48-CBSA-1.25X3.75X0.4

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RF Shields are devices that are used to protect circuits from the deleterious effects of unwanted electromagnetic radiation. They can be used to attenuate, redirect, or block electromagnetic energy from an interfering source or region. Application fields include military, industrial, electrical engineering, and consumer industries. RF shields are designed to prevent interference between electronic devices, protect military communications, and protect sensitive equipment from hostile radar and other radio frequency sources.

The application field and working principle of 48-CBSA-1.25X3.75X0.4 can be classified in the category of RF shields, used to prevent the entry of unwanted radio frequency waves into the protected facility. It is an extruded aluminium enclosure that defines the area of protection against electromagnetic radiation. It works by trapping the radiation that passes through the shield in a Faraday Cage – a metal enclosure that blocks the entry of electromagnetic fields but does not block out the safe exit of the electromagnetic waves.

The 48-CBSA-1.25X3.75X0.4 is designed to block the entry of unwanted radio frequency energy into a protected facility. It uses a series of metal plates formed in an electrically insulated material which is sandwiched in the middle of two aluminium sections. This material acts as a Faraday Cage and traps the incoming RF energy so that it can not enter the protected facility by using the principle of mirroring. The metal plates provide the necessary reflection to redirect the energy away from the protected facility and back into the surrounding environment.

The 48-CBSA-1.25X3.75X0.4 consists of an aluminium material that provides the necessary shielding against RF radiation. It is a perimeter shield and uses an electrically insulated material to define the area of protection. The interior of the shield is coated with metal strands, which form a Faraday Cage. The metal strands are arranged so that they are perpendicular to each other, forming a mesh that reflects and absorbs incoming RF radiation. This arrangement also maximizes the efficiency of the Faraday Cage, providing greater protection for the protected area.

The 48-CBSA-1.25X3.75X0.4 has been designed to provide the highest possible protection from RF energy. It is a perimeter shield that can protect an area of up to 25,000 square feet. The aluminum outer material reflects and absorbs unwanted RF radiation, while the interior material acts as a Faraday cage, trapping the energy in the cage and preventing it from entering the protected area. The advantage of this type of shield is that it not only provides protection from RF energy but also provides a level of thermal protection.

RF shields of this type are used in a variety of applications in both civilian and military applications. They are used in the military to protect against hostile radar and other radio frequencies. They are also used in radio communications and other electronic systems to protect from RF energy and reduce interference. In the industrial and consumer markets, they are commonly used to protect sensitive equipment from RF energy in order to maintain reliable performance and avoid costly repairs.

The 48-CBSA-1.25X3.75X0.4 shield is a reliable way of protecting an area from unwanted and potentially hazardous RF radiation. It is a perimeter shield that uses an insulated material to define the area of protection, and metal strands to trap and redirect the energy away from the protected facility. It is used in both military and civilian applications, and provides an effective way of shielding sensitive equipment from RF energy.

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