SMS-102 RF/IF and RFID

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RF shields are used to achieve RF shielding performance and electrical shielding performance by forming a specific shielding structure in a space-limited environment. An RF shield, model SMS-102, is a specifically designed ferrite material aimed at achieving optimal RF shielding performance.

This RF shield consists of a base part made of an aluminum material, and a shielding part consisting of a ferrite material. The shielding part is able to achieve superior 100dB at 1GHz, providing a high level of attenuation of electromagnetic waves. This shield is also designed to provide precise static electricity and ESD (electrostatic discharge) performance, making it suitable for high-precision processes.

The working principle behind the SMS-102 model utilizes the magnetic field generated by the ferrite material to achieve RF shielding performance and static electricity protection. The ferrite material will generate a magnetic field when it is subjected to a certain amount of electromagnetic radiation, thus forming a shielding structure in the surrounding environment. This shielding structure can attenuate the electromagnetic radiation, thus achieving RF shielding performance. Furthermore, the static electricity generated by the environment is also attenuated, and the static electricity produced by the effects of EMI (electromagnetic interference) is also attenuated.

The SMS-102 model can also be customized according to application requirements to achieve higher performance. For example, the ferrite plate thickness can be adjusted to accommodate different amounts of static electricity, and the structure can be changed to create a tighter shielding effect. This RF shield can be applied in various fields, such as aerospace, medical, industrial, consumer, and military applications.

In summary, the SMS-102 model can provide superior RF shielding performance and static electricity protection. It is highly customizable according to application requirements, and has been tested and proven to be reliable and effective. This model can be applied in various fields, and is an optimal choice for devices and systems that require superior RF shielding performance and static electricity protection.

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