4795PA51H01800

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4795PA51H01800 contacts, fingerstock and gaskets are designed for use in applications that require the prevention of radio frequency interference (RFI) and electromagnetic interference (EMI). These products are designed to be used in a variety of electronic and electrical applications, including: automotive, telecommunications, military, aerospace, computing, and consumer electronics. Their unique design and construction provide excellent electrical, mechanical and environmental protection.

The 4795PA51H01800 contacts, fingerstock and gaskets feature a unique design that combines spring steel fingerstock and ring-shaped dielectric components. These products are designed to support up to 48 contacts in a single gasket. They can be used with standard D-sub and rectangular contact configurations. The spring steel fingerstock provides reliable electrical contact and superior mechanical protection for the contacts and gaskets. The dielectric gasket provides EMI shielding and environmental protection.

The working principle of the 4795PA51H01800 contacts, fingerstock and gaskets is based on the capacitive coupling of the conductive fingerstock to the dielectric material in the gasket. The capacitive coupling creates a low-resistance conductive path between the contact and the gasket. This allows for a stable electrical connection between the contacts and the gasket. The dielectric material in the gasket also provides electrical insulation and EMI shielding for the contacts and gaskets.

The 4795PA51H01800 contacts, fingerstock and gaskets are designed to provide reliable electrical connections and protection against RFI and EMI in a wide variety of applications. They are suited for use in automotive, telecommunications, military, aerospace, computer, and consumer electronics applications. The contacts, fingerstock and gaskets feature a unique design and construction that provides superior electrical, mechanical, and environmental protection. The capacitive coupling of the conductive fingerstock to the dielectric material in the gasket ensures a low-resistance conductive path between the contact and the gasket.

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