201*1T1

Series:	FFAM
Part Status:	Active
Type:	Flexible Ferrite Sheet
Shape:	Square
Length:	3.937" (100.00mm)
Width:	3.937" (100.00mm)
Thickness - Overall:	0.079" (2.00mm)
Operating Temperature:	-55°C ~ 125°C
Adhesive:	Non-Conductive, Single Sided
Material:	Ferrite Powder

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Introduction to FFAM201*1T1

FFAM201*1T1 is an advanced RF absorbing material designed to reduce the emission of unwanted RF or electromagnetic energy from sources such as mobile radios, radar systems, and other communication systems. Developed by Faraday Industries, FFAM201*1T1 is a two-layer shield that uses metal and dielectric components to absorb and dissipate energy, thereby reducing the amount of radiation that is emitted from the source.

Application Field of FFAM201*1T1

FFAM201*1T1 is commonly used in the construction of satellite communication systems, radar systems, cellular networks, and other industrial applications, such as high-frequency transmitting systems, which require a great deal of shielding and absorbing materials to prevent unwanted energy from being released into the environment. FFAM201*1T1 is also used in military and aerospace systems and in radio frequency (RF) medical systems, where it is used to protect the user from being exposed to high levels of RF radiation. Additionally, FFAM201*1T1 is an essential component in the design of mobile devices, such as cellular phones and tablets, as these devices are constantly emitting radiation and therefore need to be shielded.

Working Principle of FFAM201*1T1

FFAM201*1T1 works by absorbing and dissipating energy. The material consists of two layers: a metal outer layer and a dielectric inner layer. The metal layer absorbs the unwanted electromagnetic radiation, while the dielectric layer dissipates the energy. This process prevents the radiation from being released into the environment and reduces the amount of radiation that is emitted from the source.The effectiveness of FFAM201*1T1 depends on the material’s thickness and the frequency of the radiation being absorbed. Higher frequency radiation will require a thicker shield to be effective. Additionally, since the metal layer absorbs radiation, it can become hot and potentially damage any components that may be in contact with the shield. To prevent this, the shielding must be mounted in an appropriate manner, such as with an air gap or with some form of insulation.

Conclusion

FFAM201*1T1 is an advanced RF absorbing material designed to reduce the emission of unwanted RF or electromagnetic energy from sources such as mobile radios, radar systems, and other communication systems. It is a two-layer shield that uses metal and dielectric components to absorb and dissipate energy, thereby reducing the amount of radiation that is emitted from the source. FFAM201*1T1 is commonly used in the construction of satellite communication systems, radar systems, cellular networks, and other industrial applications, such as high-frequency transmitting systems, and is an essential component in the design of mobile devices, such as cellular phones and tablets. The material works by absorbing and dissipating energy, with the effectiveness depending on the material’s thickness and the frequency of the radiation being absorbed.

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