83-CBSU-24

Introduction

RF shield, also known as a radio frequency (RF) shield, is an enclosure designed to protect electronic equipment from electromagnetic interference and radiated fields generated by other external sources.

The 83-CBSU-24 RF shield is a highly effective shielding layer that employs both an inner and an outer layer of conductive metal to provide maximum protection. In addition, the ventilation slots on the side panels allow air to pass through the layers without interference, allowing the RF shield to better dissipate excess heat, resulting in improved performance.

Application field

The 83-CBSU-24 RF shield is mainly used to protect sensitive electronic devices from EMF radiation and other RF signals. It can also be used to protect against EMI (electromagnetic interference) that can cause interference to the performance of the device. Additionally, the 83-CBSU-24 shield can be used to reduce the amount of noise generated by other external sources.

The 83-CBSU-24 is mainly used in radar and satellite communication, military electronics, transmitters and receivers, radio and TV broadcast systems, industrial control and automation systems, industrial equipment, computers, and medical systems.

Working Principle

The working principle of the 83-CBSU-24 RF shield is based on the Faraday Cage effect. The outer layer of the shield consists of a conductive metal mesh that acts as a barrier to external RF signals. All external RF signals that attempt to penetrate the shield are reflected by the mesh and dissipated as heat, allowing the RF shield to be highly effective.

The inner layer of the shield is a conductive sheet that is used to block the passage of RF signals. This sheet also reflects the RF signals, further shielding the electronic devices that the shield is protecting.

Conclusion

The 83-CBSU-24 RF shield is an effective shielding layer that has the ability to protect electronic devices from both EMF radiation and other RF signals. It employs an outer layer of metal mesh and an inner layer of conductive sheet to effectively reflect the RF signals and dissipate them as heat, ensuring maximum shielding effectiveness. It is mainly used in a variety of applications, including radar and satellite communication, military electronics, transmitters and receivers, radio and TV broadcast systems, industrial control and automation systems, industrial equipment, computers, and medical systems.