21-CBSA-2.25X3.0X0.225

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RF shields are utilised in modern electronics to block unwanted electromagnetic radiation that can cause audio or video interference. This prevents unwanted background noise from entering the equipment, resulting in clear audio and video signals. 21-CBSA-2.25X3.0X0.225 is an RF shield designed specifically for use in electronics. In this article, we will discuss the application field and working principle of 21-CBSA-2.25X3.0X0.225.

Application Field

21-CBSA-2.25X3.0X0.225 is a small, lightweight RF shield designed for applications with limited space. It can be used in a variety of applications, including commercial consumer products, telecommunication equipment, medical equipment, military equipment, and scientific research equipment. This versatile RF shield is compatible with frequencies ranging from 875 MHz to 2500 MHz, allowing it to support a wide variety of RF applications.

Working Principle

The 21-CBSA-2.25X3.0X0.225 utilises a specialised absorbent material to block electromagnetic radiation. This absorbent material is comprised of two layers: a conductive metal layer and an absorbent foam core. The metal layer is designed to reflect and disperse incoming electromagnetic radiation, while the foam core absorbs and dissipates the energy. This combination results in excellent protection from electromagnetic radiation, allowing the shield to block out any unwanted background noise.

The 21-CBSA-2.25X3.0X0.225 also makes use of an advanced air-gap technology. This technology creates an air gap between the outer shield and the object, thus further isolating the object from incoming electromagnetic radiation. This additional protection ensures that the shield is able to completely block out unwanted radiation.

The 21-CBSA-2.25X3.0X0.225 is a versatile and effective RF shield. It is capable of supporting a wide range of frequencies, making it suitable for a variety of applications. Additionally, its advanced air-gap technology ensures exceptional protection from electromagnetic radiation, resulting in clear audio and video signals.

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