2118713-4

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

Applications

The 2118713-4 can be used for a variety of applications ranging from shielding delicate medical equipment and personnel from the harmful effects of RF energy to shielding medical patients undergoing diagnosis imaging procedures. The shield is designed to efficiently reduce the amount of energy that leaks through it, making it suitable for use in hospitals, diagnostic imaging centers, and other institutions dealing with medical imaging and radiologic applications.

The 2118713-4 is also useful in protecting personnel from RF emissions produced by radio antennas. Radio-frequency energy from these devices can be harmful to living organisms. The 2118713-4 can be used to create a shielding wall around the antenna, preventing any RF energy leakage.

This shielding wall is also useful in improving the performance of radiologic equipment. Radiation generated by medical imaging equipment is harmless to the human body but can interfere with the proper functioning of other medical equipment. The 2118713-4 shielding wall can be used to reduce the amount of electromagnetic interference (EMI) emitted by the equipment, thus improving its performance.

Working Principle

The 2118713-4 is an RF shield that is designed to absorb the energy of incoming radio frequency (RF) waves, reducing their effect on delicate medical equipment and personnel. This is done by creating a Faraday cage, which is an enclosed space that reflects incoming RF waves away from the interior of the cage.

The Faraday cage created by the 2118713-4 is created by constructing a series of metal layers. These layers are separated by an insulating material such as foam or air, which serves to reduce the amount of energy that can pass through the layers. As RF waves pass through the layers, they are absorbed and reflected away from the interior of the shield, effectively reducing the amount of energy that passes through.

The 2118713-4 also uses a technique known as "baffle" to improve the performance of its shield. A baffle is a series of two or more layers of conductive material that serve to reduce the amount of energy that passes through the shield. As RF waves pass through the layers, they are absorbed and dispersed, further reducing the amount of energy that passes through.

Conclusion

The 2118713-4 is a type of RF shield that is designed for use in medical imaging and radiologic applications. It is designed to efficiently reduce the amount of energy that leaks through it, making it suitable for use in hospitals, diagnostic imaging centers, and other institutions dealing with medical imaging and radiologic applications. The 2118713-4 achieves this by creating a Faraday cage, which is an enclosed space that reflects incoming RF waves away from the interior of the cage, and by using a baffle technique to further reduce the amount of energy that passes through.

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