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RFIs (Radio Frequency Interference) and EMIs (Electromagnetic Interference) can be powerful and harmful forces in our lives and working environments. When electromagnetic radiation interacts with our environment and our equipment, it can interfere with and even damage our electronics, appliances and other electronic devices. Fortunately, we have the technology to prevent and minimize these damaging forces.One of the most effective ways to reduce or minimize interference from RFIs and EMIs is to use contacts, fingerstock and gaskets designed specifically for the purpose. These materials are often made from copper, bronze, stainless steel, aluminum or other high-quality materials that have the ability to reduce or even block the interference from RFIs and EMIs. Copper is the most commonly used material because it is easily manufactured and has a good conductivity.Contacts, fingerstock and gaskets are used to form a conductive connection between two ends of a circuit. For example, contacts can be used to connect a circuit board to a connector, or to connect two DC power sources. Fingerstock and gaskets act as insulators, preventing interference from entering the circuit. Additionally, both types of material also act as a shield to protect the circuit from damage caused by EMI.The working principle behind contacts, fingerstock and gaskets is relatively simple. The two materials work together to create an electrical contact between the two terminals. The contact allows current to flow from one terminal to the other. The fingerstock or gasket material helps to protect the contact area from corrosion, abrasion and other damage.There are many different types of contacts, fingerstock and gaskets available on the market. While some are designed for specific applications, others can be used for a variety of situations. There are also various grades and sizes available to meet the needs of any application. In general, contacts, fingerstock and gaskets are ideal for applications where high-frequency signals are expected to be present, such as in industrial, medical, military, aerospace and automotive applications.Contacts, fingerstock and gaskets are an important part of any electronic circuit design. They can be used to reduce interference from RFIs and EMIs, and also help to prevent circuit damage. By choosing the right materials for the application, it is possible to ensure a safe and reliable connection.

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