0C77001017 RF/IF and RFID

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RF and EMI shielding is an integral part of the electronic industry. The contact, fingerstock, and gasket types are solutions used to shield electronic components or enclosures to protect them from radiated electromagnetic interference (RFI) or from electromagnetic interference (EMI). Their shielding effectiveness is based on their ability to form a physical barrier between the components and the external environment.

A LC77001017 contact is the combined force of two non-moving pieces of conductive material that are pressed together and create an electrical connection. The most common types used in electronic parts and applications, are steel based. They are very versatile, able to be used in RF and EMI shielding applications in different sizes, shapes, and configurations. The material of the contact usually adheres to the highest-grade industry standards, differentiating between single hole contacts and multiple hole contacts.

Fingerstock gaskets are usually made from steel material and are created to provide an electrical contact that can also provide shielding effectiveness. They are made in a variety of shapes and sizes to fit the needs of the application, which range from shielding cell phones and laptops to aircrafts and medical instruments. The gasket is compressed to provide a good, tight electrical contact that also shields against EMI.

Gaskets, as well as contacts, provide shielding effectiveness primarily through physical contact. They are designed to fit over and conform to the surface of the components they are protecting. The gasket material can be conductive and is often treated with a material such as carbon to dissipate static electricity and to provide protection from electromagnetic interference.

The LC77001017 application field and working principle are designed to address the challenge of shielding electronic components and enclosures from EMI and RFI. Using the combined forces of fingerstock gaskets, contacts, and other gasket types provides an effective barrier to protect these components and devices from electromagnetic interference.

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