Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

22-CBSA-3.75X5.0X0.2 Application Field and Working Principle

The 22-CBSA-3.75X5.0X0.2 is a Radio Frequency (RF) Shield designed for high performance applications. It is a multi-purpose shield used to protect against radio wave interference and other forms of electromagnetic energy. The shield offers isolation of up to 80 dB of RF power and provides excellent shielding against a wide range of frequencies. It is capable of blocking frequencies from below 100 MHz up to 6 GHz.

The primary use of the 22-CBSA-3.75X5.0X0.2 shield is in applications that require high isolation against radio waves. It is commonly used in industrial and military settings to protect electronics from electromagnetic interference (EMI). The shield can also be used in broadcasting, telecom, and medical applications. Professionals use the shield in films, videos, and satellite communications to maintain the integrity of audio and video signals.

The 22-CBSA-3.75X5.0X0.2 shield works by blocking and absorbing the RF energy. The shield is made of high-grade aluminium alloy with a double wall construction. It has a special metallic coating on the inside and outside, which enhances its performance. The shield is also designed to minimize the effect of mechanical vibrations and provide well-balanced shielding performance over a wide frequency range.

The 22-CBSA-3.75X5.0X0.2 shield also offers robust protection against lightning and other sources of dangerous electrical currents. The shield is designed with low interference, low heat generation, and low weight. The air-tight construction of the shield maximizes its performance and ensures a long working life.

Overall, the 22-CBSA-3.75X5.0X0.2 shield is an excellent choice for applications that require high performance RF shielding. It is easy to install, lightweight, robust, and offers superior shielding performance. The shield also offers additional benefits such as improved sound quality and better reception of signals.

The specific data is subject to PDF, and the above content is for reference