0097052117

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RFIs and EMI are two of the most common types of electrical interference. They are both caused by the transmission of electromagnetic fields through the air, which can be harmful to the electrical components of systems.  The 0097052117 contacts, fingerstock, and gaskets are a range of products that are designed to protect against RFI and EMI interference.

The 0097052117 contacts consist of a variety of materials, including copper, nickel, and brass. These materials have high electrical conductivity and are able to block out the frequencies of RFI and EMI signals. Additionally, the contacts are made with features that make them resistant to corrosion, dust, and humidity. This ensures that they are able to maintain a strong signal connection with the system over a long period of time.

The fingerstock is integrated into the contact designs in order to provide additional protection against RFI and EMI signals. The fingerstock contains ribbed metal plates that create a Faraday Cage effect. This effect acts as a shield for the electrical components within the system and is able to reduce the levels of interference. The metal plates can also be customized to fit different sizes and shapes of electrical components.

The gaskets in 0097052117 contacts are made from a range of materials including rubber and silicone. The gaskets are designed to provide mechanical protection against vibration, water, dust, and other environmental hazards. The gaskets also reduce the amount of noise and vibration that can enter the system, protecting it from damage caused by these disturbance sources. The gaskets are also able toclose off gaps between components that may be exposed to electromagnetic interference.

Each of the components used in 0097052117 contacts, fingerstock, and gaskets are designed to work together in order to create an effective solution for reducing RFI and EMI interference. When combined, these components create an effective shield that is able to reduce the levels of both interference types. This makes the system’s components more efficient and reliable, increasing the overall performance of the system.

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