54-CBSA-1.0X2.0X0.5

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RF Shields are devices used to protect electronics from electromagnetic interference (EMI) from RF sources. The 54-CBSA-1.0X2.0X0.5 is an RF Shield designed to provide protection from a variety of external sources such as wireless signals, cell towers, cordless phones, and more. The shield is designed to block, reflect, or absorb RF energy.

The 54-CBSA-1.0X2.0X0.5 has several applications, including enclosures for electronic devices, EMI/RFI protection for military and commercial applications, and industrial applications like RF welding. It is also suitable for medical applications such as Magnetic Resonance Imaging (MRI) shielding and radiation protection.

The shield has a maximum transmission power rating of 2000W and its operational frequency range is from 0 to 10 GHz. It offers an impressive shielding effectiveness of -100 dB with an insertion loss that is below 0.2 dB. The insertion loss measures how much power is lost when the signal passes through the shield.

The 54-CBSA-1.0X2.0X0.5 is made with a high-grade aluminum alloy frame that is coated with a durable zinc plating. The thickness of the shield\'s material can range from 0.8 mm to 2.0 mm and it is designed to be able to absorb up to 99.999% of RF signals. This makes it great for many different applications and allows it to be used with a broad range of frequencies.

The 54-CBSA-1.0X2.0X0.5\'s working principle is based on the principle of diffraction. This means that when an RF signal is sent through the shield, the electric and magnetic components of the signal are scattered away from the direction of the shielded area, reducing the amount of signal that reaches the protected area.

The 54-CBSA-1.0X2.0X0.5 is designed to be very durable and reliable, making it a great choice for many RF shielding needs. Its high-grade aluminum alloy frame is corrosion-resistant and its zinc-coated materials help to ensure a long life span. Its broad operational frequency range makes it suitable for many different applications and its excellent shielding effectiveness ensures that the shielded area is safe from electromagnetic interference.

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