0098055801

RFI and EMI - Contacts, Fingerstock and Gaskets

RF&I (Radio Frequency Interference and Electromagnetic Interference) and EMI (electromagnetic Interference) are the two most common forms of interference in the telecommunications and electronics industries. In order to maximize signal transmission within a communication system, these forms of interference must be mitigated by the use of special contacts, fingerstock and gaskets. The 0098055801 application field and working principle is a unique method for addressing these types of interference.

Contacts, both electrical and RF, are necessary for signal transmission between two or more components. The 0098055801 application utilizes an unique plating which provides increased conductivity over a longer distance. This plating also significantly decreases the amount of interference, which is generated by components making contact with each other, due to the increased control over signal transmission.

In addition to contacts, fingerstock and gaskets are necessary for making secure connections between components and systems. 0098055801 fingerstock is made using a fine grain material, which increases the ability to make a tight connection without compromising the signal transmission. The plating on the fingerstock creates an additional layer of protection, which helps reduce EMI and RFI interference.

The 0098055801 gaskets are designed with a special design which works to further reduce EMI and RFI interference. The gasket material is made with specialized fibers which effectively block interference signals from passing through. By providing effective insulation between components, the gaskets help ensure that the signal transmission remains strong and undisturbed.

The 0098055801 application field and working principle have been used successfully in the telecommunications and electronics industries for many years. The combination of plated contacts, fingerstock and gaskets greatly reduced the amount of EMI and RFI interference, while providing secure and reliable connections. This combination of solutions has allowed for an increase in signal transmission and fidelity, as well as an overall increase in performance and reliability.