42-CBSFNDV-1.5X4.75X0.4

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RF shields are protective casings or enclosures that reduce the amount of electromagnetic radiation that is emitted or received by an electronic device. There are two types of RF shields: the first type is a stationary shield, which reduces the amount of radiation that is emitted; the second type is a mobile shield, which reduces the amount of radiation that is received. The 42-CBSFNDV-1.5X4.75X0.4 RF shield is a stationary shield.

The 42-CBSFNDV-1.5X4.75X0.4 RF shield is typically used in radio frequency (RF) applications. It is designed to protect sensitive electronic components from unwanted radio frequency interference. The shield is made of durable aluminum and is available in a variety of sizes and configurations.

The 42-CBSFNDV-1.5X4.75X0.4 RF shield works by reducing the amount of electromagnetic radiation that is emitted by a device by creating an absorptive barrier between the radiation source and the device. The shield works by absorbing the energy from the radiation source and reflecting it back to the source. This reduces the amount of radiation that is received by the device. Additionally, the shield serves as a physical barrier, preventing electromagnetic radiation from entering or exiting the device, thus further reducing the amount of radiation that is received.

In most applications, the 42-CBSFNDV-1.5X4.75X0.4 RF shield is used in conjunction with other shielding techniques and components, such as ground planes, filters, and absorptive material. These techniques work together to further reduce the level of radiation that is emitted by a device, thus improving the device\'s performance. Additionally, these techniques are often used in wireless communication systems to prevent interference from other devices.

In summary, the 42-CBSFNDV-1.5X4.75X0.4 RF shield is a stationary shield typically used in radio frequency applications. It is designed to reduce the amount of electromagnetic radiation that is emitted by an electronic device by creating an absorptive barrier between the radiation source and the device. Additionally, the shield serves as a physical barrier, preventing electromagnetic radiation from entering or exiting the device. In most applications, it is used in conjunction with other shielding techniques and components, such as ground planes, filters, and absorptive material.

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