54-CBSA-1.25X5.25X0.5

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RF Shields refer to a range of different electro-magnetic (EM) shielding that is used to protect electronic devices from detrimental environmental and EM effects. This includes preventing noise, EMI and other related emissions from entering or leaving the device. The 54-CBSA-1.25X5.25X0.5 is an RF Shield designed for a wide variety of applications and is commonly used in military, medical, telecommunications or computing.

The 54-CBSA-1.25X5.25X0.5 is composed of an extremely thin, all-metal shield that provides excellent performance in the range of 50 to 3000 MHz frequency. It comprises of a main body composed of stainless steel plates and aluminum-coated Mylar sheets, as well as additional smaller layers such as a metalized polyester film for EMI absorption. The entire device is designed to be as thin as possible so it can be used in smaller spaces.

The 54-CBSA-1.25X5.25X0.5 can be used in a wide range of applications and working principles. In telecommunications, they can be used to reduce electromagnetic interference and eliminate cross-talk between cables. In medical devices, they can be used to shield against ionizing radiation, microwaves or ultrasound energy. For computing, they provide shielding for digital and electronic components from strong RF sources. The device also protects against lightning strikes and ground loop currents from entering power and communication systems.

The 54-CBSA-1.25X5.25X0.5 also provides excellent durability and is designed for use in a wide range of temperatures and humidity levels. It is resistant to fading and corrosion, making it suitable for long-term use in harsh conditions. It also features an adhesive backing which allows for easy installation in any environment.

The 54-CBSA-1.25X5.25X0.5 RF Shield is specifically designed to provide superior performance in a wide range of applications and working principles, where both robustness and durability are important. Its thin, all-metal construction, combined with its versatile installation options, makes it ideal for shielding sensitive equipment from harmful environmental forces and EM radiation.

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