20S-CBSA-0.5X0.5X0.2

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The 20S-CBSA-0.5X0.5X0.2 (Cubical Bent Shield Assy) is a globally used RF shield used in various areas. It is a type of cubical RF shields designed for a wide range of frequencies, shielding up to 40 GHz. This shield is widely used in microwaves and ultra-high frequencies, including medical, military, and broadcasting applications. The shield is constructed with a folded pattern that enables it to absorb energy better and provide better control over the application.

The main purpose of the 20S-CBSA-0.5X0.5X0.2 is to provide effective shielding from electromagnetic interference (EMI). This shield helps to minimize unwanted noise from entering and exiting the electronic device. In addition, it helps to protect the device from unwanted signal exposures including microwave radiation from cellular systems.

The main application field of the 20S-CBSA-0.5X0.5X0.2 shield is in medical applications, such as MRI machines. This shield helps to protect the device against potential leakage of radiated energy. It is also used to block signals from broadcasting applications, particularly in radio transmission fields. The shield is also used in military applications, such as radars.

The working principle of the 20S-CBSA-0.5X0.5X0.2 is simple. It works by using an energy absorption shield that is placed in between the source of interference and the device. The shield absorbs the electrical energy generated by electromagnetic interference, thus protecting the device from this type of interference. The shield is also designed to re-direct signals, so as to minimize interference from outside sources.

The 20S-CBSA-0.5X0.5X0.2 RF shield is an effective shield for a wide range of applications. The shield has the ability to absorb energy and minimize noise from entering and exiting the electronic device. The shield can also be used to block signals from broadcasting applications and protect the device from unwanted signal exposures. The shield is designed to provide effective shielding from electromagnetic interference and help protect the device from potential leakage of radiated energy.

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