3610637256S

Series:	WE-SHC
Packaging:	Tray
Part Status:	Active
Type:	Frame
Height - Overall:	0.236" (6.00mm)
Length - Overall:	1.484" (37.70mm)
Ventilation:	--
Mounting Type:	Surface Mount

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Introduction

RF Shields, also known as Radio Frequency Shields, are shielding materials designed to block and reduce the emission of RF (radio frequency) signals. These shields come in different shapes and sizes and are typically used in an application in which radio frequency shielding is required, such as radio astronomy, military communications, airplane navigation, or cellular communications. 3610637256S is an advanced RF shield that is designed to efficiently block radio frequency interference (RFI). It is a multi-layer material developed specifically to provide high radiation attenuation with the most effective shielding properties.

3610637256S Application Field

3610637256S is typically used in industries with very high-electromagnetic radiation fields. Examples include cellular communication, radio astronomy, medical imaging, and defense industry. This type of shielding material is also used in the automotive industry to reduce interference from other sources such as engine coils or exhaust systems, and is used in the aircraft industry to protect navigation and avionics systems. Additionally, it is commonly used in broader applications such as public transportation and security surveillance systems. Some of the key advantages of using 3610637256S in these applications include:

• High field strength tolerance
• Excellent radio frequency shielding
• High thermal efficiency
• Easy to install
• Lightweight and low profile design

3610637256S Working Principle

3610637256S works by absorbing or reflecting radio waves so that they do not affect the normal operation of the intended device. It is a multi-layer material composed of a combination of ferrite sheets, conductive fabric, and other shielding materials. These layers are designed to interact with the incoming electromagnetic wave in such a manner that reduces the wave’s electric and magnetic fields. The material reflects away much of the wave’s energy, while the internal layers absorb some energy, dissipating it as heat. A combination of reflection and absorption leads to a maximum shielding effect. The layers in 3610637256S can be designed to create an electromagnetic barrier of any frequency or power level. The material is also designed to be flexible so it can be applied in a variety of shapes and sizes. Furthermore, its light weight and low profile construction make it ideal for use in tight spaces or places with limited space.

Conclusion

3610637256S is a multi-layer material designed specifically to provide radiation attenuation and shield against radio frequency interference. It is most commonly used in industries with very high electromagnetic radiation fields, such as cellular communication, radio astronomy, medical imaging, and defense industry. Its flexibility and high field strength tolerance make it an ideal choice in these applications. Additionally, it has a lightweight and low profile construction, making it ideal for use in tight spaces. Ultimately, 3610637256S provides efficient protection against radio frequency interference.

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