SG080200R-24.00 RF/IF and RFID

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

RFI and EMI shielding materials are essential for reducing radiated emissions from electrical and electronic equipment. SG080200R-24.00 is a contact, fingerstock and gasket designed specifically to reduce spurious radio frequency interference and electromagnetic interference. The main application field and working principle of SG080200R-24.00 will be discussed in detail in this paper.

SG080200R-24.00 is a composite EMI gasket of the type that contains conductive mesh. These materials are typically designed to provide electrical shielding, mechanical shock and vibration protection for industrial and electronic applications. In addition, SG080200R-24.00 is made from a patented Tufnol-based polymer and is designed to meet MIL-STD-834 and other military requirements.

The primary application of SG080200R-24.00 is in EMC/EMI protection for electrical and electronic equipment. This material is designed to reduce the radiated emissions from electrical and electronic components, greatly reducing the amount of interference in other electronic equipment. This technique is often used in industries like aerospace, medical, automotive, military, radio communications, and telecommunications.

The working principle of SG080200R-24.00 is based on the principle of electrical grounding (or earth) shielding. In a nutshell, electrical grounding shielding is a method of shielding radiated emissions by directing them away from sensitive equipment. This method is typically implemented by means of a conductive material shield placed around an electronic component or system. SG080200R-24.00 is designed to be placed around the component or system to be shielded, to effectively reduce the amount of radiated emissions.

SG080200R-24.00 is made up of a combination of conductive and non-conductive materials. The conductive component utilizes an electrogalvanized steel mesh, while the non-conductive material is a Tufnol-based polymer. This material can be formed into different shapes and sizes, and is designed to be flexible and resistant to compression and abrasion.

The contact points of the shield are designed to create an electrical path from the center of the device to the ground. The fingerstock helps ensure that the contact point is securely connected and that the current flows evenly throughout the shield. The gasket seals off the shield, preventing radiation from leaking out and ensuring that the shield is completely enclosed.

In addition, SG080200R-24.00 provides additional benefits including EMI, shock and vibration protection. The flexibility of the material allows it to withstand extreme temperatures and exposure to solvents and oils. Furthermore, the material is resistant to water and moisture and is lightweight and durable.

In summary, SG080200R-24.00 is a contact, fingerstock and gasket designed to reduce spurious radio frequency interference (RFI) and electromagnetic interference (EMI). This material is specifically designed for use in EMC/EMI protection applications and is typically used in aerospace, medical, automotive, military, radio communications and telecommunications industries. The working principle of SG080200R-24.00 is based on the principle of electrical grounding shielding, and it is composed of a combination of conductive and non-conductive materials. In addition, this material provides additional benefits including EMI, shock and vibration protection. This material is flexible and resistant to compression and abrasion, and is highly resistant to temperature, water and moisture.

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