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RFI and EMI - Contacts, Fingerstock and Gaskets

The 440423-1 application field and working principle is related to the use of radio frequency interference (RFI) and electromagnetic interference (EMI) contacts, fingerstock and gaskets. This technology is used to help reduce the interference caused by radio and electromagnetic waves, which can otherwise disrupt electrical systems.

EMI and RFI contacts are metal contacts that are connected to an electrical circuit via a connector and gasket, in order to reduce the interference caused by radio and electromagnetic waves. This type of contacts are commonly used in appliances, computers, electronics, and other devices which are sensitive to these forms of interference. The EMI and RFI contacts are a type of spring-loaded contact which consists of a contact element and a gasket. The contact element is placed between the two pieces of the gasket, and is designed to provide an electrical connection between the two pieces of the gasket. The contact element is then connected to the connector through a contact pin.

Fingerstock, also known as contact fingers, is a type of contact that is designed to provide an electrical connection between two pieces of different materials. This type of contact is commonly used in applications which require electrical connections between two pieces of different materials, such as circuit boards and interconnects. The contact fingers are made from metal materials, and are typically spring-loaded in order to ensure a secure electrical connection between the two pieces of material. The contact fingers are connected to the connector through a contact pin.

Gaskets are used in applications where a secure electrical connection is needed, but where the materials need to be able to move with some degree of freedom. The gaskets are designed to provide a seal between two pieces of material which allows them to move independently of each other. The gaskets are typically made from rubber or other flexible materials and are designed to create a secure connection between two pieces of material. The gaskets are typically connected to the connector through a contact pin.

The 440423-1 application field and working principle related to the use of RFI and EMI contacts, fingerstock and gaskets is designed to reduce the interference caused by radio and electromagnetic waves. By using these types of contact elements, the interference caused by these types of waves can be significantly reduced, allowing electronics and other sensitive devices to operate with less disruption. This technology is widely used in many different types of applications, including military, aerospace, medical, automotive, manufacturing, and consumer applications.

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