10-CBSA-5.5X6.0X0.13

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RF shields are specially designed shielding structures used to protect sensitive equipment from interference from outside radio frequency (RF) sources. The 10-CBSA-5.5x6.0x0.13 shield is one such shield, designed for applications that require higher performance than standard shielding structures. This shield offers greater reduced electromagnetic interference (EMI) shielding efficiency, as well as conduction and air-gap performance.

The 10-CBSA-5.5x6.0x0.13 shield has a two-layer construction. The first layer consists of a magnetically permeable material, such as ferrite, which acts as an inductive shield, while the second layer is a conductive material, such as copper foil, which serves as a capacitive shield. These materials absorb and reflect RF energy, shielding the sensitive equipment from potentially damaging interference.

The application field of the 10-CBSA-5.5x6.0x0.13 shield includes a variety of telecom, IT, and medical equipment, as well as consumer electronics. It is also extensively used in military and aerospace applications, where its ability to reduce EMI can make a critical difference. This shield can be used in conjunction with other shielding structures, such as surface-mount metal shields, to offer even greater protection.

The working principle behind the 10-CBSA-5.5x6.0x0.13 shield is based on basic principles of electromagnetic shielding. When an external RF source is present, the shield serves to absorb the energy of the incoming signal, thus shielding the equipment from interference. This is accomplished by the two-layer construction of the shield, which acts both as an inductive and a capacitive shield.

The inductive layer of the 10-CBSA-5.5x6.0x0.13 shield acts as an effective barrier against incoming RF signals, as it absorbs the energy of the signal and blocks it from entering the equipment. This layer is made of a magnetically permeable material, such as ferrite, which allows the signal to pass through it without disruptively contrasting with the electrical field inside the equipment.

On the other hand, the capacitive layer of the shield acts as a second barrier against the incoming signal, absorbing the energy in the form of a capacitive voltage drop. The capacitive layer, usually consisting of copper or aluminum foil, is in contact with the surrounding environment, allowing it to absorb the energy from the incoming signal and reduce its intensity. This layer is very effective at preventing EMI due to its low dissipation factor.

The 10-CBSA-5.5x6.0x0.13 shield can be combined with other shielding structures, like surface-mount metal shields, to provide additional protection from interference. In these cases, the shield acts as both an inductive and capacitive shield, creating an effective barrier between the equipment and external RF sources. When combined with other shielding structures, the 10-CBSA-5.5x6.0x0.13 shield can provide an even greater degree of protection.

In conclusion, the 10-CBSA-5.5x6.0x0.13 shield is an effective RF shield designed for applications that require greater protection from interference. Its two-layer construction makes it an effective inductive and capacitive shield, providing an effective barrier between sensitive equipment and external RF sources. Additionally, it can be combined with other shielding structures for even greater protection. The 10-CBSA-5.5x6.0x0.13 shield is a valuable tool for any application that requires protection from external interference, and its use can mean the difference between a functioning system and a failure.

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