80-CBSF-1.75X3.5X0.8

RF Shields are an important component of Radio Frequency (RF) systems, used to protect electronic equipment from the harmful effects of electromagnetic interference. The 80-CBSF-1.75X3.5X0.8 is a high-quality RF Shield designed to protect equipment from a variety of sources. This article explores the application field and working principle of the 80-CBSF-1.75X3.5X0.8.

The 80-CBSF-1.75X3.5X0.8 is most commonly used in automotive, military, and telecom applications. In automotive applications, the shield provides protection against high-power RF signals from external sources, such as car antennas. In military applications, the shield protects expensive and sensitive military equipment from electromagnetic interference. In telecom applications, the RF Shield is used to protect sensitive communications equipment from RF interference generated by external transmitters and other sources.

The 80-CBSF-1.75X3.5X0.8 RF Shield is constructed from metal with a nickel/nickel-plated finish. The shield has an inner diameter of 1.75" and an outer diameter of 3.5". This design allows for a high-level of electromagnetic shielding. It is designed to attenuate all frequencies from 200MHz to 10GHz.

The primary working principle of the RF Shield is to provide a Faraday cage. A Faraday cage is a conductive shield that completely surrounds a piece of electronic equipment, providing a barrier between the equipment and external electromagnetic fields. This "cage" is constructed from metal, which is highly conductive. The metal serves to attenuate or reflect the external electromagnetic radiation or noise. This ensures that the electronic equipment is not affected or disrupted by external sources of electromagnetic interference.

The 80-CBSF-1.75X3.5X0.8 RF Shield is designed to reduce electromagnetic interference (EMI) in sensitive applications. In automotive, military, and telecom applications, the RF Shield is used to protect expensive and sensitive equipment from the harmful effects of electromagnetic interference. The shield is highly resistant to corrosion and is designed to attenuate all frequencies from 200MHz to 10GHz. This makes it a reliable and durable option for RF shielding applications.