0098062117

RFI and EMI - Contacts, Fingerstock and Gaskets

Radio frequency interference (RFI) and electromagnetic interference (EMI) are two of the most common sources of interference and disruption for electronic systems. RFI and EMI can be caused by many different sources, including electrical equipment, and can have a very wide range of effects on the functioning of electronic systems. In order to reduce RFI and EMI interference, it is important to use specially designed components such as contacts, Fingerstock and Gaskets that can provide a highly effective shield.

0098062117 contacts are designed specifically for use in RFI and EMI applications. These types of contacts typically have two conducting surfaces, one for carrying the RF signal, and the other for carrying the EMI, separation these two surfaces being provided by a metal finger stock or other type of dielectric shielding material. The contact is designed to prevent the electronic interference from one electrical part from interfering with another. The contact also provides flexibility and stability in the connection, and ensures that the electronic signals can pass through without interference or loss.

Fingerstock is the term used to describe the flexible, metallic strips that are used in RF and EMI contact and gasket applications. Fingerstock is typically made from copper, aluminum, stainless steel, or any other combination of metals. The metal fingers are configured in different configurations, depending on the application, and are designed to fit within the surfaces of the contact and gasket. The metal fingerstock is designed to deflect or absorb the electromagnetic waves, allowing them to pass without causing interference. These metals can also provide a level of electrical insulation and isolation from other electronic sources.

Gaskets are used in conjunction with contacts and fingerstock in order to provide an extra level of protection against RFI and EMI. Gaskets are made from a variety of different materials such as foam, rubber, or a combination of materials, and may also be configured with a variety of different shapes and configurations. Gaskets are used to ensure the connection between the contact and the metal is maintained while also providing a physical barrier between the two which prevents the spread of RF and EMI. Gaskets also provide noise absorption and heat dissipation, which can help to reduce the effect of RFI and EMI.

The use of contacts, fingerstock and gaskets in RFI and EMI applications is essential in order to provide the highest levels of protection and performance. If the components used are of the highest quality then they can provide effective shielding against the interference, and ensure that the electronic signals are transmitted through the connection without interference or loss. This type of protection can help to ensure the reliable functioning of electronic systems, and protect them from unexpected sources of interference.

In conclusion, using contacts, fingerstock and gaskets in RFI and EMI applications is essential for any electronic system. The components used must be of the highest quality in order to provide effective shielding against the interference, and ensure that the electronic signals are transmitted without interference or loss. By using these components, electronic systems can be protected from unexpected sources of interference and disruption, allowing them to function reliably and effectively.