20S-CBSF-0.5X0.75X0.2

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

20S-CBSF-0.5X0.75X0.2 Application Field and Working Principle

RF Shields are an essential component of any RF system, responsible for providing enhanced protection of circuits from electromagnetic interference (EMI) and radio-frequency interference (RFI). The 20S-CBSF-0.5X0.75X0.2 is a particularly popular RF Shield used in today\'s electronics, providing protection to components in a variety of circuits.

Application Fields

The 20S-CBSF-0.5X0.75X0.2 is mainly used in automotive, telecommunications, industrial, aerospace, military and consumer devices. It can be used to protect circuits from general noise, such as that generated by motors and electric tools, as well as low-frequency signals, such as those from cell phones. The 20S-CBSF-0.5X0.75X0.2 is also used in medical technology for shielding high-frequency signals from medical imaging, and in spacecraft for preventing spacecraft interference.

Working Principle

The 20S-CBSF-0.5X0.75X0.2 utilizes an enclosure of heat-resistant, hard material around the equipment to be protected. This enclosure is designed to provide a Faraday cage, a barrier from which any electric or magnetic fields will be redirected and prevented from entering the equipment. Inside the enclosure, an array of current-carrying conductors and filters is used to reduce the electrical field intensity. The 20S-CBSF-0.5X0.75X0.2 is also equipped with thermals, vents, and filters to dissipate any heat generated by the equipment inside the enclosure, allowing it to function without overheating.

Conclusion

The 20S-CBSF-0.5X0.75X0.2 is a reliable and cost-effective RF Shield that offers excellent protection for electronic equipment across a broad range of application fields, from automotive, to telecommunications, to medical technology. Its Faraday cage offers efficient defense against electromagnetic and radio-frequency interference, while its heat-dissipating features ensure adequate cooling and allow it to work effectively even in harsh operating conditions.

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